Federal Motor Vehicle Safety Standards; Lamps, Reflective Devices, and Associated Equipment, 77454-77599 [05-24421]
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77454
Federal Register / Vol. 70, No. 250 / Friday, December 30, 2005 / Proposed Rules
DEPARTMENT OF TRANSPORTATION
National Highway Traffic Safety
Administration
49 CFR Part 571
[Docket No. NHTSA–2005–22093]
RIN 2127–AJ75
Federal Motor Vehicle Safety
Standards; Lamps, Reflective Devices,
and Associated Equipment
National Highway Traffic
Safety Administration (NHTSA),
Department of Transportation.
ACTION: Notice of proposed rulemaking
(NPRM).
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AGENCY:
SUMMARY: Our safety standard on lamps,
reflective devices, and associated
equipment specifies performance
requirements intended to reduce the
incidence of vehicle crashes by
providing adequate illumination of the
roadway and by enhancing motor
vehicle conspicuity in daylight,
darkness, and other conditions of
reduced visibility. As a result of various
safety initiatives and technological
advances in vehicle lighting, numerous
amendments to the regulatory text have
left the standard unwieldy and
unnecessarily complicated. In addition,
the standard’s provisions have been
interpreted frequently by the agency
over the past several decades in
response to interpretation request
letters. This document proposes to
amend the standard by reorganizing the
regulatory text so that it provides a more
straight-forward and logical
presentation of the applicable regulatory
requirements, which includes the
agency’s interpretation of the existing
requirements. This proposal would not
impose any new substantive
requirements on manufacturers.
DATES: You should submit your
comments early enough to ensure that
Docket Management receives them not
later than March 30, 2006.
ADDRESSES: You may submit comments
identified by the DOT Docket Number
cited in the heading of this document by
any of the following methods:
• Web site: https://dms.dot.gov.
Follow the instructions for submitting
comments on the DOT electronic docket
site.
• Fax: 1–202–493–2251.
• Mail: Docket Management Facility;
U.S. Department of Transportation, 400
7th Street, SW., Nassif Building, Room
PL–401, Washington, DC 20590–0001.
• Hand Delivery: Room PL–401, 400
7th Street, SW., Washington, DC,
between 9 am and 5 pm, Monday
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through Friday, except Federal
Holidays.
• Federal eRulemaking Portal: Go to
https://www.regulations.gov. Follow the
online instructions for submitting
comments.
Instructions: All submissions must
include the agency name and docket
number. Note that all comments
received will be posted without change
to https://dms.dot.gov including any
personal information provided. Please
see the Privacy Act heading under
Rulemaking Analyses and Notices.
Docket: For access to the docket to
read background documents or
comments received, go to https://
dms.dot.gov at any time or to Room PL–
401 on the plaza level of the Nassif
Building, 400 Seventh Street, SW.,
Washington, DC, between 9 am and 5
pm, Monday through Friday, except
Federal Holidays.
FOR FURTHER INFORMATION CONTACT: For
technical issues: David Hines, Office of
Crash Avoidance Standards (NVS–121),
NHTSA, 400 Seventh Street, SW.,
Washington, DC 20590. (Telephone:
(202) 493–0245) (Fax: (202) 366–7002).
For legal issues: Eric Stas, Office of
the Chief Counsel (NCC–112), NHTSA,
400 Seventh Street, SW., Washington,
DC 20590 (Telephone: (202) 366–2992)
(Fax: (202) 366–3820).
SUPPLEMENTARY INFORMATION:
Table of Contents
I. Executive Summary
II. Background
A. Historical Overview of the Standard
B. The Need for an Administrative Re-write
of the Standard
III. Agency Proposal
A. Summary of the Proposal
B. Process for Developing the
Administrative Re-write
1. Review of Existing Regulatory Text
2. Review of Existing Interpretation Letters
3. Structure of the Revised Standard
4. Incorporations by Reference
C. Effective Date
IV. Benefits and Costs
V. Public Participation
VI. Rulemaking Analyses and Notices
I. Executive Summary
The agency is proposing to amend
Federal Motor Vehicle Safety Standard
(FMVSS) No. 108, Lamps, reflective
devices, and associated equipment, by
reorganizing the regulatory text and
directly importing requirements from
applicable Society of Automotive
Engineers (SAE) standards currently
incorporated by reference into the
standard. The main objective of this rewrite is to increase clarity by: (1)
Making requirements easier to find and
comprehend; (2) presenting
performance requirements and test
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procedures together through the
inclusion of relevant provisions of thirdparty documents (currently
incorporated by reference) directly into
the regulatory text of the standard; and
(3) updating Standard No. 108 to reflect
letters of interpretation.
The re-write of FMVSS No. 108 is
considered to be administrative in
nature because the standard’s existing
requirements and obligations are not
being increased, decreased, or
substantively modified. Accordingly,
costs associated with manufacturer
compliance with Standard No. 108 are
not expected to change as a result of this
regulatory action.
II. Background
A. Historical Overview of the Standard
The initial version of FMVSS No. 108
was adopted almost 40 years ago 1 to
increase motor vehicle safety by
establishing requirements for vehicle
lighting, reflective devices, and
associated equipment. In developing the
standard, NHTSA incorporated
requirements from a number of industry
consensus standards, in particular SAE
standards. At that time, motor vehicle
technologies were relatively simple, as
compared to today’s designs. For
example, motor vehicle headlighting
systems were limited to ones consisting
of either two 7-inch or four 53⁄4-inch
round sealed beam units. During the
ensuing years, a number of rectangular
sealed beam units, replaceable bulb
headlamps, and integral beam
headlamps were developed, and FMVSS
No. 108 was amended to permit the use
of these new technologies. Later, the
standard was further amended to add
requirements for center high-mounted
stop lamps, side marker lamps, and side
reflex reflectors, to allow for daytime
running lamps, and to address the
conspicuity needs of large vehicles.
However, such amendments were made
on an ad hoc basis, which, over time,
resulted in a patchwork organization for
FMVSS No. 108.
Furthermore, when regulated parties
had questions regarding how FMVSS
No. 108 should be interpreted (in many
instances due to rapid advances in
lighting technology not fully anticipated
or addressed by the existing regulatory
text), they submitted requests for
interpretation to the agency on specific
issues. Since its promulgation, there has
been a large number of interpretation
letters issued on FMVSS No. 108. Thus,
in its current state, FMVSS No. 108 has
1 The final rule which first promulgated FMVSS
No. 108 was published on February 3, 1967, with
an effective date of January 1, 1968 (see 32 FR
2408).
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requirements that are located directly in
its regulatory text, located in referenced
SAE standards, and elaborated upon in
various agency interpretations. Since its
inception, NHTSA has never completed
a thorough reorganization of the entire
standard.
standard more navigable and thereby
facilitating compliance with existing
requirements) justify the necessary
commitment of agency resources to
accomplish this reorganization of the
standard.
B. The Need for an Administrative Rewrite of the Standard
Due to concerns about being able to
locate requirements efficiently and the
apparent lack of clarity associated with
the standard as demonstrated by an
abundance of letters of interpretation,
we have decided to undertake an
administrative re-write of FMVSS No.
108. The agency has also received
complaints that the current text of
FMVSS No. 108 sometimes results in
confusion, in part due to the way it is
organized. In present form, FMVSS No.
108 does not group all requirements for
a particular lamp together. Regulated
parties have stated that the current
organization of FMVSS No. 108 makes
it difficult for them, at times, to be fully
confident that all applicable
requirements have been identified and
satisfied prior to certification to the
standard. Also, the large number of
interpretations that has been issued by
the agency regarding Standard No. 108
makes it difficult for interested parties
to locate and identify the agency’s
position on relevant issues. In addition,
regulated parties have conveyed to the
agency in recent years that some of the
older SAE standards incorporated by
reference into FMVSS No. 108 are no
longer readily available from SAE
International.
The agency believes that interested
parties should have easy access to the
requirements of the standard, and,
therefore, we believe there would be
value in publishing requirements that
are currently contained in third-party
documents directly within FMVSS No.
108 itself. For example, the performance
requirements and associated test
procedures for various lamps are
currently contained in several
referenced SAE standards. However, the
agency believes it would be beneficial to
incorporate these requirements, without
change, directly into the regulatory text
of FMVSS No. 108. The same logic
applies to our decision to propose
including the results of relevant legal
interpretations into the standard.
Furthermore, several provisions in
Standard No. 108 refer to regulatory
inception dates that are several years in
the past, so the agency is proposing to
eliminate text citing such past dates.
For these reasons, we believe that the
benefits of an administrative re-write of
FMVSS No. 108 (e.g., making the
A. Summary of the Proposal
The agency is proposing to reorganize
FMVSS No. 108 in such a manner as to
make it more understandable (e.g., by
adopting a simplified numbering
scheme) and to reduce references to
third-party documents. This
administrative re-write attempts to
organize related materials in a logical
and consistent manner that improves
the clarity of the requirements, thereby
increasing its utility for interested
parties. As proposed, the reorganized
standard would progress from vehiclelevel requirements to device-level
requirements, beginning with the most
common requirements and then
proceeding to exceptions. In order to
make requirements easier to find, we are
proposing to add a Table of Contents as
an appendix to the standard. In
addition, a list of figures and crossreference roadmaps are included as a
part of this proposal in order to indicate
where specific requirements currently
in FMVSS No. 108 would reside in the
reorganized regulatory text of the
standard.
This document also proposes to move
figures addressing sealed beam
headlamps that are currently included
in FMVSS No. 108 and SAE J1383 (APR
1985) into 49 CFR Part 564 as a newlycreated Appendix C. Consistent with
our understanding that few lighting
manufacturers still produce sealed beam
headlamps, we see few drawbacks to
consolidating the information regarding
sealed beam light sources with other
light source information currently
located in 49 CFR Part 564, Replaceable
Light Source Information.
By way of overview, requirements in
the proposed re-write of FMVSS No. 108
are consolidated into dedicated
paragraphs. The first several paragraphs
(S1 through S4) would be organized in
the same manner as the present
standard, although we note that S4,
Definitions, has been expanded to
incorporate relevant definitions from
the applicable SAE standards previously
incorporated as part of Standard No.
108. S5 would address the remaining
references to SAE standards.
Whereas Standard No. 108 currently
references approximately 35 different
SAE documents in nearly 100 separate
instances, the proposed re-write
references eight SAE documents, which
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III. Agency Proposal
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we believe will not be commonly used
by regulated parties. Performance
requirements and physical and
environmental test procedures currently
located in SAE standards, including but
not limited to SAE J575d (Aug 1967),
SAE J 575e (Aug 1970), SAE J575 (Dec
1988), SAE J565b (Feb 1969), SAE J580
(Dec 1986), SAE J565b (Feb 1969), SAE
J590b (Oct 1965), and SAE J945 (Feb
1966), have been included in Tables XXI
to XXIII of FMVSS No. 108 as part of the
proposed re-write. To the extent
possible, the proposed re-write limits
the amount of references within the
regulatory text to other sections of the
standard.
As an organizational improvement,
the proposal addresses vehicle-level
requirements in S6, including
requirements by vehicle type. Following
that, requirements are organized with
dedicated sections for each type of lamp
and reflective device, beginning with
signal lamps, reflective devices and
associated equipment under S7 and
headlamp and headlighting
requirements under S8 through S13, and
S16 through S18. S14 addresses
aimability performance requirements,
while S15 covers replaceable light
sources (including references to Part
564). The agency believes this format
would make the standard more
comprehensible and user-friendly.
From a regulatory perspective, it is
our intention that this administrative rewrite of Standard No. 108 would neither
result in any current obligation being
diminished, nor any new obligation
being imposed. Therefore, we do not
believe that vehicle manufacturers and
lighting manufacturers would have to
make any changes to their respective
products or production processes if this
proposal were made final. Accordingly,
we are proposing to make the proposed
revisions effective 180 days after
publication of the final rule. Voluntary
early compliance with the reorganized
standard is proposed to be permitted
immediately, although the substantive
requirements are identical under both
versions.
B. Process for Developing the
Administrative Re-Write
1. Review of Existing Regulatory Text
The agency began this administrative
re-write process by reviewing the
existing regulatory text of Standard No.
108, including requirements that are
currently incorporated by reference
from SAE standards. During the course
of this extensive review, it became
apparent that FMVSS No. 108 could be
organized in a more efficient manner.
We noted that, in many instances,
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requirements for a specific lamp are
located throughout FMVSS No. 108. In
many cases, the regulatory text of the
standard references other sections
within the standard, which made review
cumbersome. In other cases, FMVSS No.
108 contains specific performance
requirements but does not contain the
applicable test procedure (which is
located in the cited SAE standard); the
agency noted it would be much easier
to simultaneously review both the test
procedures and performance
requirements if that information were
consolidated in one location, in contrast
to the current arrangement.
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2. Review of Existing Interpretation
Letters
Because there have been over two
thousand interpretation letters issued by
the agency regarding FMVSS No. 108
since the standard was initially
implemented, we attempted to identify
the most significant ones. The criteria
used in determining whether an
interpretation was significant focused
on whether it provided value in
clarifying the provisions in the
standard. In the vast majority of cases,
requests for interpretation have
identified questions regarding
applicability of certain provisions to
specific design configurations. These
interpretations were not included,
because we tentatively concluded they
would not add value to the regulatory
text.
Using this approach, in order to
clarify the current requirements of
FMVSS No. 108, the re-write proposal
contains text from the following key
interpretation letters (each of which is
briefly described in the following
paragraphs), to Mr. Alkire 2 (11/28/89),
Mr. Camp 3 (6/17/97), Mr. Clarke 4 (7/
28/05), Mr. Farber 5 (5/26/00), Mr. King 6
(7/12/00), Mr. Parkyn 7 (6/1/98), and Mr.
Spingler (7/2/99 8 and 4/6/00 9). (Each of
these interpretations is discussed below,
although only to the extent necessary to
describe the key principle(s) being
incorporated as part of the
administrative re-write of FMVSS No.
108.) It also reflects our notice of
interpretation concerning replacement
equipment published in the Federal
Register (70 FR 65972) on November 1,
2005. The agency invites input from
interested parties regarding additional
interpretations that they believe should
2 https://isearch.nhtsa.gov/files/2169y.html.
3 https://isearch.nhtsa.gov/files/15309.ztv.html.
4 https://isearch.nhtsa.gov/files/GF002551.3.html.
5 https://isearch.nhtsa.gov/files/21341.ztv.html.
6 https://isearch.nhtsa.gov/files/21605.ztv.html.
7 https://isearch.nhtsa.gov/files/17690.ztv.html.
8 https://isearch.nhtsa.gov/files/19548.ztv.html.
9 https://isearch.nhtsa.gov/files/21406.ztv.html.
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be included in the final rule for this
administrative re-write, including
identification of the interpretation,
specific text to consider, and the
applicable paragraph of the re-write
where it should be added.
The Alkire interpretation addressed
questions regarding modifications that
may take a vehicle out of compliance
and what parties are prohibited from
making such modifications. It states,
‘‘This standard [FMVSS 108] must be
met when the vehicle is manufactured,
and when it is sold to its first purchaser
(i.e., dealer-installed equipment must
not affect compliance of the vehicle
with the safety standards).’’ Because
dealers are increasingly involved in
installing equipment and accessories to
vehicles before they are initially sold
and those items usually raise
obstruction issues, explicit language
was incorporated in S6.2.2 of this
proposal to address obstruction.
The Camp interpretation established
that running boards are considered
substantially similar to other items of
equipment such as signal lamps, marker
lamps, outside rearview mirrors, flexible
fender extensions, mud flaps, and
outside door handles, and thus should
be likewise excluded from the definition
of ‘‘overall width’’ that currently resides
in obscurity as footnote 1 to Table IV of
Standard No. 108. All definitions
specific to FMVSS No. 108 are located
in S4 of this proposal, including
‘‘overall width.’’ Adding running boards
to that definition consolidates all
exclusions and clarifies the
requirement.
The Clarke interpretation responded
to a request to clarify how close
auxiliary lamps may be mounted to
required identification lamps to avoid
impairment. FMVSS No. 108 requires
that the three lamps that make up the
identification lamp cluster be spaced
from 6 to 12 inches apart. This unique
appearance serves as a signal to other
drivers that the vehicle, so equipped, is
a large vehicle. Therefore, our
interpretation letter stated that in
making an impairment determination,
the agency considers how close the
identification lamps are spaced to each
other, as well as to the auxiliary lamps.
In that letter, the agency stated that
positioning auxiliary lamps at a distance
that is at least twice the distance that
separates each lamp in the required
three-lamp cluster provides sufficient
separation not to impair the
effectiveness of the three lamp cluster.
This language was included in S6.2.5 of
this proposal. In addition, the Clarke
interpretation also emphasized that
auxiliary lamps must be designed to
comply with the photometric output
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and be of the same color as required
lamps to avoid impairment. This
requirement is contained in S6.2.3 of
this proposal to add clarity.
The Farber interpretation addressed
the issue of what actions are permitted
to cause the stop lamps to illuminate.
The current explicit language in FMVSS
No. 108 requires that stop lamps
illuminate ‘‘upon application of the
service brakes.’’ In this interpretation
letter, NHTSA discussed the fact that
any item of vehicle equipment that
diminishes the speed of a vehicle
beyond normally achievable coast-down
deceleration creates an appearance to a
following driver equivalent to that of a
service brake application. Therefore, it
would be permissible for the stop lamps
to be illuminated when a device such as
an engine retarder, transmission
downshifting device, or similar item
acts to slow the vehicle, because such
illumination would not create any
confusion in the mind of a following
driver and thus would not ‘‘impair the
effectiveness’’ of the required stop
lamps. Accordingly, this proposal states
in S6.1.5.1 (Stop lamp activation):
‘‘Each stop lamp may also be activated
when the vehicle is slowed by a device
designed to retard the motion of the
vehicle.’’ This language also appears in
each of the three ‘‘Stop Lamps’’ rows in
the ‘‘Device Activation’’ column of
Table I.
The King interpretation concerned
lamp systems (such as stop lamps, turn
signal lamps, and taillamps), that
consist of two closely mounted lamps,
one of which is mounted on the outer
edge of the deck lid and the other
mounted adjacent on the rear quarter
panel. The photometric requirements for
stop lamps, rear turn signal lamps, and
taillamps must be determined based
upon how many such individual lamps
or individual lighted sections in a single
lamp are present. In the situation
described in the King interpretation,
there were two discrete, physicallyseparate lamps each having a portion of
the total stop, turn signal, and tail
function for one side of the vehicle. Mr.
King asked whether both functions,
when considered together, must be
designed to comply with the twolighted-section photometry requirement
for that function, or whether the lamp
mounted on the rear quarter panel must
be designed to comply with the singlelighted-compartment photometric
requirement for that function. NHTSA
confirmed that in the situation
described, the lamp that is mounted on
the rear quarter panel is the one that
must be designed to comply with
FMVSS No. 108 because it will be
visible at all times. In contrast, the lamp
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mounted to the deck lid would be
considered supplemental lighting
equipment because it could be out of
design position if the vehicle is operated
with the lid open. In order to clarify
FMVSS 108’s requirements in such
situations, S6.1.3 (Mounting location
and height) of this proposal includes the
following sentence: ‘‘When multiple
lamp arrangements of or multiple
compartment rear turn signal lamps,
stop lamps, or taillamps are used, with
only a portion of the compartments or
lamps installed on a fixed body panel of
the vehicle, that portion must meet at
least the photometric requirements for
the appropriate single compartment
lamp.’’
The Parkyn interpretation responded
to a request for clarification regarding
photometric requirements for stop
lamps installed on motor-driven cycles.
Regarding such lamps, the applicable
section of the current version of FMVSS
No. 108 states the required photometric
output ‘‘for the group of test points
specified in Figure 1 is at least one-half
of the minimum values set forth in that
figure.’’ The process of determining the
photometric requirements for parking
lamps, taillamps, and motor-driven
cycle stop lamps in FMVSS No. 108 is
a multi-step procedure requiring a
calculation based on values found in
Figures 1A, 1B, and 1C. NHTSA stated
the result of the proper calculation for
a single lighted section motor-driven
cycle stop lamp was 26 candela in
Zones 1 and 5, 50 candela in Zones 2
and 4, and 190 candela in Zone 3. To
simplify this requirement, this proposal
has obviated the need for such
calculations by eliminating the content
of Figures 1A, 1B, and 1C, choosing
instead to place the specific photometric
values into new Table XIV for parking
lamps, Table VIII for taillamps, and
Table IX for stop lamps. Footnote 5 of
Table IX specifically notes the portion
that applies to motor-driven cycle stop
lamps.
The letter of interpretation issued to
Mr. Spingler on July 2, 1999 responded
to a request for clarification as to
whether there are any lateral limits on
headlamp lower beam photometry in
the area from 10°U to 90°U. Currently,
FMVSS No. 108 Figures 15–1, 15–2, 17–
1, 17–2, 28–1, and 28–2, which address
lower beam headlamp photometry,
require a maximum of 125 candela in
the area of 10°U to 90°U but do not cite
any lateral limits in that area. In our
interpretation to Mr. Spingler, NHTSA
stated, ‘‘The Figures do not state where
in space from left to right to locate the
vertical line, and thus, they do not
specify that a line is to be measured. It
follows that the only description of a set
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of test points is that of the entire area
from 90L to 90R and 10U to 90U, i.e.,
an area from the extreme left of the test
point grid to the extreme right of the test
point grid, with an elevation of from
10U to 90U.’’ This requirement has been
explicitly incorporated in Table XIX of
this proposal, which specifies lateral
limits of 90°L to 90°R in the area of 10°U
to 90°U.
The letter of interpretation issued to
Mr. Spingler on April 6, 2000 concerned
the procedure for measuring the cut-off
parameter in a visually/optically
aimable headlamp, specifically the
appropriate measurement distance and
photo sensor aperture size. In that letter,
we stated that the intent of the
negotiated rulemaking, which
culminated with the amendments to
FMVSS No. 108 permitting visuallyoptically aimed headlamps, was to
specify that the cut-off parameter should
be measured and aimed at a distance of
10 meters using a photosensor with a 10
millimeter diameter. The letter also
confirmed that compliance with
photometric requirements is determined
at 18.3 meters. NHTSA also stated its
intent to include these requirements in
a future amendment to FMVSS 108.
This proposal fulfills that commitment
by proposing to include these
requirements in S14.10.1.5.
3. Structure of the Revised Standard
The agency developed the general
approach for this proposal to reorganize
FMVSS No. 108 through coordinated
efforts between NHTSA and a lighting
consultant with whom the agency
contracted. The proposed structure for
this administrative re-write follows that
of a report submitted under this contract
(which may be found in the docket for
this rulemaking), beginning with the
most common requirements and then
proceeding to exceptions and
permutations. As proposed, the
standard progresses from vehicle-level
requirements to device-level
requirements, consolidated from a
structural perspective to the extent
possible. References to third-party
documents have been eliminated, to the
extent possible, with applicable
requirements instead being included
directly in the text of FMVSS No. 108.
The following provides an overview
of the provisions contained in the
revised standard, as proposed. As
previously mentioned, paragraphs S1
through S4 are nearly identical to the
existing standard. S5 makes clear that
some SAE documents continue to be
incorporated by reference in FMVSS No.
108 and states that a list of those SAE
documents may be found in 49 CFR
571.5(j). (We note that while 49 CFR
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77457
571.5 (j) does not currently exist, a
recent NPRM 10 published in the
Federal Register proposed to establish
49 CFR 571.5 as a centralized repository
of all third-party documents
incorporated by reference in our
FMVSSs.)
As proposed, we have reorganized S6
to include the vehicle-level
requirements for motor vehicle lighting
equipment. The basic parameters for
such equipment, including quantity
required, color, mounting, and
activation, are addressed.
Supplementing S6 is Table I. Table I
specifies requirements for the above
parameters for each lamp and reflective
device. In terms of hierarchy, Table I is
organized by starting with equipment
required on all vehicles (except trailers
and motorcycles), and then listing other
required or optional devices that are
necessary depending on the specific
width, length, weight, construction, or
purpose of a vehicle. This process is
subsequently repeated for trailers and
motorcycles.
Proposed Table I also incorporates the
content from Tables I, II, III, and IV of
current FMVSS No. 108, as well as
activation requirements from the text of
the current standard. The term
‘‘activation’’ is given the same meaning
in both the proposed re-write and the
current version of FMVSS No. 108; that
term refers to how the light sources for
specific lighting functions are energized.
Some of these requirements are
currently identified as ‘‘wiring’’
requirements under FMVSS No. 108,
but because of problems associated with
imprecise usage of that term, we have
decided not to use it to describe
energizing light sources in the re-write.
S6 also describes additional
equipment that may be installed under
the standard, such as Daytime Running
Lamps (DRLs) and additional quantities
of required devices above those needed
to make a vehicle compliant with the
standard. A recent letter of
interpretation (the previously discussed
letter of interpretation to Mr. Clarke)
concerning the installation of auxiliary
identification lamps is reflected in this
section. The requirement that additional
equipment cannot impair the
effectiveness of required equipment is
also included under S6, along with
requirements that arise when a lamp or
reflective device is obscured by another
item of equipment. Permitted and
prohibited combinations of lamps and
reflective devices are included in S6.3,
10 70 FR 36094 (June 22, 2005). This NPRM
primarily addressed the definition of ‘‘designated
seating position’’ (see Docket No. NHTSA–2005–
21600–1).
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and S6.4 deals with the requirements of
effective projected luminous lens area
and visibility. Specific effective
projected luminous lens area and
visibility requirements for all lamps are
listed in Tables IV and V.
The use of ‘‘DOT’’ and ‘‘DRL’’
markings is explained in S6.5. We note
that although we considered
consolidating all marking requirements
into one section, such an approach
proved to be unattainable because of the
organizational structure chosen for the
re-write. Because the ‘‘DOT’’ marking is
the one that has the widest applicability
for items of equipment regulated under
FMVSS No. 108 items and in light of the
prominent position of S6.5, we do not
believe that it would be overlooked by
future users.
S6.6 lists the various items of
associated equipment required on
regulated vehicles. It also includes
requirements for a license plate holder
previously referenced in SAE J587 (OCT
1981). Another important provision is
S6.7, which covers replacement lighting
equipment. The proposed language in
the re-write states that such equipment
must conform to all requirements except
photometry, and it must be designed to
conform to photometry requirements,
either of the current version of FMVSS
No. 108 or the version in effect at the
time of manufacture of the original
equipment being replaced. This text
provides the distinction for older lamp
replacements contained in paragraphs
S5.8.3 to S5.8.9 of the current standard.
Performance requirements based upon
physical tests (e.g., corrosion test,
vibration test, dust test) begin at S6.8.
Most of the detailed test procedures and
performance requirements have been
placed in Table XXI for associated
equipment, Table XXII for signal lamps,
motorcycle headlamps, and reflective
devices, and Table XXIII for headlamps.
Tests for color and plastic optical
materials placed in Table XXII also may
apply to headlamps.
S6.8 also includes detailed
procedures for photometric testing. For
example, one specific test procedure
applies to all lamps, except license plate
lamps, headlamps, and DRLs. Another
test procedure is specifically for license
plate lamps, while yet another applies
only to DRLs. Headlamps have their
own test procedure, as do reflex
reflectors and retroreflective sheeting. A
major distinction between these
different photometry test procedures is
the minimum distance required between
the sample lamp or reflective device and
the photo detector.
Requirements for specific lamps,
reflective devices, and items of
associated equipment are contained in
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S7. There is a provision for each
individual type of lamp or reflective
device, under which design
requirements, if any, are listed, and
physical test requirements for that item
are contained in Table XXII. In addition,
the photometric test requirements
specific to each signal lamp or reflective
device are included in Tables VII
through XVII. These tables, along with
their footnotes, provide complete
photometric requirements for the lamps
and reflective devices installed on all
regulated vehicles covered under the
standard. Photometry requirements
generally include minimum and
maximum luminous intensities at
specific test points or groups of test
points, intensities for arrays of multiple
lamps or multiple compartment lamps,
intensity ratios between the separate
functions of optically combined lamps,
as well as differing intensities for lamps
that perform the same function but are
of different colors.
Requirements for conspicuity systems
on truck tractors and some trailers are
also a part of S7. The text of S7 sets
forth presence, performance, and
marking requirements, while the
application requirements for covered
vehicles are contained in Table III.
Figures 11, 12–1, 12–2, and 13 visually
supplement the narrative explanation in
Table III concerning the placement of
conspicuity material on these vehicles.
Table XVI includes photometry
requirements for reflex reflectors,
conspicuity reflex reflectors, and
retroreflective sheeting. Specific
requirements for items of associated
equipment are contained in S7.14, while
the applicable test requirements are
specified in Table XXI.
S8 contains the requirements for
headlighting systems and cites Table II,
which specifically addresses the four
categories of headlamps that are
permitted to be installed on vehicles.
Each of these categories (sealed beam,
integral beam, replaceable bulb, and
combination headlighting systems) has
specific photometric requirements. The
requirements are also dependent upon
whether the system is a two-lamp or
four-lamp design and whether the
headlamps are mechanically or visually
aimed. All upper beam photometric
requirements are contained in Table
XVIII, and all lower beam photometric
requirements are contained in Table
XIX. S8 also describes how upper beam
and lower beam headlamps must be
arranged on the vehicle.
Under proposed S9, the standard
provides more detailed requirements for
sealed beam headlamps, including a
statement explaining that basic design
information may be found in Appendix
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C of Part 564. In addition, S9 specifies
requirements for a sealed beam
headlighting system in which the upper
and lower beams are aimed
simultaneously. The text also directs the
reader to the applicable photometric
and physical test requirements for that
type of headlighting system.
Similar to the provisions in S9,
paragraph S10 contains analogous
provisions for integral beam headlamps,
and paragraph S11 contains those same
type of provisions for replaceable bulb
headlamps. S12 contains requirements
for combination headlamps. A
combination headlamp system, being
composed of a combination of specific
sealed beam headlamps, integral beam
headlamps, or replaceable bulb
headlamps, does not have specific
performance requirements. Rather, its
component parts are required to meet
the performance associated with their
particular category.
Paragraph S13 contains requirements
for motorcycle headlamps. Generally,
motorcycles may use one half of any
listed headlamp system or a
headlighting system exclusive to
motorcycles. The standard includes
design requirements for the motorcycleexclusive system in S13 and associated
photometry requirements in Table XX.
Requirements for motorcycle headlamp
modulation systems are also contained
in S13.
Paragraph S14 addresses headlamp
adjustment and aiming. Headlamps may
either be mechanically aimed by an
external aiming device that attaches to
the lens face, mechanically aimed by
using an integral aiming device called a
Vehicle Headlamp Aiming Device
(VHAD), or be visually-optically aimed.
S14 includes specific requirements for
each of these aiming systems, and Table
XXIII contains physical test
requirements for the VHAD system.
Requirements for marking the optical
axis of a headlamp are also contained in
this section.
Paragraph S15, dealing with
replaceable light sources, is almost
identical to the corresponding section
currently in FMVSS No. 108; however,
some test procedures and performance
requirements have been incorporated
into Table XXIII. Paragraph S16,
addressing headlamp concealment
devices, has been adopted verbatim
from the current FMVSS No. 108.
Paragraph S17 consolidates marking
requirements that apply only to
headlamps and lists for reference the
other sections of the FMVSS No. 108 rewrite where marking requirements
reside. Paragraph S18 contains
requirements for headlamps with
replaceable lenses.
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4. Incorporations by Reference
FMVSS No. 108 currently
incorporates approximately three dozen
SAE standards by reference. Under the
proposed reorganization of the re-write,
the number of SAE standards that
would continue to be incorporated by
reference is reduced to eight. This
reduction would be achieved by
including performance requirements
and test procedures currently contained
in SAE standards into the tables and
text of FMVSS No. 108. We believe that
this modification would greatly increase
the utility of the document and that
most interested parties would
infrequently, if ever, need to use the
SAE standards that continue to be
incorporated by reference.
Under the proposed re-write, FMVSS
No. 108 would still incorporate the
requirements of the following SAE
Standards by reference: (1) SAE J588e,
Turn Signal Lamps (September 1970),
(2) SAE J573d, Lamp Bulbs and Sealed
Units (December 1968), (3) SAE J577,
Vibration Test Machine (April 1964), (4)
SAE J823b, Flasher Test Equipment
(April 1968), (5) SAE J602, Headlamp
Aiming Device for Mechanically
Aimable Sealed Beam Headlamp Units
(August 1963), (6) SAE J602, Headlamp
Aiming Device for Mechanically
Aimable Sealed Beam Headlamp Units
(October 1980), (7) SAE J2009,
Discharge Forward Lighting Systems
(February 1993), and (8) SAE J1050,
Describing and Measuring the Driver’s
Field of View.
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C. Effective Date
As previously discussed, the
proposed amendments set forth in this
notice would not make substantive
changes to the existing standard.
Instead, we are proposing to amend and
reorganize the regulatory text of FMVSS
No. 108 so that it simplifies the
presentation of the standard’s
requirements for lamps, reflective
devices, and associated equipment and
reflects the agency’s interpretation of
the existing requirements. We believe
vehicle manufacturers and lighting
manufacturers would not have to make
any changes to their respective products
or production processes if this proposal
were made final; instead, the proposed
amendments should reduce the burden
of certifying to Standard No. 108 for
regulated parties. Accordingly, we are
proposing to make the proposed
revisions effective 180 days after
publication of the final rule. Voluntary
early compliance with the reorganized
standard would be permitted
immediately, although the substantive
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requirements are identical under both
versions.
IV. Benefits and Costs
Because this proposal only
reorganizes the existing requirements of
the standard, we do not anticipate that
there would be any costs or benefits
associated with this rulemaking action
to implement an administrative re-write
of FMVSS No. 108, other than the
benefits associated with a clearer,
easier-to-read standard. Accordingly,
the agency did not conduct a separate
economic analysis for this rulemaking.
V. Public Participation
How Can I Influence NHTSA’s Thinking
on This Notice?
In developing this notice, NHTSA has
sought to address the concerns of all
stakeholders. Your comments will help
us determine the final form for the
standard, pursuant to the FMVSS No.
108 re-write. We invite you to provide
different views about the issues
presented, specific interpretations that
have not been included in the re-write
that you think should be (including
applicable proposed regulatory text),
how this notice may affect you, or other
relevant information. We welcome your
views on all aspects of this notice. Your
comments will be most effective if you
follow the suggestions below:
• Explain your views and reasoning
as clearly as possible.
• Provide empirical evidence,
wherever possible, to support your
views.
• If you estimate potential costs,
explain how you arrived at that
estimate.
• Provide specific examples to
illustrate your concerns.
• Offer specific alternatives,
including proposed regulatory text.
• Reference specific sections of the
notice in your comments, such as the
units or page numbers of the preamble,
or the regulatory sections.
• Be sure to include the name, date,
and docket number of the proceeding as
part of your comments.
How Do I Prepare and Submit
Comments?
Your comments must be written and
in English. To ensure that your
comments are correctly filed in the
Docket, please include the docket
number of this document in your
comments.
Your comments must not be more
than 15 pages long. (49 CFR 553.21) We
established this limit to encourage you
to write your primary comments in a
concise fashion. However, you may
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attach necessary additional documents
to your comments. There is no limit on
the length of the attachments.
Please submit two copies of your
comments, including the attachments,
to Docket Management at the address
given above under ADDRESSES.
You may also submit your comments
to the docket electronically by logging
onto the Dockets Management System
Web site at https://dms.dot.gov. Click on
‘‘Help & Information’’ or ‘‘Help/Info’’ to
obtain instructions for filing your
document electronically.
How Can I Be Sure That My Comments
Were Received?
If you wish Docket Management to
notify you upon its receipt of your
comments, enclose a self-addressed,
stamped postcard in the envelope
containing your comments. Upon
receiving your comments, Docket
Management will return the postcard by
mail. Each electronic filer will receive
electronic confirmation that his or her
submission has been received.
How Do I Submit Confidential Business
Information?
If you wish to submit any information
under a claim of confidentiality, you
should submit three copies of your
complete submission, including the
information you claim to be confidential
business information, to the Chief
Counsel, NHTSA, at the address given
above under FOR FURTHER INFORMATION
CONTACT. In addition, you should
submit two copies, from which you
have deleted the claimed confidential
business information, to Docket
Management at the address given above
under ADDRESSES. When you send a
comment containing information
claimed to be confidential business
information, you should include a cover
letter delineating that information, as
specified in our confidential business
information regulation. (49 CFR Part
512.)
Will the Agency Consider Late
Comments?
We will consider all comments that
Docket Management receives before the
close of business on the comment
closing date indicated above under
DATES. To the extent possible, we will
also consider comments that Docket
Management receives after that date. If
Docket Management receives a comment
too late for us to consider it in
developing a final rule (assuming that
one is issued), we will consider that
comment as an informal suggestion for
future rulemaking action.
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How Can I Read the Comments
Submitted by Other People?
You may read the comments received
by Docket Management at the address
given above under ADDRESSES. The
hours of the Docket are indicated above
in the same location.
You may also review filed public
comments on the Internet. To read the
comments on the Internet, take the
following steps:
1. Go to the Docket Management
System (DMS) Web page of the
Department of Transportation (https://
dms.dot.gov/).
2. On that page, click on ‘‘search.’’
3. On the next page (https://
dms.dot.gov/search/), type in the fourdigit docket number shown at the
beginning of this document. (Example:
If the docket number were ‘‘NHTSA–
1998–1234,’’ you would type ‘‘1234.’’)
After typing the docket number, click on
‘‘search.’’
4. On the next page, which contains
docket summary information for the
docket you selected, click on the desired
comments. You may download the
comments. Although the comments are
imaged documents, instead of word
processing documents, the ‘‘pdf’’
versions of the documents are word
searchable.
Please note that even after the
comment closing date, we will continue
to file relevant information in the
Docket as it becomes available. Further,
some people may submit late comments.
Accordingly, we recommend that you
periodically check the Docket for new
material.
Data Quality Act Statement
Pursuant to the Data Quality Act, in
order for substantive data submitted by
third parties to be relied upon and used
by the agency, it must also meet the
information quality standards set forth
in the DOT Data Quality Act guidelines.
Accordingly, members of the public
should consult the guidelines in
preparing information submissions to
the agency. DOT’s guidelines may be
accessed at https://dmses.dot.gov/
submit/DataQualityGuidelines.pdf.
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VI. Rulemaking Analyses and Notices
A. Vehicle Safety Act
Under 49 U.S.C. Chapter 301, Motor
Vehicle Safety (49 U.S.C. 30101 et seq.),
the Secretary of Transportation is
responsible for prescribing motor
vehicle safety standards that are
practicable, meet the need for motor
vehicle safety, and are stated in
objective terms.11 These motor vehicle
11 49
19:10 Dec 29, 2005
12 49
13 49
U.S.C. 30102(a)(9).
U.S.C. 30111(b).
14 Id.
15 49 U.S.C. 105 and 322; delegation of authority
at 49 CFR 1.50.
U.S.C. 30111(a).
VerDate Aug<31>2005
safety standards set a minimum
standard for motor vehicle or motor
vehicle equipment performance.12
When prescribing such standards, the
Secretary must consider all relevant,
available motor vehicle safety
information.13 The Secretary also must
consider whether a proposed standard is
reasonable, practicable, and appropriate
for the type of motor vehicle or motor
vehicle equipment for which it is
prescribed and the extent to which the
standard will further the statutory
purpose of reducing traffic accidents
and associated deaths.14 The
responsibility for promulgation of
Federal motor vehicle safety standards
has been delegated to NHTSA.15
FMVSS No. 108, Lamps, Reflective
Devices, and Associated Equipment,
was originally established in a final rule
published in the Federal Register on
February 3, 1967 (32 FR 2408). The
purpose of the standard is to reduce
traffic accidents and deaths and injuries
resulting from traffic accidents, by
providing adequate illumination of the
roadway, and by enhancing the
conspicuity of motor vehicles on the
public roads so that their presence is
perceived and their signals understood,
both in daylight and in darkness or
other conditions of reduced visibility.
Since the time of the standard’s initial
promulgation, the agency has
undertaken numerous rulemakings and
interpretations related to Standard No.
108, in many cases to deal with the
emergence of new lighting technologies.
In recent years, concerns have been
raised that after nearly four decades of
amendment, navigating the
requirements of the standard has
become increasingly difficult. Therefore,
the agency is proposing an
administrative re-write of Standard No.
108 in order to improve its structure and
clarity, without changing any of its
existing substantive requirements. In
preparing this proposed rule, the agency
carefully considered the statutory
requirements of 49 U.S.C. Chapter 301.
First, this proposal reflects the
agency’s careful consideration and
analysis of all existing regulatory
provision of FMVSS No. 108, as well as
salient letters of interpretation related to
that standard. In developing the
substantive provisions of the standard
over the years, the agency considered all
relevant, available motor vehicle safety
information, including available
research, testing results, and other
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information related to various
technologies. This proposed
administrative re-write does not change
any of these existing provisions or the
basis therefore.
Second, to ensure that the
requirements of FMVSS No. 108 are
practicable (as well as consistent with
our safety objectives), the agency
evaluated the cost, availability, and
suitability of the standard’s provisions,
both when initially adopted and during
subsequent amendments. As noted
above, the changes resulting from this
proposal are administrative in nature
and would not impact the costs and
benefits of the standard. In sum, we
believe that this proposal is practicable
and would maintain the benefits of
Standard No. 108.
Third, the proposed regulatory text
following this preamble is stated in
objective terms in order to specify
precisely what performance is required
and how performance will be tested to
ensure compliance with the standard. In
certain cases, the proposal would
modify the language of the standard to
improve clarity or to incorporate
existing interpretations, again without
changing the substance of the existing
requirements.
Fourth, we believe that this proposed
rule would meet the need for motor
vehicle safety by clarifying the safety
standard, thereby making it easier for
regulated parties to comply with all
applicable requirements.
Finally, we believe that this proposal
is reasonable and appropriate for motor
vehicles subject to the applicable
requirements. As discussed elsewhere
in this notice, the modifications to the
standard resulting from this proposal
would be administrative in nature. It
does not affect the substance of the
requirements or the bases for those
requirements, as articulated in earlier
rulemakings. Accordingly, we believe
that this proposal would be appropriate
for covered vehicles that are or would
become subject to these provisions of
FMVSS No. 108 because it furthers the
agency’s objective of preventing crashrelated deaths and serious injuries by
ensuring adequate illumination of
roadways and enhanced conspicuity of
motor vehicles.
B. Executive Order 12866 and DOT
Regulatory Policies and Procedures
Executive Order 12866, ‘‘Regulatory
Planning and Review’’ (58 FR 51735,
October 4, 1993), provides for making
determinations whether a regulatory
action is ‘‘significant’’ and therefore
subject to OMB review and to the
requirements of the Executive Order.
The Order defines a ‘‘significant
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regulatory action’’ as one that is likely
to result in a rule that may:
(1) Have an annual effect on the
economy of $100 million or more or
adversely affect in a material way the
economy, a sector of the economy,
productivity, competition, jobs, the
environment, public health or safety, or
State, local, or Tribal governments or
communities;
(2) Create a serious inconsistency or
otherwise interfere with an action taken
or planned by another agency;
(3) Materially alter the budgetary
impact of entitlements, grants, user fees,
or loan programs or the rights and
obligations of recipients thereof; or
(4) Raise novel legal or policy issues
arising out of legal mandates, the
President’s priorities, or the principles
set forth in the Executive Order.
This rulemaking document was not
reviewed by the Office of Management
and Budget under Executive Order
12866. The rule is not considered to be
significant within the meaning of E.O.
12866 or the Department of
Transportation’s Regulatory Policies and
Procedures (44 FR 11034 (Feb. 26,
1979)). As stated above in Section IV,
Benefits and Costs, this proposal is not
expected to require parties subject to the
requirements of the safety standard to
alter their existing practices for
certifying compliance with Standard
No. 108 or to increase costs of
compliance, because the proposal
would only reorganize and clarify
existing requirements. Accordingly, the
agency has not prepared any
supplemental economic analysis to
accompany this rulemaking document.
C. Regulatory Flexibility Act
Pursuant to the Regulatory Flexibility
Act (5 U.S.C. 601 et seq., as amended by
the Small Business Regulatory
Enforcement Fairness Act (SBREFA) of
1996), whenever an agency is required
to publish a notice of rulemaking for
any proposed or final rule, it must
prepare and make available for public
comment a regulatory flexibility
analysis that describes the effect of the
rule on small entities (i.e., small
businesses, small organizations, and
small governmental jurisdictions). The
Small Business Administration’s
regulations at 13 CFR Part 121 define a
small business, in part, as a business
entity ‘‘which operates primarily within
the United States.’’ (13 CFR 121.105(a)).
No regulatory flexibility analysis is
required if the head of an agency
certifies the rule will not have a
significant economic impact on a
substantial number of small entities.
SBREFA amended the Regulatory
Flexibility Act to require Federal
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agencies to provide a statement of the
factual basis for certifying that a rule
will not have a significant economic
impact on a substantial number of small
entities.
NHTSA has considered the effects of
this proposed rule under the Regulatory
Flexibility Act. I certify that this
proposed rule would not have a
significant economic impact on a
substantial number of small entities.
The rationale for this certification is that
the present proposal does not make any
substantive changes to this safety
standard, so affected parties would be
able to continue current practices
without change. Accordingly, we do not
anticipate that this proposal would have
a significant economic impact on a
substantial number of small entities.
D. Executive Order 13132 (Federalism)
Executive Order 13132, ‘‘Federalism’’
(64 FR 43255, August 10, 1999), requires
NHTSA to develop an accountable
process to ensure ‘‘meaningful and
timely input by State and local officials
in the development of regulatory
policies that have federalism
implications.’’ ‘‘Policies that have
federalism implications’’ are defined in
the Executive Order to include
regulations that have ‘‘substantial direct
effects on the States, on the relationship
between the national government and
the States, or on the distribution of
power and responsibilities among the
various levels of government.’’ Under
Executive Order 13132, the agency may
not issue a regulation with Federalism
implications, that imposes substantial
direct compliance costs, and that is not
required by statute, unless the Federal
government provides the funds
necessary to pay the direct compliance
costs incurred by State and local
governments, the agency consults with
State and local governments, or the
agency consults with State and local
officials early in the process of
developing the proposed regulation.
NHTSA also may not issue a regulation
with Federalism implications and that
preempts a State law unless the agency
consults with State and local officials
early in the process of developing the
regulation.
NHTSA has analyzed this proposed
rule in accordance with the principles
and criteria set forth in Executive Order
13132, and the agency determined that
the rule would not have sufficient
Federalism implications to warrant
consultations with State and local
officials or the preparation of a
Federalism summary impact statement.
This proposed rule is not expected to
have any substantial effects on the
States, or on the current distribution of
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power and responsibilities among the
various local officials.
E. Executive Order 12988 (Civil Justice
Reform)
Pursuant to Executive Order 12988,
‘‘Civil Justice Reform’’ (61 FR 4729,
February 7, 1996), the agency has
considered whether this rulemaking
would have any retroactive effect. This
proposed rule would not have any
retroactive effect. Under 49 U.S.C.
30103, whenever a Federal motor
vehicle safety standard is in effect, a
State may not adopt or maintain a safety
standard applicable to the same aspect
of performance which is not identical to
the Federal standard, except to the
extent that the State requirement
imposes a higher level of performance
and applies only to vehicles procured
for the State’s use. 49 U.S.C. 30161 sets
forth a procedure for judicial review of
final rules establishing, amending, or
revoking Federal motor vehicle safety
standards. That section does not require
submission of a petition for
reconsideration or other administrative
proceedings before parties may file a
suit in court.
F. Executive Order 13045 (Protection of
Children from Environmental Health
and Safety Risks)
Executive Order 13045, ‘‘Protection of
Children from Environmental Health
and Safety Risks’’ (62 FR 19855, April
23, 1997), applies to any rule that: (1)
Is determined to be ‘‘economically
significant’’ as defined under Executive
Order 12866, and (2) concerns an
environmental, health, or safety risk that
the agency has reason to believe may
have a disproportionate effect on
children. If the regulatory action meets
both criteria, the agency must evaluate
the environmental health or safety
effects of the planned rule on children,
and explain why the planned regulation
is preferable to other potentially
effective and reasonably feasible
alternatives considered by the agency.
This proposed rule is not subject to
E.O. 13045 because it is not an
economically significant regulatory
action under Executive Order 12866,
and because it does not involve
decisions based upon health and safety
risks that disproportionately affect
children.
G. Paperwork Reduction Act
Under the Paperwork Reduction Act
of 1995 (PRA), a person is not required
to respond to a collection of information
by a Federal agency unless the
collection displays a valid OMB control
number. This proposed rule does not
contain any collection of information
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requirements requiring review under the
PRA.
H. National Technology Transfer and
Advancement Act
Section 12(d) of the National
Technology Transfer and Advancement
Act of 1995 (NTTAA), Public Law 104–
113, (15 U.S.C. 272) directs the agency
to evaluate and use voluntary consensus
standards in its regulatory activities
unless doing so would be inconsistent
with applicable law or is otherwise
impractical. Voluntary consensus
standards are technical standards (e.g.,
materials specifications, test methods,
sampling procedures, and business
practices) that are developed or adopted
by voluntary consensus standards
bodies, such as the Society of
Automotive Engineers. The NTTAA
directs us to provide Congress (through
OMB) with explanations when we
decide not to use available and
applicable voluntary consensus
standards. The NTTAA does not apply
to symbols.
This proposal would not adopt or
reference any new industry or
consensus standards that were not
already present in Standard No. 108.
The agency’s statements regarding the
rationale for the use (or non-use) of
third-party standards, as presented in
prior rulemakings, remain unchanged.
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I. Unfunded Mandates Reform Act
Section 202 of the Unfunded
Mandates Reform Act of 1995 (UMRA)
requires federal agencies to prepare a
written assessment of the costs, benefits,
and other effects of proposed or final
rules that include a Federal mandate
likely to result in the expenditure by
State, local, or tribal governments, in the
aggregate, or by the private sector, of
more than $100 million annually
(adjusted for inflation with base year of
1995 (so currently about $112 million in
2001 dollars)). Before promulgating a
NHTSA rule for which a written
statement is needed, section 205 of the
UMRA generally requires the agency to
identify and consider a reasonable
number of regulatory alternatives and
adopt the least costly, most costeffective, or least burdensome
alternative that achieves the objectives
of the rule. The provisions of section
205 do not apply when they are
inconsistent with applicable law.
Moreover, section 205 allows the agency
to adopt an alternative other than the
least costly, most cost-effective, or least
burdensome alternative if the agency
publishes with the final rule an
explanation of why that alternative was
not adopted.
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This proposed rule is not anticipated
to result in the expenditure by State,
local, or tribal governments, in the
aggregate, or by the private sector in
excess of $112 million annually.
Instead, the cost impact of this
administrative re-write of Standard No.
108 is expected to be $0. Therefore, the
agency has not prepared an economic
assessment pursuant to the Unfunded
Mandates Reform Act.
J. National Environmental Policy Act
NHTSA has analyzed this rulemaking
action for the purposes of the National
Environmental Policy Act. The agency
has determined that implementation of
this action would not have any
significant impact on the quality of the
human environment.
K. Regulatory Identifier Number (RIN)
The Department of Transportation
assigns a regulation identifier number
(RIN) to each regulatory action listed in
the Unified Agenda of Federal
Regulations. The Regulatory Information
Service Center publishes the Unified
Agenda in April and October of each
year. You may use the RIN contained in
the heading at the beginning of this
document to find this action in the
Unified Agenda.
L. Privacy Act
Please note that anyone is able to
search the electronic form of all
comments received into any of our
dockets by the name of the individual
submitting the comment (or signing the
comment, if submitted on behalf of an
association, business, labor union, etc.).
You may review DOT’s complete
Privacy Act Statement in the Federal
Register published on April 11, 2000
(Volume 65, Number 70; Pages 19477–
78), or you may visit https://dms.dot.gov.
List of Subjects in 49 CFR Part 571
Motor vehicle safety, Reporting and
recordkeeping requirements, Tires.
In consideration of the foregoing, Part
571 is proposed to be amended as
follows:
PART 571—FEDERAL MOTOR
VEHICLE SAFETY STANDARDS
1. The authority citation for part 571
continues to read as follows:
Authority: 49 U.S.C. 322, 30111, 30115,
30117, and 30166; delegation of authority at
49 CFR 1.50.
2. Section 571.108 is revised to read
as follows:
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§ 571.108 Standard No. 108; Lamps,
reflective devices, and associated
equipment.
S1 Scope. This standard specifies
requirements for original and
replacement lamps, reflective devices,
and associated equipment.
S2 Purpose. The purpose of this
standard is to reduce traffic accidents
and deaths and injuries resulting from
traffic accidents, by providing adequate
illumination of the roadway, and by
enhancing the conspicuity of motor
vehicles on the public roads so that
their presence is perceived and their
signals understood, both in daylight and
in darkness or other conditions of
reduced visibility.
S3 Application. This standard applies
to:
S3.1 Passenger cars, multipurpose
passenger vehicles, trucks, buses,
trailers (except pole trailers and trailer
converter dollies), and motorcycles;
S3.2 Retroreflective sheeting and
reflex reflectors manufactured to
conform to S7.12 of this standard; and
S3.3 Lamps, reflective devices, and
associated equipment for replacement of
like equipment on vehicles to which
this standard applies.
S4 Definitions. Definitions of
additional terms used in this standard
may be found at 49 CFR 571.3.
Aiming plane means a plane defined
by the surface of the three aiming pads
on the lens.
Aiming reference plane means a plane
which is perpendicular to the
longitudinal axis of the vehicle and
tangent to the forwardmost aiming pad
on the headlamp.
Aiming screws are the horizontal and
vertical adjusting screws with selflocking features used to aim and retain
a headlamp unit in the proper position.
Axis of reference means the
characteristic axis of the lamp for use as
the direction of reference (H = 0°, V =
0°) for angles of field for photometric
measurements and for installing the
lamp on the vehicle.
Backup lamp means a lamp or lamps
which illuminate the road to the rear of
a vehicle and provide a warning signal
to pedestrians and other drivers when
the vehicle is backing up or is about to
back up.
Beam contributor means an
indivisible optical assembly including a
lens, reflector, and light source, that is
part of an integral beam headlighting
system and contributes only a portion of
a headlamp beam.
Cargo lamp is a lamp that is mounted
on a multipurpose passenger vehicle,
truck, or bus for the purpose of
providing illumination to load or
unload cargo.
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Clearance lamps are lamps which
show to the front or rear of the vehicle,
mounted on the permanent structure of
the vehicle as near as practicable to the
upper left and right extreme edges to
indicate the overall width and height of
the vehicle.
Coated materials means a material
which has a coating applied to the
surface of the finished sample to impart
some protective properties. Coating
identification means a mark of the
manufacturer’s name, formulation
designation number, and
recommendations for application.
Color. Fundamental definitions of
color are expressed by Chromaticity
Coordinates according to the
International Commission on
Illumination (C.I.E.) 1931 Standard
Colorimetric System.
Color bleeding means the migration of
color out of a plastic part onto the
surrounding surface.
Combination clearance and side
marker lamps are single lamps which
simultaneously fulfill the requirements
of clearance and side marker lamps.
Cracking means a separation of
adjacent sections of a plastic material
with penetration into the specimen.
Crazing means a network of apparent
fine cracks on or beneath the surface of
materials.
Cutoff means a generally horizontal,
visual/optical aiming cue in the lower
beam that marks a separation between
areas of higher and lower luminance.
Daytime running lamps (DRL’s) are
steady burning lamps that are used to
improve the conspicuity of a vehicle
from the front and front sides when the
regular headlamps are not required for
driving.
Delamination means a separation of
the layers of a material including
coatings.
Design voltage means the voltage used
for design purposes.
Direct reading indicator means a
device that is mounted in its entirety on
a headlamp or headlamp aiming or
headlamp mounting equipment, is part
of a VHAD, and provides information
about headlamp aim in an analog or
digital format.
Effective light-emitting surface means
that portion of a lamp that directs light
to the photometric test pattern, and does
not include transparent lenses,
mounting hole bosses, reflex reflector
area, beads or rims that may glow or
produce small areas of increased
intensity as a result of uncontrolled
light from an area of 1⁄2° radius around
a test point.
Effective projected luminous lens area
means the area of the orthogonal
projection of the effective light-emitting
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surface of a lamp on a plane
perpendicular to a defined direction
relative to the axis of reference. Unless
otherwise specified, the direction is
coincident with the axis of reference.
The term functional lighted lens area in
any SAE Standard or Recommended
Practice incorporated by reference or by
subreference in this standard, has the
same meaning as effective projected
luminous lens area.
Exposed means material used in
lenses or optical devices exposed to
direct sunlight as installed on the
vehicle.
Filament means that part of the light
source or light emitting element(s), such
as a resistive element, the excited
portion of a specific mixture of gases
under pressure, or any part of other
energy conversion sources, that
generates radiant energy which can be
seen.
Flash means a cycle of activation and
deactivation of a lamp by automatic
means continuing until stopped either
automatically or manually.
Fully opened means the position of
the headlamp concealment device in
which the headlamp is in the design
open operating position.
H–V axis means the line from the
center of the principal filament of a
lamp to the intersection of the
horizontal (H) and vertical (V) lines of
a photometric test screen.
Haze means the cloudy or turbid
appearance of an otherwise transparent
specimen caused by light scattered from
within the specimen or from its surface.
Headlamp means a lighting device
providing an upper and/or a lower beam
used for providing illumination forward
of the vehicle.
Headlamp concealment device means
a device, with its operating system and
components, that provides concealment
of the headlamp when it is not in use,
including a movable headlamp cover
and a headlamp that displaces for
concealment purposes.
Headlamp mechanical axis means the
line formed by the intersection of a
horizontal and a vertical plane through
the light source parallel to the
longitudinal axis of the vehicle. If the
mechanical axis of the headlamp is not
at the geometric center of the lens, then
the location will be indicated by the
manufacturer on the headlamp.
Headlamp test fixture means a device
designed to support a headlamp or
headlamp assembly in the test position
specified in the laboratory tests and
whose mounting hardware and
components are those necessary to
operate the headlamp as installed in a
motor vehicle.
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High-mounted stop lamp means a
lamp mounted high and possibly
forward of the tail, stop, and rear turn
signal lamps intended to give a steady
stop warning through intervening
vehicles to operators of following
vehicles.
Identification lamps are lamps used
in groups of three, in a horizontal row,
which show to the front or rear or both,
having lamp centers spaced not less
than [6 in.] 15.2 mm. nor more than [12
in.] 30.4 mm. apart, mounted on the
permanent structure as near as
practicable to the vertical centerline and
the top of the vehicle to identify certain
types of vehicles.
Integral beam headlamp means a
headlamp (other than a standardized
sealed beam headlamp designed to
conform to paragraph S9 or a
replaceable bulb headlamp designed to
conform to paragraph S11) comprising
an integral and indivisible optical
assembly including lens, reflector, and
light source, except that a headlamp
conforming to paragraph S14.9 or
paragraph S14.10 may have a lens
designed to be replaceable.
License plate lamp means a lamp
used to illuminate the license plate on
the rear of a vehicle.
Lower beam means a beam intended
to illuminate the road and its environs
ahead of the vehicle when meeting or
closely following another vehicle.
Mechanically aimable headlamp
means a headlamp having three pads on
the lens, forming an aiming plane used
for laboratory photometric testing and
for adjusting and inspecting the aim of
the headlamp when installed on the
vehicle.
Material means the type and grade of
plastics, composition, and
manufacturer’s designation number and
color.
Motor driven cycle means every
motorcycle, including every motor
scooter, with a motor which produces
not more than 5 horsepower, and every
bicycle with motor attached.
Motorcycle or motor driven cycle
headlamp means a major lighting device
used to produce general illumination
ahead of the vehicle.
Mounting ring means the adjustable
ring upon which a sealed beam unit is
mounted.
Mounting ring (type F sealed beam)
means the adjustable ring upon which a
sealed beam unit is mounted and which
forces the sealed beam unit to seat
against the aiming ring when assembled
into a sealed beam assembly.
Multiple compartment lamp means a
device which gives its indication by two
or more separately lighted areas which
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are joined by one or more common
parts, such as a housing or lens.
Multiple lamp arrangement means an
array of two or more separate lamps on
each side of the vehicle which operate
together to give a signal.
Optically combined means a lamp
having a single or two-filament light
source or two or more separate light
sources that operate in different ways,
and has its optically functional lens area
wholly or partially common to two or
more lamp functions.
Overall width means the nominal
design dimension of the widest part of
the vehicle, exclusive of signal lamps,
marker lamps, outside rearview mirrors,
flexible fender extensions, mud flaps,
and outside door handles determined
with doors and windows closed, and the
wheels in the straight-ahead position.
Running boards may also be excluded
from the determination of overall width
if they do not extend beyond the width
as determined by the other items
excluded by this definition.
Parking lamps are lamps on both the
left and right of the vehicle which show
to the front and are intended to mark the
vehicle when parked or serve as a
reserve front position indicating system
in the event of headlamp failure.
Protected means material used in
inner lenses for optical devices where
such lenses are protected from exposure
to the sun by an outer lens made of
materials meeting the requirements for
exposed plastics.
Rated voltage means the nominal
circuit or vehicle electrical system
voltage classification.
Reflex reflectors are devices used on
vehicles to give an indication to
approaching drivers using reflected light
from the lamps of the approaching
vehicle.
Remote reading indicator means a
device that is not mounted in its
entirety on a headlamp or headlamp
aiming or headlamp mounting
equipment, but otherwise meets the
definition of a direct reading indicator.
Replaceable bulb headlamp means a
headlamp comprising a bonded lens and
reflector assembly and one or two
headlamp replaceable light sources,
except that a headlamp conforming to
paragraph S14.9 or paragraph S14.10
may have a lens designed to be
replaceable.
Replaceable light source means an
assembly of a capsule, base, and
terminals manufactured as a light source
for an upper and/or lower beam of a
replaceable bulb headlamp that is
designed to conform to the requirements
of appendix A or appendix B of 49 CFR
part 564, Replaceable Light Source
Information.
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Retaining ring means the clamping
ring that holds a sealed beam unit
against a mounting ring.
Retaining ring (type F sealed beam)
means the clamping ring that holds a
sealed beam unit against a mounting
ring, and that provides an interface
between the unit’s aiming/seating pads
and the headlamp aimer adapter
(locating plate).
School bus signal lamps are
alternately flashing lamps mounted
horizontally both front and rear,
intended to identify a vehicle as a
school bus and to inform other users of
the highway that such vehicle is
stopped on the highway to take on or
discharge school children.
Sealed beam headlamp means an
integral and indivisible optical assembly
including the light source with
‘‘SEALED BEAM’’ molded in the lens.
Sealed beam headlamp assembly
means a major lighting assembly which
includes one or more sealed beam units
used to provide general illumination
ahead of the vehicle.
Seasoning means the process of
energizing the filament of a headlamp at
design voltage for a period of time equal
to 1% of design life, or other equivalent
method.
Semiautomatic headlamp beam
switching device is one which provides
either automatic or manual control of
beam switching at the option of the
driver. When the control is automatic
the headlamps switch from the upper
beam to the lower beam when
illuminated by the headlamps on an
approaching vehicle and switch back to
the upper beam when the road ahead is
dark. When the control is manual, the
driver may obtain either beam manually
regardless of the conditions ahead of the
vehicle.
Side marker lamps are lamps which
show to the side of the vehicle, mounted
on the permanent structure of the
vehicle as near as practicable to the
front and rear edges to indicate the
overall length of the vehicle. Additional
lamps may also be mounted at
intermediate locations on the sides of
the vehicle.
Stop lamps are lamps giving a steady
light to the rear of a vehicle to indicate
a vehicle is stopping or diminishing
speed by braking.
Taillamps are steady burning low
intensity lamps used to designate the
rear of a vehicle.
Test voltage means the specified
voltage and tolerance to be used when
conducting a test.
Turn signal flasher means a device
which causes a turn signal lamp to flash
as long as it is turned on.
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Turn signal lamps are the signaling
element of a turn signal system which
indicates the intention to turn or change
direction by giving a flashing light on
the side toward which the turn will be
made.
Turn signal operating unit means an
operating unit that is part of a turn
signal system by which the operator of
a vehicle causes the signal units to
function.
Upper beam means a beam intended
primarily for distance illumination and
for use when not meeting or closely
following other vehicles.
Vehicle headlamp aiming device or
VHAD means motor vehicle equipment,
installed either on a vehicle or
headlamp, which is used for
determining the horizontal or vertical
aim, or both the vertical and horizontal
aim of the headlamp.
Vehicular hazard warning signal
flasher means a device which, as long as
it is turned on, causes all the required
hazard warning lamps to flash.
Vehicular hazard warning signal
operating unit means a driver controlled
device which causes all turn signal
lamps, or other hazard warning lamps,
to flash simultaneously to indicate to
approaching drivers the presence of a
vehicular hazard.
Visually/optically aimable headlamp
means a headlamp which is designed to
be visually/optically aimable in
accordance with the requirements of
paragraph S14.10 of this standard.
S5 References to SAE publications.
S5.1 Each lamp, reflective device, and
item of associated equipment must be
designed to conform to the requirements
of applicable SAE publications as
referenced and subreferenced in this
standard. The words ‘‘it is
recommended that,’’
‘‘recommendations,’’ or ‘‘should be’’
appearing in any SAE publication
referenced or subreferenced in this
standard must be read as setting forth
mandatory requirements.
S5.2 A complete list of all SAE
publications incorporated by reference
in this standard are indexed at 49 CFR
571.5(j).
S6 Vehicle requirements.
S6.1 Required lamps, reflective
devices, and associated equipment by
vehicle type.
S6.1.1 Quantity. Except as provided
in succeeding paragraphs of this
standard, each vehicle must be
equipped with not less than the number
of lamps, reflective devices, and items
of associated equipment specified for
that vehicle type and size in Table I and
Section 6.6, conforming to the
requirements of this standard. Multiple
license plate lamps and backup lamps
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may be used to fulfill photometric
requirements for those functions.
S6.1.1.1 Conspicuity systems. Each
trailer of 2032 mm. or more in overall
width, and with a GVWR over 10,000
lbs., except a trailer designed
exclusively for living or office use, and
each truck tractor must be equipped
with retroreflective sheeting, reflex
reflectors, or a combination of
retroreflective sheeting and reflex
reflectors as specified in S7.12 and
Table III.
S6.1.1.1.1 A trailer equipped with a
conspicuity treatment in conformance
with S7.12 need not be equipped with
the reflex reflectors required by Table I
if the conspicuity material is placed at
the locations of the reflex reflectors
required by Table I.
S6.1.1.2 High-mounted stop lamps.
Each multipurpose passenger vehicle,
truck, and bus required by this standard
to be equipped with a high-mounted
stop lamp, whose vertical centerline,
when the vehicle is viewed from the
rear, is not located on a fixed body
panel but separates one or two moveable
body sections, such as doors, which
lacks sufficient space to install a single
high-mounted stop lamp on the
centerline above such body sections,
must have two high-mounted stop
lamps identical in size and shape. The
two lamps must be located at the same
height, with one vertical edge of each
lamp on the vertical edge of the body
section nearest the vehicle centerline.
S6.1.1.3 Truck tractor rear turn signal
lamps. A truck tractor need not be
equipped with turn signal lamps
mounted on the rear if the turn signal
lamps installed at or near the front are
of double face construction and are so
located so that they meet the
requirements for double faced turn
signal lamps specified in SAE J588e,
Turn Signal Lamps, September 1970.
S6.1.1.4 Hazard warning lamps. In all
passenger cars, multipurpose passenger
vehicles, trucks, and buses, the
activation of the vehicular hazard
warning signal operating unit must
cause to flash simultaneously sufficient
turn signal lamps to meet, as a
minimum, the turn signal photometric
requirements of this standard.
S6.1.2 Color. The color in all lamps
and reflective devices must be as
specified in Table I. The color identified
as amber is identical to the color
identified as yellow.
S6.1.3 Mounting location and height.
Each lamp, reflective device, and item
of associated equipment must be
securely mounted on a fixed body panel
of the vehicle, other than glazing, that
is not designed to be removed except for
repair, within the height limits as
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specified in Table I, and in a location
where it complies with all applicable
photometric requirements, effective
projected luminous lens area
requirements, and visibility
requirements with all obstructions
considered. When multiple lamp
arrangements or multiple compartment
rear turn signal lamps, stop lamps, or
taillamps are used, with only a portion
of the compartments or lamps installed
on a rigid part of the vehicle, that
portion must meet at least the
photometric requirements for the
appropriate single compartment lamp.
S6.1.3.1 Mounting height. The
mounting height of each lamp and
reflective device must be measured from
the center of the item, as mounted on
the vehicle at curb weight, to the road
surface.
S6.1.3.2 High-mounted stop lamp.
S6.1.3.2.1 A high-mounted stop lamp
mounted below the rear window must
have no lens portion lower than 153
mm. [6 in.] below the lower edge of the
rear window on convertibles, or 77 mm.
[3 in.] on other passenger cars.
S6.1.3.2.2 A high-mounted stop lamp
mounted inside the vehicle must have
means provided to minimize reflections
from the light of the lamp upon the rear
window glazing that might be visible to
the driver when viewed directly, or
indirectly in the rearview mirror.
S6.1.4 License plate lamp. The license
plate lamp or lamps installed on
vehicles other than motorcycles and
motor driven cycles must be mounted so
as to illuminate the license plate
without obstruction from any designed
feature unless the lamp or lamps is (are)
designed to comply with all the
photometric requirements with these
obstructions considered.
S6.1.5 Activation. Each lamp must be
activated as specified, in the
combinations specified, and in response
to the inputs specified in Table I and
Table II.
S6.1.5.1 Stop lamp activation. Each
stop lamp may also be activated when
the vehicle is slowed by a device
designed to retard the motion of the
vehicle.
S6.2 Impairment.
S6.2.1 No additional lamp, reflective
device, or other motor vehicle
equipment is permitted to be installed
that impairs the effectiveness of lighting
equipment required by this standard.
S6.2.2 If any required lamp or
reflective device is obstructed by motor
vehicle equipment (e.g., mirrors, snow
plows, wrecker booms, backhoes,
winches, etc.) including dealer installed
equipment, and cannot meet the
applicable photometry and visibility
requirements, the vehicle must be
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equipped with an additional lamp or
device of the same type which meet all
applicable requirements of this
standard, including photometry and
visibility.
S6.2.3 Each auxiliary lamp that
performs the function of a required
lamp must meet the color, maximum
photometric intensity, and activation
requirements of the required lamp.
S6.2.4 Daytime running lamps. A
passenger car, multipurpose passenger
vehicle, truck, or bus may be equipped
with a pair of daytime running lamps
(DRL) as specified in Table I and S7.11
of this standard. DRLs may be combined
with any lamps required by this
standard except parking lamps and any
lamps not required by this standard
except fog lamps.
S6.2.5 Auxiliary identification lamps.
Each auxiliary identification lamp must
be located at least twice the distance
from any required identification lamp as
the distance between two adjacent
required identification lamps.
S6.3 Equipment combinations. Two or
more lamps, reflective devices, or items
of associated equipment may be
combined if the requirements for each
lamp, reflective device, and item of
associated equipment are met with the
following exceptions.
S6.3.1 No high-mounted stop lamp is
permitted to be combined with any
other lamp or reflective device, other
than with a cargo lamp.
S6.3.2 No high-mounted stop lamp is
permitted to be combined optically with
any cargo lamp.
S6.3.3 No clearance lamp is permitted
to be optically combined with any
taillamp.
S6.4 Visibility and aiming.
S6.4.1 Effective projected luminous
lens area requirements. Each turn signal
lamp, stop lamp, high-mounted stop
lamp, and school bus signal lamp must
meet the appropriate effective projected
luminous lens area requirement
specified in Table IV.
S6.4.2 Visibility. Each backup lamp,
single or combination of dual highmounted stop lamp(s), and school bus
signal lamp must meet the appropriate
visibility requirement specified in Table
V.
S6.4.3 Visibility options. A
manufacturer must certify compliance
of each lamp to one of the following
visibility requirement options, and it
may not thereafter choose a different
option for that vehicle.
(a) Lens area option. When a vehicle
is equipped with any lamp listed in
Table V, each such lamp must provide
not less than 1250 sq. mm. of
unobstructed effective projected
luminous lens area in any direction
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throughout the pattern defined by the
corner points specified in Table V for
each such lamp; or
(b) Luminous intensity option. When
a vehicle is equipped with any lamp
listed in Table V, each such lamp must
provide a luminous intensity of not less
than that specified in Table V in any
direction throughout the pattern defined
by the corner points specified in Table
V for each such lamp when measured in
accordance with the photometry test
requirements of this standard.
S6.4.4 SAE visibility alternative. As an
alternative to S6.4.3 , each passenger car
and motorcycle, and each multipurpose
passenger vehicle, truck, trailer, and bus
that is of less than 2032 mm. overall
width, that are manufactured on or
before September 1, 2011, and each
multipurpose passenger vehicle, truck,
trailer, and bus that is of 2032 mm. or
more overall width, that are
manufactured on or before September 1,
2014, must have each lamp located so
that it meets the visibility requirements
specified in Table V.
S6.4.5 Low-mounted lamps. For signal
lamps and reflective devices mounted
less than 750 mm. above the road
surface, as measured to the lamp axis of
reference, the vertical test point angles
located below the horizontal plane
subject to photometric and visibility
requirements of this standard may be
reduced to 5° down.
S6.4.6 School bus signal lamp aiming.
Each school bus signal lamp must be
mounted on the vehicle with their
aiming plane vertical and normal to the
vehicle longitudinal axis. Aim tolerance
must be no more than 5 in. vertically
and 10 in. horizontally at 25 ft. from the
lamp. If the lamps are aimed or
inspected by use of the SAE J602,
Headlamp Aiming Device for
Mechanically Aimable Sealed Beam
Headlamp Units (August 1963), aimer
the graduation settings for aim must be
2° D and 0° sideways for aiming and the
limits must be 3° U to 7° D and from 10°
R to 10° L for inspection.
S6.5 Marking.
S6.5.1 DOT marking. The lens of each
original equipment and replacement
headlamp, and of each original
equipment and replacement beam
contributor, and each replacement
headlamp lens for an integral beam or
replaceable bulb headlamp, must be
marked with the symbol ‘‘DOT’’ either
horizontally or vertically to indicate
certification under the standard.
S6.5.1.1 DOT marking requirements
for conspicuity materials are specified
in S7.12 of this standard.
S6.5.1.2 Each original equipment or
replacement lamp or reflective device
specified in Table I, except for a
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headlamp, or item of associated
equipment specified in Section 6.6 may
be marked with the symbol ‘‘DOT’’
which constitutes a certification that it
conforms to the requirements of this
standard.
S6.5.2 DRL marking. Each original
equipment and replacement lamp used
as a daytime running lamp (DRL),
unless optically combined with a
headlamp, must be permanently marked
‘‘DRL’’ in letters not less than 3 mm.
high.
S6.6 Associated equipment. All
vehicles covered by this standard
(except trailers) must be equipped with
a turn signal operating unit, a turn
signal flasher, a turn signal pilot
indicator, a headlamp beam switching
device, and an upper beam headlamp
indicator meeting the requirements of
this section and as specified in Table III.
All vehicles covered by this standard
(except trailers and motorcycles) must
be equipped with a vehicular hazard
warning operating unit, a vehicular
hazard warning signal flasher, and a
vehicular hazard warning signal pilot
indicator meeting the requirements of
this section and as specified in Table III.
S6.6.1 License plate holder. Each
license plate holder must be designed
and constructed to provide a substantial
plane surface on which to mount the
plate. The plane of the license plate
mounting surface and the plane on
which the vehicle stands must be
perpendicular within ± 15°.
S6.7 Replacement equipment.
S6.7.1 General requirements.
S6.7.1.1 Each replacement lamp,
reflective device, or item of associated
equipment, including a combination
lamp, must:
(a) Be designed to conform to meet all
requirements specified in this standard
for that type of lamp, reflective device,
or other item of equipment (in the case
of a combination lamp, it must meet
these requirements for each function);
and
(b) Include all of the functions of the
lamp, reflective device, or item of
associated equipment, including a
combination lamp, it is designed to
replace or is capable of replacing (other
than functions not required by this
standard).
S6.7.1.2 Each replacement lamp,
reflective device, or item of associated
equipment, including a combination
lamp, which is designed or
recommended for particular vehicle
models must be designed so that it does
not to take the vehicle out of
compliance with this standard when the
individual device is installed on the
vehicle. Except as provided in S6.7.1.3,
the determination of whether a vehicle
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would be taken out of compliance with
this standard when an individual device
is installed on the vehicle is made
without regard to whether additional
devices, including separate lamps or
reflective devices sold together with the
device, would also be installed.
S6.7.1.3 In the case of a lamp or other
device that is used on each side of the
vehicle in pairs, the determination (for
purposes of S6.7.1.2) of whether a
vehicle would be taken out of
compliance with this standard when an
individual device is installed on the
vehicle is made assuming that the other
matched paired device would be
installed on the other side of the
vehicle, whether or not the matched
paired devices are sold together. This
provision does not limit the
responsibilities of manufacturers,
distributors, dealers or motor vehicle
repair businesses under 49 U.S.C.
30122, Making safety devices and
elements inoperative.
S6.7.2 Version of this standard. The
requirements of S6.7.1 must be met, at
the option of the manufacturer, using
either the current version of this
standard or the standard in effect at the
time of manufacture of the original
equipment being replaced.
S6.8 Physical tests.
S.6.8.1 Each lamp, reflective device,
and item of conspicuity treatment
required or allowed by this standard
must meet all applicable physical test
requirements specified in Table XXII.
Each headlamp must meet all applicable
physical test requirements specified in
Table XXIII. Each item of associated
equipment required by this standard
must meet all applicable physical test
requirements specified in Table III.
S6.8.2 Samples for test. Samples
submitted for laboratory test must be
new, unused, manufactured from
production tooling and assembled by
production processes, and
representative of the devices as
regularly manufactured and marketed.
Each must include not only the device
but also accessory equipment necessary
to operate in its intended manner.
Where necessary, a mounting bracket
should be provided so that the device
may be rigidly bolted in its operating
position on the various test equipment.
A mounting bracket with a sample
headlamp installed must not have a
resonant frequency in the 10–55 Hz.
range. Dust and photometric tests may
be made on a second set of mounted
samples to expedite completion of the
tests. Color test samples for materials
used for reflex reflectors may be either
the actual reflector or a disc of the same
material, technique of fabrication, and
dye formulation as the reflex reflector
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having a thickness of twice the distance
from the face of the reflector lens to the
apexes of the reflecting elements.
S6.8.3 Laboratory facilities. The
laboratory must be equipped to test the
sample in accordance with the
requirements of the specific device.
S6.8.4 Plastic optical materials. All
plastic materials used for optical parts
such as lenses and reflectors on lamps
or reflective devices required or allowed
by this standard must conform to the
material test requirements of Table XXII.
S6.8.4.1 All coatings used on optical
materials must have added to their
formulations an optical brightener,
whose presence is detectable by
ultraviolet light, to aid in testing for
their presence. Other equivalent
industry accepted methods may be used
as an alternative.
S6.8.5 Photometric tests. Each lamp
and reflective device required or
allowed by this standard must be
designed to conform to the stated
photometric requirements.
S6.8.5.1 Photometry measurements
for all lamps except license lamps,
headlamps, and DRLs. Photometry
measurements are made with the
sample lamp mounted in its normal
operating position. A school bus signal
lamp must be aimed with its aiming
plane normal to the photometer axis and
may be reaimed for photometry by ±1⁄2 °
vertically and ±1 ° horizontally.
Photometric measurements are made at
a distance between the light source and
the point of measurement of at least 1.2
m. for sidemarker lamps, clearance
lamps, identification lamps, and parking
lamps, and at least 3 m. for all other
lamps except license plate lamps and
headlamps. When making photometric
measurements at specific test points, the
luminous intensity values between test
points must not be less than the lower
of the specified value of the two closest
adjacent test points, on a horizontal or
vertical line, for minimum values.
S6.8.5.1.1 Location of test points. Test
point location must comply with the
following nomenclature: The line
formed by the intersection of a vertical
plane through the light source of the
lamp and normal to the test screen is
designated ‘‘V’’. The line formed by the
intersection of a horizontal plane
through the light source and normal to
the test screen is designated ‘‘H’’. The
point of intersection of these two lines
is designated ‘‘H–V’’. Other test points
on the test screen are measured in terms
of angles from the H and V lines. Angles
to the right (R) and to the left (L) are
regarded as being to the right and left of
the V line when the observer stands
behind the lamp and looks in the
direction of its light beam when it is
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properly aimed for photometry.
Similarly, the upward angles designated
as U and the downward angles
designated as D, refer to light directed
at angles above and below the H line,
respectively.
S6.8.5.1.2 Multiple compartment and
multiple lamp photometry. When
compartments of lamps or arrangements
of multiple lamps are photometered
together, the H–V axis intersects the
midpoint between the optical axes.
Luminous intensity measurements of
multiple compartment lamp or multiple
lamp arrangements are made either by;
S6.8.5.1.2.1 Measuring all
compartments together, provided that a
line from the optical axis of each
compartment or lamp to the center of
the photometer sensing device does not
make an angle more than 0.6 ° with the
H–V axis, or
S6.8.5.1.2.2 Measuring each
compartment or lamp separately by
aligning its optical axis with the
photometer and adding the value at
each test point.
S6.8.5.1.2.3 Multiple compartment or
multiple lamp arrangements installed
on multipurpose passenger vehicles,
trucks, trailers, or buses 2032 mm or
more in overall width must use the
method of S6.8.5.1.2.2 only.
S6.8.5.2 Bulbs. Except for a lamp
having a sealed-in bulb, a lamp must
meet the applicable requirements of this
standard when tested with a bulb whose
filament is positioned within ±.010 in.
of the nominal design position specified
in SAE J573d, Lamp Bulbs and Sealed
Units, December 1968, or specified by
the bulb manufacturer and operated at
the bulb’s rated mean spherical candela.
S6.8.5.2.1 Each lamp designed to use
a type of bulb that has not been assigned
a mean spherical candela rating by its
manufacturer and is not listed in SAE
J573d, Lamp Bulbs and Sealed Units,
December 1968, must meet the
applicable requirements of this standard
when used with any bulb of the type
specified by the lamp manufacturer,
operated at the bulb’s design voltage. A
lamp that contains a sealed-in bulb must
meet these requirements with the bulb
operated at the bulb’s design voltage.
S6.8.5.3 License plate lamp
photometry. Photometry compliance of
license plate lamps is determined by
measurement of the illumination falling
upon test stations located on a test plate.
S6.8.5.3.1 Illumination surface. All
illumination measurements are made on
a rectangular test plate of clean, white
blotting paper mounted on the license
plate holder in the position normally
taken by the license plate. The face of
the test plate must be 1.5mm from the
face of the license plate holder.
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S6.8.5.3.2 Test stations. For lamps
used on vehicles other than motorcycles
and motor driven cycles, the test
stations must be located on the face of
the test plate as shown in Table XIII for
those types of lamps. For lamps used on
motorcycles and motor driven cycles,
the test stations must be located on the
face of the test plate as shown in Table
XIII for those types of lamps.
S6.8.5.4 Reflex reflector photometry.
Each reflex reflector is mounted for
photometry with the center of the reflex
area at the center of goniometer rotation
and at the same horizontal level as the
source of illumination. The source of
illumination is a lamp with a 50mm.
effective diameter and with a filament
operating at 2856 °K. The test distance is
30.5 m. [100ft.]. The observation point
is located directly above the source of
illumination. The H–V axis of reflex
reflectors is taken as parallel to the
longitudinal axis of the vehicle for rear
reflectors and perpendicular to a
vertical plane passing through the
longitudinal axis of the vehicle for side
reflectors. The photodetector has an
opening of not more than 13 mm.
vertically and 25 mm. horizontally.
Reflex reflectors may have any linear or
area dimensions but must have no more
than 7740 mm. projected area contained
within a 254 mm. diameter circle
exposed for photometry.
S6.8.5.4.1 Reflex reflector and
retroreflective sheeting photometry
measurements. Photometric
measurements of reflex reflectors and
retroreflective sheeting must be made at
various observation and entrance angles
as shown in Table XVI. The observation
angle is the angle formed by a line from
the observation point to the center of the
reflector and a second line from the
center of the reflector to the source of
illumination. The entrance angle is the
angle between the axis of the reflex
reflector and a line from the center of
the reflector to the source of
illumination. The entrance angle is
designated left, right, up, and down in
accordance with the position of the
source of illumination with respect to
the axis of the reflex reflector as viewed
from behind the reflector.
Measurements are made of the luminous
intensity which the reflex reflector is
projecting toward the observation point
and the illumination on the reflex
reflector from the source of
illumination. The required
measurement at each test point as
shown in Table XVI is the quotient of
the projected luminous intensity
divided by the illumination expressed
as millicandela per lux or candela per
footcandle. The required measurement
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for retroreflective sheeting is candela
per lux per square meter of area.
S6.8.5.4.1.1 Reflex reflector
photometry measurement adjustments.
Reflex reflectors, which do not have a
fixed rotational position on the vehicle,
are rotated about their axis through 360 °
to find the minimum photometric value
which must be reported for each test
point. If the output falls below the
minimum requirement at any test point,
the reflector is rotated ±5 ° about its axis
from the angle where the minimum
output occurred, and the maximum
value within this angle is reported as a
tolerance value. Reflex reflectors, which
by their design or construction, permit
mounting on a vehicle in a fixed
rotational position, are tested in this
position. A visual locator, such as the
word TOP is not considered adequate to
establish a fixed rotational position on
the vehicle. If uncolored reflections
from the front surface interfere with
photometric readings at any test point,
additional readings are taken 1 ° above,
below, right, and left of the test point,
and the lowest of these readings and its
location is reported provided the
minimum test point requirement for the
test point is met.
S6.8.5.5 Daytime running lamp (DRL)
photometry measurements. Each DRL is
tested to the procedure of S6.8.5.6 when
a test voltage of 12.8 v. ± 20 mv. is
applied to the input terminals of the
lamp switch module or voltage-reducing
equipment, whichever is closer to the
electrical source on the vehicle. The test
distance from the lamp to the
photometer is not less than 18.3 m. if
the lamp is optically combined with a
headlamp, or is a separate lamp, and not
less than 3 m. if the lamp is optically
combined with a lamp, other than a
headlamp, that is required by this
standard.
S6.8.5.6 Headlamp photometry
measurements. Photometry
measurements at the appropriate test
points are made with the sample
headlamp mounted in its normal
operating position. Photometric
measurements are made at a distance
between the light source and the
photometer sensor of at least 18.3 m.
S6.8.5.6.1 Seasoning and test voltage.
All sealed beam headlamps, integral
beam headlamps, beam contributors,
and replaceable light sources are
seasoned at design voltage for 1% of its
average design life or 10 hours,
whichever is less, prior to a photometry
test. A headlamp is tested at 12.8 v. ±
20 mv. D.C. as measured at the
terminals of the lamp.
S6.8.5.6.2 Aiming. Each headlamp is
aimed prior to a photometry test in
accordance with the procedure
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appropriate to its aiming system. A 1⁄4 °
reaim is permitted in any direction at
any test point to allow for variations in
readings between laboratories for all
headlamps except a Type F upper beam
unit not equipped with a VHAD.
(a) Mechanically aimable headlamps
using an external aimer. The headlamp
is aimed mechanically with the aiming
plane at the design angle(s) to the
photometer axis and the mechanical
axis of the headlamp on the photometer
axis.
(b) Mechanically aimable headlamps
equipped with a VHAD. The headlamp
is aimed mechanically using the VHAD
in accordance with the manufacturer’s
instructions as provided with the
vehicle on which the headlamp is
intended to be used.
(c) Visually aimable lower beam
headlamps—vertical aim. A VOL cutoff
headlamp must have the location of the
cutoff maximum gradient, as
determined by the method of this
Standard, positioned at 0.4 ° down from
the H–H line. A VOR cutoff headlamp
must have the location of the cutoff
maximum gradient, as determined by
the method of this Standard, positioned
at the H–H axis.
(d) Visually aimable lower beam
headlamps—horizontal aim. There must
be no adjustment of horizontal aim
unless the headlamp is equipped with a
horizontal VHAD. If the headlamp has
a VHAD, it must be set to zero.
(e) Visually aimable upper beam
headlamps—vertical aim. A headlamp
whose upper beam is combined with a
lower beam must not have its vertical
aim changed from that set for the lower
beam. A headlamp whose upper beam is
not combined with a lower beam must
have its maximum beam intensity
positioned on the H–H axis.
(f) Visually aimable upper beam
headlamps—horizontal aim. A
headlamp whose upper beam is
combined with a lower beam must not
have its horizontal aim changed from
that set for the lower beam. A headlamp
whose upper beam is not combined
with a lower beam and has a fixed
horizontal aim or has a horizontal
VHAD must be mounted in its normal
operating position on a goniometer such
that the mounting fixture alignment
axes are coincident with the goniometer
axes and must be energized at 12.8 v. ±
20 mv. There must be no adjustment,
shimming, or modification of the
horizontal axis of the headlamp or test
fixture, unless the headlamp is
equipped with a VHAD, in which case
the VHAD must be adjusted to zero. A
headlamp whose upper beam is not
combined with a lower beam and is not
equipped with a horizontal VHAD, the
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horizontal aim must be adjusted so that
the maximum beam intensity is
positioned on the V–V axis.
(g) Simultaneous aim Type F sealed
beam headlamps and beam contributor
integral beam headlamps. A headlamp
system allowed to use simultaneous aim
of lower beams and upper beams must
be aimed mechanically for lower beam
photometry by centering the lower beam
unit or the geometric center of all lower
beam contributors on the photometer
axis and aligning the aiming plane,
aiming reference plane, or other
appropriate vertical plane defined by
the manufacturer perpendicular to the
photometer axis. It must be aimed for
upper beam photometry by moving the
assembly in a plane parallel to the
established lower beam aiming plane
until the upper beam unit or the
geometric center of all upper beam
contributors is centered in the
photometric axis.
(h) Moveable reflector aimed
headlamps. A headlamp aimed by
moving the reflector relative to the lens
and headlamp housing, or vice versa,
must conform to the photometrics
applicable to it with the lens at any
specified position relative to the
reflector. These positions include not
less than ±2.5 ° from the nominal
horizontal aim position for the vehicle
on which the headlamp is installed, and
not less than the full range of vertical
pitch of the vehicle on which the
headlamp is installed.
(i) Motorcycle headlamp-upper beam
headlamps designed to comply with
Table XX. The upper beam of a multiple
beam headlamp designed to comply
with the requirements of Table XX must
be aimed photoelectrically so that the
center of the zone of highest intensity
falls 0.4 ° vertically below the lamp axis
and is centered laterally. The center of
the zone of highest intensity must be
established by the intersection of a
horizontal plane passing through the
point of maximum intensity, and the
vertical plane established by balancing
the photometric values at 3 °L and 3 °R.
(j) Motorcycle headlamp-lower beam
headlamps designed to comply with
Table XX. The beam from a single beam
headlamp designed to comply with the
requirements of Table XX must be
aimed straight ahead with the top of the
beam aimed vertically to obtain 2000 cd
at H–V.
S6.8.5.6.3 Positioner. The goniometer
configuration, used to position the
sample headlamp when making
photometric measurements at specific
angular test points, is horizontal
rotation over elevation. The vertical axis
of the goniometer must correspond to
the design position vertical axis of the
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sample headlamp which is vertical and
perpendicular to the longitudinal axis of
the vehicle.
S6.8.5.6.4 Photometer. The
photometer must be capable of
measuring the luminous intensity of the
sample headlamp throughout its
illumination range. The maximum
effective area of the photometric sensor
must fit within a circle whose diameter
is equal to 0.009 times the actual test
distance from the light source of the
sample headlamp to the sensor. The
sensor effective area is defined as the
actual area of intercepted light striking
the detector surface of the photometer.
Sensor systems incorporating lens(es)
that change the diameter of the
intercepted light beam before it reaches
the actual detector surface, the
maximum size requirements must apply
to the total area of the light actually
intercepted by the lens surface. The
sensor must be capable of intercepting
all direct illumination from the largest
illuminated dimension of the sample
lamp at the test distance. The color
response of the photometer must be
corrected to that of the 1931
International Commission on
Illumination (C.I.E.) Standard Observer
(2°) Photopic Response Curve.
S6.8.5.6.5 Location of test points. Test
point positions are defined by the
positioner. The following nomenclature
applies: The letters ‘‘V’’ and ‘‘H’’
designate the vertical and horizontal
planes intersecting both the headlamp
light source and the photometer axis.
‘‘H)–V’’ designates the zero test point
angle at the intersection of the H and V
planes. This intersection is parallel to
the longitudinal axis of the vehicle. The
letters ‘‘U’’, ‘‘D’’, ‘‘L’’, and ‘‘R’’,
indicating up, down, left and right
respectively, designate the angular
position from the H and V planes to the
photometer as viewed from the
headlamp. Horizontal angles designated
L and R are defined as the plan view
angle between the vertical plane and the
projection of the light ray from the
headlamp onto the horizontal plane.
Vertical angles designated U and D are
defined as the true angle between the
horizontal plane and the light ray from
the headlamp. Test points in the area
from 10° U to 90° U must be measured
from the normally exposed surface of
the lens face.
S6.8.5.6.6 Beam contributor
photometry. In a headlighting system
where there is more than one beam
contributor providing a lower beam,
and/or more than one beam contributor
providing an upper beam, each beam
contributor must be designed to meet
only the applicable photometric
performance requirements based upon
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the following mathematical expression:
conforming test point value=2 (test
point value)/total number of lower or
upper beam contributors for the vehicle,
as appropriate.
S7 Signal lamps, reflective devices,
and associated equipment requirements.
S7.1 Turn signal lamps.
S7.1.1 Front turn signal lamps.
S7.1.1.1 Photometry. Each front turn
signal lamp, except for one installed on
a motorcycle, must be designed to
conform to the base photometry
requirements of Table VI, when tested
according to the procedure of S6.8.5.1.,
for the number of lamp compartments or
individual lamps and the type of vehicle
it is installed on. A front turn signal
lamp installed on a motorcycle must be
designed to conform to 1⁄2 the base
photometry requirements otherwise
specified in Table VI.
S7.1.1.2 Spacing to other lamps. Each
front turn signal lamp must also be
designed to comply to any additional
photometry requirements based on its
installed spacing to other lamps as
specified by this section. Where more
than one spacing relationship exists for
a turn signal lamp the requirement must
be the one that specifies the highest
luminous intensity multiplier of Table
VI.
S7.1.1.2.1 Spacing measurement for
non-reflector lamps. For any front turn
signal lamp that does not employ a
reflector to meet photometric
requirements, the spacing must be
measured from the light source of the
turn signal lamp to the lighted edge of
any low beam headlamp, or any lamp
such as an auxiliary low beam
headlamp or fog lamp used to
supplement the low beam headlamp.
S7.1.1.2.2 Spacing measurement for
lamps with reflectors. For any front turn
signal lamp which employs a reflector,
such as a parabolic reflector, to meet
photometric requirements, the spacing
must be measured from the geometric
centroid of the turn signal lamp
functional lighted area to the lighted
edge of any low beam headlamp, or any
lamp such as an auxiliary low beam
headlamp or fog lamp used to
supplement the low beam headlamp.
S7.1.1.2.3 Spacing based photometric
multipliers. Where the spacing
measurement of S7.1.1.2.1 or S7.1.1.2.2
between a turn signal lamp and the
lighted edge of any lamp such as an
auxiliary low beam headlamp or fog
lamp used to supplement the low beam
headlamp is at least 75 mm. but less
than 100 mm. the photometric
multiplier of Table VI must be 1.5.;
where the spacing measurement is at
least 60 mm. but less than 75 mm. the
photometric multiplier must be 2.0.;
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where the spacing measurement is less
than 60 mm. the photometric multiplier
must be 2.5. Where the spacing
measurement of S7.1.1.2.1 or S7.1.1.2.2
between a turn signal lamp and the
lighted edge of any lower beam
headlamp is less than 100 mm. the
photometric multiplier must be 2.5.
S7.1.1.3 Multiple compartments and
multiple lamps. A multiple
compartment lamp or multiple lamps
may be used to meet the photometric
requirements of a front turn signal lamp.
If a multiple compartment lamp or
multiple lamps are used on a passenger
car or on a multipurpose passenger
vehicle, truck, bus, or trailer of less than
2032 mm. in overall width, and the
distance between adjacent light sources
does not exceed 560 mm. for two
compartment or lamp arrangements and
does not exceed 410 mm. for three
compartments or lamp arrangements,
then the combination of the
compartments or lamps must be used to
meet the photometric requirements for
the corresponding number of lighted
sections specified in Table VI. If the
distance between adjacent light sources
exceeds the previously stated
dimensions, each compartment or lamp
must comply with the photometric
requirements for one lighted section
specified in Table VI.
S7.1.1.3.1 Lamps installed on vehicles
2032 mm. or more in overall width.
Multiple compartment front turn signal
lamps installed on multipurpose
passenger vehicles, trucks, and buses
2032 mm. or more in overall width must
meet the photometric requirements
specified for a single section and not for
individual compartments.
S7.1.1.3.2 Ratio to parking lamps and
clearance lamps. When a parking lamp,
or a clearance lamp on a multipurpose
passenger vehicle, truck, trailer, or bus
of 2032 mm. or more in overall width,
is combined with a turn signal lamp, the
luminous intensity of the turn signal
lamp at each identified test point must
not be less than the luminous intensity
of the parking lamp or clearance lamp
at that same test point times the
multiplier shown for that test point in
Table VI. If a multiple compartment or
multiple lamp arrangement is used on a
passenger car or on a multipurpose
passenger vehicle, truck, bus, or trailer
of less than 2032 mm. in overall width,
and the distance between the optical
axes for both the parking lamp and turn
signal lamp is within 560 mm. for two
compartment or lamp arrangements or
410 mm. for three compartments or
lamp arrangements, then the ratio must
be computed with all compartments or
lamps lighted. If a multiple
compartment or multiple lamp
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arrangement is used and the distance
between optical axes for one of the
functions exceeds 560 mm. for two
compartment or lamp arrangements or
410 mm. for three compartments or
lamp arrangements, then the ratio must
be computed for only those
compartments or lamps where the
parking lamp and turn signal lamp are
optically combined. Where the
clearance lamp is combined with the
turn signal lamp, and the maximum
luminous intensity of the clearance
lamp is located below horizontal and
within an area generated by a 1.0°
radius around a test point, the ratio for
the test point may be computed using
the lowest value of the clearance lamp
luminous intensity within the generated
area.
S7.1.2 Rear turn signal lamps.
S7.1.2.1 Photometry. Each rear turn
signal lamp must be designed to
conform to the photometry requirements
of Table VII, when tested according to
the procedure of S6.8.5.1, for the
number of lamp compartments or
individual lamps, the type of vehicle it
is installed on, and the lamp color as
specified by this section. A rear turn
signal lamp installed on a motorcycle
must be designed to conform to 1⁄2 the
photometry requirements otherwise
specified in Table VII.
S7.1.2.2 Multiple compartments and
multiple lamps. A multiple
compartment lamp or multiple lamps
may be used to meet the photometric
requirements of a rear turn signal lamp.
If a multiple compartment lamp or
multiple lamps are used on a passenger
car or on a multipurpose passenger
vehicle, truck, bus, or trailer of less than
2032 mm. in overall width, and the
distance between adjacent light sources
does not exceed 560 mm. for two
compartment or lamp arrangements and
does not exceed 410 mm. for three
compartments or lamp arrangements,
then the combination of the
compartments or lamps must be used to
meet the photometric requirements for
the corresponding number of lighted
sections specified in Table VII. If the
distance between adjacent light sources
exceeds the previously stated
dimensions, each compartment or lamp
must comply with the photometric
requirements for one lighted section
specified in Table VII.
S7.1.2.2.1 Lamps installed on vehicles
2032 mm. or more in overall width.
Multiple compartment rear turn signal
lamps installed on multipurpose
passenger vehicles, trucks, and buses
2032 mm. or more in overall width must
meet the photometric requirements
specified for a single section and not for
individual compartments.
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S7.1.2.3 Ratio to taillamps and
clearance lamps. When a taillamp, or a
clearance lamp on a multipurpose
passenger vehicle, truck, trailer, or bus
of 2032 mm. or more in overall width,
is combined with a turn signal lamp, the
luminous intensity of the turn signal
lamp at each identified test point must
not be less than the luminous intensity
of the taillamp or clearance lamp at that
same test point times the multiplier
shown for that test point in Table VII.
If a multiple compartment or multiple
lamp arrangement is used on a
passenger car or on a multipurpose
passenger vehicle, truck, bus, or trailer
of less than 2032 mm. in overall width,
and the distance between the optical
axes for both the taillamp and turn
signal lamp is within 560 mm. for two
compartment or lamp arrangements or
410 mm. for three compartments or
lamp arrangements, then the ratio must
be computed with all compartments or
lamps lighted. If a multiple
compartment or multiple lamp
arrangement is used and the distance
between optical axes for one of the
functions exceeds 560 mm. for two
compartment or lamp arrangements or
410 mm. for three compartments or
lamp arrangements, then the ratio must
be computed for only those
compartments or lamps where the
taillamp and turn signal lamp are
optically combined. Where the taillamp
or clearance lamp is combined with the
turn signal lamp, and the maximum
luminous intensity of the taillamp or
clearance lamp is located below
horizontal and within an area generated
by a 0.5° radius around a test point for
a taillamp on a passenger car or on a
multipurpose passenger vehicle, truck,
bus, or trailer of less than 2032 mm. in
overall width, or by a 1.0° radius around
a test point for a taillamp or clearance
lamp on a vehicle 2032 mm. or more in
overall width, the ratio for the test point
may be computed using the lowest
value of the taillamp or clearance lamp
luminous intensity within the generated
area.
S7.1.3 Physical tests. Each turn signal
lamp must be designed to conform to
the performance requirements
associated with the vibration test,
moisture test, dust test, corrosion test,
color test, and plastic optical material
test of Table XXII.
S7.1.4 Combined lamp bulb indexing.
Each turn signal lamp optically
combined with a taillamp, or a parking
lamp or clearance lamp where installed
on a vehicle 2032 mm. or more in
overall width, where a two-filament
bulb is used must have a bulb with an
indexing base and a socket designed so
that bulbs with non-indexing bases
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cannot be used. Removable sockets must
have an indexing feature so that they
cannot be re-inserted into lamp
housings in random positions, unless
the lamp will perform its intended
function with random light source
orientation.
S7.2 Taillamps.
S7.2.1 Photometry. Each taillamp
must be designed to conform to the
photometry requirements of Table VIII,
when tested according to the procedure
of S6.8.5.1, for the number of lamp
compartments or individual lamps and
the type of vehicle it is installed on.
S7.2.1.1 Multiple compartments and
multiple lamps. A multiple
compartment lamp or multiple lamps
may be used to meet the photometric
requirements of a taillamp. If a multiple
compartment lamp or multiple lamps
are used and the distance between the
optical axes does not exceed 560 mm.
for two compartment or lamp
arrangements and does not exceed 410
mm. for three compartments or lamp
arrangements, then the combination of
the compartments or lamps must be
used to meet the photometric
requirements for the corresponding
number of lighted sections specified in
Table VIII. If the distance between
optical axes exceeds the previously
stated dimensions, each compartment or
lamp must comply with the photometric
requirements for one lighted section
specified in Table VII.
S7.2.1.1.1 Taillamps installed on
vehicles 2032 mm. or more in overall
width. A maximum of two taillamps
and/or two compartments per side may
be mounted closer together than 560
mm. providing that each compartment
and/or lamp meets the single lighted
section photometric requirements
specified in Table VII. Each lamp and/
or compartment utilized in this manner
must meet the single lighted section
requirements for all functions for which
it is designed.
S7.2.2 Physical tests. Each taillamp
must be designed to conform to the
performance requirements associated
with the vibration test, moisture test,
dust test, corrosion test, color test, and
plastic optical material test of Table
XXII.
S7.3 Stop lamps.
S7.3.1 Photometry. Each stop lamp
must be designed to conform to the
photometry requirements of Table IX,
when tested according to the procedure
of S6.8.5.1, for the number of lamp
compartments or individual lamps and
the type of vehicle it is installed on.
S7.3.1.1 Multiple compartments and
multiple lamps. A multiple
compartment lamp or multiple lamps
may be used to meet the photometric
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requirements of a stop lamp. If a
multiple compartment lamp or multiple
lamps are used on a passenger car or on
a multipurpose passenger vehicle, truck,
bus, or trailer of less than 2032 mm. in
overall width, and the distance between
adjacent light sources does not exceed
560 mm. for two compartment or lamp
arrangements and does not exceed 410
mm. for three compartments or lamp
arrangements, then the combination of
the compartments or lamps must be
used to meet the photometric
requirements for the corresponding
number of lighted sections specified in
Table IX. If the distance between
adjacent light sources exceeds the
previously stated dimensions, each
compartment or lamp must comply with
the photometric requirements for one
lighted section specified in Table IX.
S7.3.1.1.1 Lamps installed on vehicles
2032 mm. or more in overall width.
Multiple compartment stop lamps
installed on multipurpose passenger
vehicles, trucks, and buses 2032 mm. or
more in overall width must meet the
photometric requirements specified for
a single section and not for individual
compartments.
S7.3.1.2 Ratio to taillamps. When a
taillamp is combined with a stop lamp,
the luminous intensity of the stop lamp
at each identified test point must not be
less than the luminous intensity of the
taillamp at that same test point times
the multiplier shown for that test point
in Table IX. If a multiple compartment
or multiple lamp arrangement is used
on a passenger car or on a multipurpose
passenger vehicle, truck, bus, or trailer
of less than 2032 mm. in overall width,
and the distance between the optical
axes for both the taillamp and stop lamp
is within 560 mm. for two compartment
or lamp arrangements or 410 mm. for
three compartments or lamp
arrangements, then the ratio must be
computed with all compartments or
lamps lighted. If a multiple
compartment or multiple lamp
arrangement is used and the distance
between optical axes for one of the
functions exceeds 560 mm. for two
compartment or lamp arrangements or
410 mm. for three compartments or
lamp arrangements, then the ratio must
be computed for only those
compartments or lamps where the
taillamp and stop lamp are optically
combined. Where the taillamp is
combined with the stop lamp, and the
maximum luminous intensity is located
below horizontal and within an area
generated by a 0.5° radius around a test
point for a taillamp on a passenger car
or on a multipurpose passenger vehicle,
truck, bus, or trailer of less than 2032
mm. in overall width, or by a 1.0° radius
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around a test point for a taillamp on a
vehicle 2032 mm. or more in overall
width, the ratio for the test point may
be computed using the lowest value of
the taillamp luminous intensity within
the generated area.
S7.3.2 Physical tests. Each stop lamp
must be designed to conform to the
performance requirements associated
with the vibration test, moisture test,
dust test, corrosion test, color test, and
plastic optical material test of Table
XXII.
S7.3.3 Combined lamp bulb indexing.
Each stop lamp optically combined with
a taillamp where a two-filament bulb is
used must have a bulb with an indexing
base and a socket designed so that bulbs
with non-indexing bases cannot be
used. Removable sockets must have an
indexing feature so that they cannot be
re-inserted into lamp housings in
random positions, unless the lamp will
perform its intended function with
random light source orientation.
S7.4 Side marker lamps.
S7.4.1 Photometry. Each side marker
lamp must be designed to conform to
the photometry requirements of Table X,
when tested according to the procedure
of S6.8.5.1, for the lamp color as
specified by this section.
S7.4.1.1 Inboard photometry. For each
motor vehicle less than 30 feet in overall
length and less than 2032 mm. in
overall width, the minimum
photometric intensity requirements for a
side marker lamp may be met for all
inboard test points at a distance of 15
feet from the vehicle and on a vertical
plane that is perpendicular to the
longitudinal axis of the vehicle and
located midway between the front and
rear side marker lamps.
S7.4.2 Physical tests. Each side
marker lamp must be designed to
conform to the performance
requirements associated with the
vibration test, moisture test, dust test,
corrosion test, color test, and plastic
optical material test of Table XXII.
S7.5 Clearance and identification
lamps.
S7.5.1 Photometry. Each clearance or
identification lamp must be designed to
conform to the photometry requirements
of Table XI, for the applicable lamp
color, when tested according to the
procedure of S6.8.5.1.
S7.5.2 Physical tests. Each clearance
or identification lamp must be designed
to conform to the performance
requirements associated with the
vibration test, moisture test, dust test,
corrosion test, color test, and plastic
optical material test of Table XXII.
S7.6 Backup lamps.
S7.6.1 Photometry. Each backup lamp
must be designed to conform to the
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photometry requirements of Table XII,
when tested according to the procedure
of S6.8.5.1, as specified by this section.
S7.6.2 Color. A backup lamp may
project incidental red, yellow, or white
light through reflectors or lenses that are
adjacent, close to, or a part of the lamp
assembly.
S7.6.3 Physical tests. Each backup
lamp must be designed to conform to
the performance requirements
associated with the vibration test,
moisture test, dust test, corrosion test,
color test, and plastic optical material
test of Table XXII.
S7.7 License plate lamps.
S7.7.1 Installation.
Each license plate lamp installed on
a vehicle other than a motorcycle or
motor driven cycle must be of such size
and design as to provide illumination
on all parts of a 150 mm. by 300 mm.
test plate. Each license plate lamp
installed on a motorcycle or motor
driven cycle must be of such size and
design as to provide illumination on all
parts of a 100 mm. by 175 mm. test
plate. The light rays must reach all
portions of an imaginary plate of the
same size at least 25 mm. ahead of the
actual plate measured perpendicular to
the plane of the plate.
S7.7.1.1 Incident light from single
lamp. When a single lamp is used to
illuminate the license plate, the lamp
and license plate holder must bear such
relation to each other that at no point on
the plate must the incident light make
an angle of less than 8° to the plane of
the plate, this angle being measured
from the edge of the light emitting
surface of the lamp farthest from the
surface of the plate.
S7.7.1.2 Incident light from multiple
lamps. When two or more lamps are
used to illuminate the license plate, the
minimum 8° incident light angle must
apply only to that portion of the plate
which the particular lamp is designed to
illuminate. The angle must be measured
in the same manner as S7.7.1.1.
S7.7.2 Photometry requirements. Each
license plate lamp must be designed to
conform to the photometry requirements
of this section when tested according to
the procedure of S6.8.5.3. An
illumination value of no less than 8 lx
[0.75 fc.] must be met at each test station
target location shown in Table XIII. The
ratio of the average of the two highest
illumination values divided by the
average of the two lowest illumination
values must not exceed 20:1 for vehicles
other than motorcycles and motor
driven cycles. The ratio of the highest
illumination value divided by the
average of the two lowest illumination
values must not exceed 15:1 for
motorcycles and motor driven cycles.
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S7.7.3 Physical tests. Each license
plate lamp must be designed to conform
to the performance requirements
associated with the vibration test,
moisture test, dust test, corrosion test,
color test, and plastic optical material
test of Table XXII.
S7.8 Parking lamps.
S7.8.1 Photometry. Each parking lamp
must be designed to conform to the
photometry requirements of Table XIV,
when tested according to the procedure
of S6.8.5.1, as specified by this section.
S7.8.2 Physical tests. Each parking
lamp must be designed to conform to
the performance requirements
associated with the vibration test,
moisture test, dust test, corrosion test,
color test, and plastic optical material
test of Table XXII.
S7.9 High-mounted stop lamps.
S7.9.1 Accessibility. Each highmounted stop lamp must provide access
for convenient replacement of bulbs
without special tools.
S7.9.2 Interior mounting. When any
high-mounted stop lamp is mounted
inside the vehicle, means must be
provided to minimize reflections from
the light of the lamp upon the rear
window glazing that might be visible to
the driver when viewed directly, or
indirectly in the rearview mirror.
S7.9.3 Photometry. Each highmounted stop lamp must be designed to
conform to the photometry requirements
of Table XV, when tested according to
the procedure of S6.8.5.1, as specified
by this section.
S7.9.4 Physical tests. Each highmounted stop lamp must be designed to
conform to the performance
requirements associated with the
vibration test, moisture test, dust test,
corrosion test, color test, and plastic
optical material test of Table XXII,
except that any high-mounted stop lamp
mounted inside the vehicle is not
required to meet the requirements of the
moisture test, dust test, and corrosion
test.
S7.10 Reflex reflectors.
S7.10.1 Photometry. Each reflex
reflector must be designed to conform to
the photometry requirements of Table
XVI when tested according to the
procedure of S6.8.5.4.1. for the lamp
color as specified by this section.
S7.10.1.1 Alternative side reflex
reflector. Reflective material conforming
to Federal Specification L–S–300,
Sheeting and Tape, Reflective; Nonexposed Lens, Adhesive Backing
(September 7, 1965), may be used for
side reflex reflectors if this material as
used on the vehicle, meets the
performance requirements of Table XVI.
S7.10.2 Physical tests. Each reflex
reflector must be designed to conform to
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the performance requirements
associated with the vibration test,
moisture test, dust test, corrosion test,
color test, and plastic optical material
test of Table XXII.
S7.11 Daytime running lamps (DRLs).
S7.11.1 Photometry. Each DRL must
have a luminous intensity not less than
500 cd. at test point H-V, nor more than
3,000 cd. at any location in the beam
when tested according to the procedure
of S6.8.5.5 as specified by this section,
unless it is:
(a) A lower beam headlamp intended
to operate as a DRL at full voltage, or a
voltage lower than used to operate it as
a lower beam; or
(b) An upper beam headlamp
intended to operate as a DRL, whose
luminous intensity at test point H-V is
not more than 7,000 cd., and whose
mounting height is not higher than 864
mm.
S7.11.2 Spacing to turn signal lamps.
S7.11.2.1 Each DRL optically
combined with a turn signal lamp must
be automatically deactivated as a DRL
when the turn signal lamp or hazard
warning lamp is activated, and
automatically reactivated as a DRL
when the turn signal lamp or hazard
warning lamp is deactivated.
S7.11.2.2 Each DRL not optically
combined with a turn signal lamp must
be located on the vehicle so that the
distance from its lighted edge to the
optical center of the nearest turn signal
lamp is not less than 100 mm. unless:
(a) The luminous intensity of the DRL
is not more than 2,600 cd. at any
location in the beam and the turn signal
lamp meets 2.5 times the base front turn
signal photometric requirements: or,
(b) The DRL is optically combined
with a lower beam headlamp and the
turn signal lamp meets 2.5 times the
base front turn signal photometric
requirements: or,
(c) The DRL is deactivated when the
turn signal or hazard warning signal
lamp is activated.
S7.11.3 Physical tests. Each DRL must
be designed to conform to the
performance requirements associated
with the color test and plastic optical
material test requirements of Table XXII.
S7.12 Conspicuity systems. The
requirement for conspicuity systems
may be met with retroreflective
sheeting, conspicuity reflex reflectors,
or a combination of retroreflective
sheeting and conspicuity reflex
reflectors.
S7.12.1 Retroreflective sheeting.
Retroreflective sheeting must consist of
a smooth, flat, transparent exterior film
with retroreflective elements embedded
or suspended beneath the film so as to
form a non-exposed retroreflective
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optical system. Retroreflective sheeting
must meet the requirements, except
photometry, of ASTM D 4956–90,
Standard for Retroreflective Sheeting for
Traffic Control, for Type V Sheeting.
Sheeting of Grade DOT–C2 of no less
than 50 mm. wide, Grade DOT–C3 of no
less than 75 mm. wide, or Grade DOT–
C4 of no less than 100 mm. wide may
be used.
S7.12.1.1 Certification marking. The
letters DOT–C2, DOT–C3, or DOT–C4,
as appropriate, constituting a
certification that the retroflective
sheeting conforms to the requirements
of this standard, must appear at least
once on the exposed surface of each
white or red segment of retroreflective
sheeting, and at least once every 300
mm. on retroreflective sheeting that is
white only. The characters must be not
less than 3 mm. high, and must be
permanently stamped, etched, molded,
or printed in indelible ink.
S7.12.1.2 Photometry. Each
retroreflective sheeting must be
designed to conform to the photometry
requirements of Table XVI when tested
according to the procedure of S6.8.5.4.1
for the color and grade as specified by
this section.
S7.12.2 Conspicuity reflex reflectors.
S7.12.2.1 Certification marking. The
exposed surface of each reflex reflector
must be marked with the letters DOT-C
which constitutes a certification that the
reflector conforms to the requirements
of this standard. The certification must
be not less than 3 mm. high, and must
be permanently stamped, etched,
molded, or printed in indelible ink.
S7.12.2.2 Photometry. Each red
conspicuity reflex reflector must be
designed to conform to the photometry
requirements of Table XVI for a red
reflex reflector and for a red conspicuity
reflex reflector when tested according to
the procedure of S6.8.5.4.1 as specified
by this section. Each white conspicuity
reflex reflector installed in only a
horizontal orientation must be designed
to conform to the photometry
requirements of Table XVI for a white
reflex reflector and for a white
horizontal conspicuity reflex reflector
when tested according to the procedure
of S6.8.5.4.1 as specified by this section.
Each white conspicuity reflex reflector
installed in a vertical orientation must
be designed to conform to the
photometry requirements of Table XVI
for a white reflex reflector, for a white
horizontal conspicuity reflex reflector,
and a white vertical conspicuity reflex
reflector when tested according to the
procedure of S6.8.5.4.1 as specified by
this section.
S7.13 School bus signal lamps.
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S7.13.1 Photometry. Each school bus
signal lamp must be designed to
conform to the photometry requirements
of Table XVII, when tested according to
the procedure of S6.8.5.1, for the lamp
color as specified by this section.
S7.13.2 Physical test requirements.
Each school bus signal lamp must be
designed to conform to the performance
requirements associated with the
vibration test, moisture test, dust test,
corrosion test, color test, and plastic
optical material test requirements of
Table XXII.
S7.14 Associated equipment.
S7.14.1 Turn signal operating unit.
The turn signal operating unit is that
part of the turn signal system by which
the operator of a vehicle causes the turn
signal lamps to function. The turn signal
operating unit installed on passenger
cars, multipurpose passenger vehicles,
trucks, and buses less than 2032 mm. in
overall width must be self-canceling by
steering wheel rotation and capable of
cancellation by a manually operated
control.
S7.14.2 Turn signal flasher. The turn
signal flasher is that part of the turn
signal system which causes the turn
signal lamps to flash as long as it is
energized. The means of producing the
turn signal pilot indicator signal may be
incorporated in the flasher. A means of
producing an audible signal may be
incorporated in the flasher.
S7.14.3 Turn signal pilot indicator.
Each vehicle equipped with a turn
signal operating unit must also have an
illuminated pilot indicator to provide a
clear and unmistakable indication that
the turn signal system is activated. The
indicator must consist of one or more
lights flashing at the same frequency as
the turn signal lamps. The indicator
must function satisfactorily under all
test conditions imposed on the turn
signal flasher in Table III.
S7.14.3.1 Indicator size and color. If
the indicator is located inside the
vehicle, it should emit a green light and
have a minimum area of 18 sq. mm. If
the indicator is located outside of the
vehicle it should emit a yellow light and
have a minimum area of 60 sq. mm. The
minimum required illuminated area of
the indicator must be visible according
to the procedures described in SAE
J1050, Describing and Measuring the
Driver’s Field of View, with the steering
wheel turned to a straight ahead driving
position and in the design location for
an adjustable wheel and column.
S7.14.3.2 Turn signal lamp failure.
Failure of one or more turn signal lamps
such that the minimum photometric
performance specified in Tables VI or
VII is not being met must be indicated
by the turn signal pilot indicator, except
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when a variable-load turn signal flasher
is used on a multipurpose passenger
vehicle, truck, or bus 2032 mm. or more
in overall width, on a truck that is
capable of accommodating a slide in
camper, or on any vehicle equipped to
tow trailers.
S7.14.4 Headlamp beam switching
device. Each vehicle must have a means
of switching between lower and upper
beams designed and located so that it
may be operated conveniently by a
simple movement of the driver’s hand
or foot. The switch should have no dead
point and, except as provided by S8.2,
the lower and upper beams must not be
energized simultaneously except
momentarily for temporary signaling
purposes or during switching between
beams.
S7.14.4.1 Semi-automatic headlamp
beam switching device. As an
alternative to S7.14.4. a vehicle may be
equipped with a semi-automatic means
of switching between lower and upper
beams as specified by this standard and
as specified in Table III.
S7.14.4.1.1 Operating instructions.
Each semi-automatic headlamp
switching device must include
operating instructions to permit a driver
to operate the device correctly
including; how to turn the automatic
control on and off, how to adjust the
provided sensitivity control, and any
other specific instructions applicable to
the particular device.
S7.14.4.1.2 Manual override. The
device must include a means
convenient to the driver for switching to
the opposite beam from the one
provided.
S7.14.4.1.3 Fail-safe operation. A
failure of the automatic control portion
of the device must not result in the loss
of manual operation of both upper and
lower beams.
S7.14.4.1.4 Automatic dimming
indicator. There must be a convenient
means of informing the driver when the
device is controlling the headlamps
automatically.
S7.14.4.1.5 Lens accessibility. The
device lens must be accessible for
cleaning when the device is installed on
a vehicle.
S7.14.4.1.6 Mounting height. The
center of the device lens must be
mounted no less than 24 in. above the
road surface.
S7.14.5 Upper beam headlamp
indicator. Each vehicle must have a
means for indicating to the driver when
the upper beams of the headlighting
system are on.
S7.14.5.1 Indicator size, location, and
color. The upper beam headlamp
indicator must have a minimum area
equivalent to that of a 3/16 in. diameter
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circle, and be plainly visible to drivers
of all heights under normal driving
conditions when headlamps are
required. The indicator color need not
be red.
S7.14.6 Vehicular hazard warning
signal operating unit. The vehicular
hazard warning signal operating unit is
a driver-controlled device which causes
turn signal lamps to flash
simultaneously to indicate to
approaching drivers the presence of a
vehicular hazard. The unit may be an
independent device or it may be
combined with the turn signal operating
unit. If combined with the turn signal
operating unit, the actuating motion of
the hazard function must differ from the
actuating motion of the turn signal
function.
S7.14.6.1 Operating unit switch. The
unit must operate independently of the
ignition or equivalent switch. If the
actuation of the hazard function
requires the operation of more than one
switch, a means must be provided for
actuating all switches simultaneously by
a single driver action.
S7.14.7 Vehicular hazard warning
signal flasher. The vehicular hazard
warning signal flasher is the device
which causes the turn signal lamps
designated as hazard warning lamps to
simultaneously flash as long as it is
energized. The means of producing the
hazard warning signal pilot indicator
signal may be incorporated in the
flasher. A means of producing an
audible signal may be incorporated in
the flasher.
S7.14.8 Vehicular hazard warning
signal pilot indicator. In vehicles
equipped with right hand and left hand
turn signal pilot indicators, both pilot
indicators and/or a separate pilot
indicator must flash simultaneously
while the vehicle hazard warning signal
operating unit is turned on. In vehicles
equipped with a single turn signal pilot
indicator, a separate vehicular hazard
warning signal pilot indicator must
flash and the turn signal pilot indicator
may flash while the vehicle hazard
warning signal operating unit is turned
on. The indicator must function
satisfactorily under all test conditions
imposed on the hazard warning signal
flasher in Table III.
S7.14.8.1 Indicator size and color. If
a separate vehicular hazard warning
pilot indicator is used, it must emit a
red color and have a minimum area
equivalent to a 0.5 in. diameter circle.
S8 Headlighting system requirements.
S8.1 Headlighting systems. Each
passenger car, multipurpose passenger
vehicle, truck and bus must be equipped
with a headlighting system conforming
to the requirements of Table II and this
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standard. Each motorcycle must be
equipped with a headlighting system
conforming to S13 of this standard or
one half of any headlighting system of
Table II which provides both a full
upper beam and full lower beam.
S8.1.1 Headlighting system type. The
headlighting system installed on any
vehicle covered by this section must be
of the two lamp type or the four lamp
type.
S8.1.2 Headlamp category. The
headlighting system installed on any
vehicle covered by this section must be
of one of the categories listed in Table
II.
S8.1.3 Vertical headlamp
arrangement. Where multiple
headlamps with single light sources are
installed in a vertical orientation the
lower beam must be provided by the
uppermost headlamp. Where headlamps
with two vertically oriented light
sources are installed the lower beam
must be provided by the uppermost
light source or by all light sources.
Where more than one lamp must be
used for a motorcycle headlighting
system, the lamps must be mounted
vertically, with the lower beam as high
as practicable.
S8.1.4 Horizontal headlamp
arrangement. Where multiple
headlamps with single light sources are
installed in a horizontal orientation the
lower beam must be provided by the
most outboard headlamp. Where
headlamps with two horizontally
oriented light sources are installed the
lower beam must be provided by the
outboard light source or by all light
sources.
S8.1.5 Headlamp adjustments. The
axis of the light beams must be
adjustable to the left, right, up, or down
from the designed setting, the amount of
adjustability to be determined by
practical operating conditions and the
type of equipment. The adjustments
must be conveniently made by one
person with tools ordinarily available.
When the headlamps are secured, the
aim will not be disturbed under
ordinary conditions of service.
S8.2 Simultaneous beam activation.
On any vehicle covered by this section
where the headlighting system is
designed to conform to the photometric
requirements of UB1 of Table XVIII and
LB1M or LB1V of Table XIX, the lamps
marked ‘‘L’’ or ‘‘LF’’ may remain
permanently activated when the lamps
marked ‘‘U’’ or ‘‘UF’’ are activated. On
any vehicle covered by this section
where an integral beam headlighting
system is designed to conform to the
photometric requirements of UB1 of
Table XVIII and LB5M or LB4V of Table
XIX, the lower beam headlamps must
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remain permanently activated when the
upper beam headlamps are activated.
On any vehicle covered by this section
where the headlighting system is
designed to conform to the photometric
requirements of UB2 of Table XVIII and
LB2M or LB2V of Table XIX, a lower
beam light source may remain
permanently activated when an upper
beam light source is activated if the
lower beam light source contributes to
the upper beam compliance of the
headlighting system.
S9 Sealed beam headlamp
requirements. All sealed beam
headlamps must be of a type designated
in Table II-a. Each sealed beam
headlamp must conform to the
dimensions and electrical specifications
furnished with respect to it pursuant to
Appendix C of part 564 of this chapter
and Table II-a of this standard. The
dimensions applicable to the design of
a specific type are those identified with
an ‘‘I’’ for interchangeability shown on
the applicable drawing(s) filed in
Docket No. NHTSA 98–3397.
S9.1 Installation. A sealed beam
headlighting system must consist of the
correct number of designated headlamp
units shown for the specific system in
Table II-a. The units must have their
beams activated as shown in Table II-a.
S9.2 Simultaneous aim. Type F sealed
beam headlamps may be mounted on
common or parallel seating and aiming
planes to permit simultaneous aiming of
both headlamps provided that there
must be no provision for adjustment
between the common or parallel aiming
and seating planes of the two lamps,
and when tested with any conforming
Type UF and LF headlamps in
accordance with S6.8.5.6 the assembly
(consisting of the Type UF and LF
headlamps, mounting rings, the aiming/
seating rings, and aim adjustment
mechanism) must be designed to
conform to the appropriate photometric
requirements.
S9.3 Photometry. Each sealed beam
headlamp must be designed to conform
to the photometry requirements of Table
XVIII for upper beam and Table XIX for
lower beam as specified in Table II for
the specific headlamp unit and aiming
method, when tested according to the
procedure of S6.8.5.6.
S9.4 Physical tests. Each sealed beam
headlamp must be designed to conform
to the performance requirements
associated with Table XXIII and the
performance requirements associated
with the color test and the plastic
optical materials test, if applicable, of
Table XXII.
S10 Integral beam headlamp
requirements. All integral beam
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headlamps must be of a type designated
in Table II-c.
S10.1 Installation. An integral beam
headlighting system must consist of the
correct number of designated headlamp
units shown for the specific system in
Table II-c. The units must have their
beams mechanized as shown in Table IIc. A system must provide in total not
more than two upper beams and two
lower beams.
S10.2 Aimability. An integral beam
headlighting system must be aimable in
accordance with the requirements of
S14. A system that incorporates any
headlamp or beam contributor that does
not have a VHAD as an integral and
indivisible part of the headlamp or
beam contributor must be designed so
that the appropriate photometric
requirements are met when any
correctly aimed and photometrically
conforming headlamp or beam
contributor is removed from its
mounting and aiming mechanism, and
is replaced without reaim by any
conforming headlamp or beam
contributor of the same type.
S10.3 Simultaneous aim. An integral
beam headlighting system consisting of
four individual headlamps or beam
contributors may have the headlamp
units mounted in an assembly to permit
simultaneous aiming of the beam(s)
contributors, providing that with any
complying contributor the assembly
complete with all lamps meets the
appropriate photometric requirements
when tested in accordance with
S6.8.5.6.
S10.4 Markings. An integral beam
headlamp with a single light source
providing lower beam must have its lens
permanently marked with ‘‘L’’. An
integral beam headlamp with a single
light source providing upper beam must
have its lens permanently marked with
‘‘U’’.
S10.5 Additional light sources. An
integral beam headlamp may
incorporate replaceable light sources
that are used for purposes other than
headlighting.
S10.6 Photometry. Each integral beam
headlamp must be designed to conform
to the photometry requirements of Table
XVIII for upper beam and Table XIX for
lower beam as specified in Table II for
the specific headlamp unit and aiming
method, when tested according to the
procedure of S6.8.5.6.
S10.7 Physical tests. Each integral
beam headlamp must be designed to
conform to the performance
requirements associated with Table
XXIII and the performance requirements
associated with the color test and the
plastic optical materials test, if
applicable, of Table XXII.
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S11 Replaceable bulb headlamp
requirements. All replaceable bulb
headlamps must be of a type designated
in Table II-d.
S11.1 Installation. A replaceable bulb
headlighting system must consist of the
correct number of designated headlamp
units shown for the specific system in
Table II-d. The units must have their
beams activated as shown in Table II-d.
A system must provide in total not more
than two upper beams and two lower
beams and must incorporate not more
than two replaceable light sources in
each headlamp.
S11.2 Aiming restrictions. Each
replaceable bulb headlamp conforming
to the external mechanical aim
requirements of S14.8 must have no
mechanism that allows adjustment of an
individual light source, or if there are
two light sources, independent
adjustments of each reflector.
S11.3 Additional light sources. A
replaceable bulb headlamp may
incorporate replaceable light sources
that are used for purposes other than
headlighting.
S11.4 Replacement equipment. Each
lens reflector unit manufactured as
replacement equipment must conform
to applicable photometry requirements
when any replaceable light source
appropriate for such unit is inserted in
it.
S11.5 Markings. A replaceable bulb
headlamp in a four headlamp system
providing lower beam must have its lens
permanently marked with ‘‘L’’. A
replaceable bulb headlamp in a four
headlamp system providing upper beam
must have its lens permanently marked
with ‘‘U’’.
S11.6 Photometry. Each replaceable
bulb headlamp must be designed to
conform to the photometry requirements
of Table XVIII for upper beam and Table
XIX for lower beam as specified in Table
II-d for the specific headlamp unit and
aiming method, when tested according
to the procedure of S6.8.5.6 using any
replaceable light source intended for use
in the system under test.
S11.7 Physical tests. Each replaceable
bulb headlamp must be designed to
conform to the performance
requirements associated with Table
XXIII and the performance requirements
associated with the color test and the
plastic optical materials test, if
applicable, of Table XXII.
S12 Combination headlamps. All
combination headlamps must be of a
type designated in Table II-b.
S12.1 Installation. A combination
headlighting system must consist of the
number of designated headlamp units
shown for the specific system in Table
II-b. The units must have their beams
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mechanized as shown in Table II-b. A
system must provide in total not more
than two upper beams and two lower
beams. When installed on a motor
vehicle, the headlamps (or parts thereof)
that provide the lower beam must be of
the same type, and provide a
symmetrical effective projected
luminous lens area when illuminated.
S12.2 Photometry. Each combination
headlamp must be designed to conform
to the photometry requirements of Table
XVIII for upper beam and Table XIX for
lower beam as specified in Table II-b for
the specific headlamp unit and aiming
method, when tested according to the
procedure of S6.8.5.6.
S12.3 Physical tests. The component
headlamps of any combination
headlamp must be designed to conform
to the performance requirements
associated with Table XXIII and the
performance requirements associated
with the color test and the plastic
optical materials test, if applicable, of
Table XXII.
S13 Motorcycle headlamp
requirements. A motorcycle
headlighting system may consist of:
(a) One half of any headlighting
system of Table II which provides both
a full upper beam and full lower beam,
and conforms to the requirements for
that headlamp type. Where more than
one lamp must be used, the lamps shall
be mounted vertically, with the lower
beam as high as practicable, or
(b) A headlighting system conforming
to the requirements of this section.
S13.1 Installation. The headlamp
system installed on a motorcycle must
be located on the front.
S13.1.1 Single headlamp. If the
system consists of a single headlamp, it
must be mounted on the vertical
centerline of the motorcycle. If the
headlamp contains more than one light
source, each light source must be
mounted on the vertical centerline with
the upper beam no higher than the
lower beam, or horizontally disposed
about the vertical centerline and
mounted at the same height. If the light
sources are horizontally disposed about
the vertical centerline, the distance
between the closest edges of the
effective projected luminous lens area in
front of the light sources must not be
greater than 200 mm.
S13.1.2 Two headlamps with both
beams. If the system consists of two
headlamps, each of which provides both
an upper and lower beam, the
headlamps must be mounted either at
the same height and symmetrically
disposed about the vertical centerline or
mounted on the vertical centerline. If
the headlamps are horizontally disposed
about the vertical centerline, the
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distance between the closest edges of
their effective projected luminous lens
areas must not be greater than 200 mm.
S13.1.3 Two headlamps, upper beam
and lower beam. If the system consists
of two headlamps, one of which
provides an upper beam and one of
which provides the lower beam, the
headlamps must be located on the
vertical centerline with the upper beam
no higher than the lower beam, or
horizontally disposed about the vertical
centerline and mounted at the same
height. If the headlamps are horizontally
disposed about the vertical centerline,
the distance between the closest edges
of their effective projected luminous
lens areas must not be greater than 200
mm.
S13.2 Photometry. Each motorcycle
headlamp that is not one half of a
headlighting system listed in Table II,
must be designed to conform to the
photometry requirements of Table XX
when tested according to the procedure
of S6.8.5.6.
S13.3 Physical tests. Each motorcycle
headlamp that is not one half of a
headlighting system listed in Table II,
must be designed to conform to the
performance requirements associated
with the vibration test, moisture test,
dust test, corrosion test, out of focus
test, color test, and plastic optical
material test requirements of Table XXII.
S13.4 Motorcycle replaceable bulb
headlamp marking. Each replaceable
bulb headlamp conforming to
requirements for motorcycle use and
that is equipped with a light source
other than a replaceable light source
meeting the requirements of S15, must
have the word ‘motorcycle’ permanently
marked on the lens in characters not
less than 3 mm in height.
S13.5 Motorcycle headlamp
modulation system. A headlamp on a
motorcycle may be activated to
modulate either the upper beam or the
lower beam from its maximum intensity
to a lesser intensity, provided that;
S13.5.1. Modulation.
(a) The rate of modulation must be
240 ±40 cycles per minute.
(b) The headlamp must be operated at
maximum power for 50 to 70 percent of
each cycle.
(c) The lowest intensity at any test
point must be not less than 17 percent
of the maximum intensity measured at
the same point.
(d) The modulator switch must be
wired in the power lead of the beam
filament being modulated and not in the
ground side of the circuit.
(e) Means must be provided so that
both the lower beam and upper beam
remain operable in the event of a
modulator failure.
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(f) The system must include a sensor
mounted with the axis of its sensing
element perpendicular to a horizontal
plane. Headlamp modulation must
cease whenever the level of light
emitted by a tungsten filament light
operating at 3000° Kelvin is either less
than 270 lux of direct light for upward
pointing sensors or less than 60 lux of
reflected light for downward pointing
sensors. The light is measured by a
silicon cell type light meter that is
located at the sensor and pointing in the
same direction as the sensor. A Kodak
Gray Card (Kodak R–27) is placed at
ground level to simulate the road
surface in testing downward pointing
sensors.
(g) When tested in accordance with
the test profile shown in Figure 9, the
voltage drop across the modulator when
the lamp is on at all test conditions for
12 volt systems and 6 volt systems must
not be greater than 0.45 volt. The
modulator must meet all the provisions
of the standard after completion of the
test profile shown in Figure 9.
(h) Means must be provided so that
both the lower and upper beam function
at design voltage when the headlamp
control switch is in either the lower or
upper beam position when the
modulator is off.
S13.5.2 Replacement modulators.
Each motorcycle headlamp modulator
not intended as original equipment, or
its container, must be labeled with the
maximum wattage, and the minimum
wattage appropriate for its use.
S13.5.2.1 Replacement performance.
Each modulator, not intended as
original equipment, must comply with
S13.5.1 (a) through (g) when connected
to a headlamp of the maximum rated
power and a headlamp of the minimum
rated power, and must provide means so
that the modulated beam functions at
design voltage when the modulator is
off.
S13.5.2.2 Replacement instructions.
Instructions, with a diagram, must be
provided for mounting the light sensor,
including location on the motorcycle,
distance above the road surface, and
orientation with respect to the light.
S14 Headlamp aimability
performance requirements.
S14.1 Headlamp mounting and
aiming. Except as provided in this
paragraph, each headlamp must be
installed on a motor vehicle with a
mounting and aiming mechanism that
allows aim inspection and adjustment of
both vertical and horizontal aim, and is
accessible for those purposes without
removal of any vehicle parts, except for
protective covers removable without the
use of tools.
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S14.2 Headlamp obstructions. When
activated in a steady burning state,
headlamps must not have any styling
ornament or other feature, such as a
translucent cover or grill, in front of the
lens. Headlamp wipers may be used in
front of the lens provided that the
headlamp system is designed to
conform with all applicable photometric
requirements with the wiper stopped in
any position in front of the lens.
S14.3. Headlamp aiming systems.
When a headlamp system is installed on
a motor vehicle, it must be aimable with
at least one of the following: an
externally applied aiming device, as
specified in S14.8; an on-vehicle
headlamp aiming device installed by the
vehicle or lamp manufacturer, as
specified in S14.9; or by visual/optical
means, as specified in S14.10.
S14.4 Aim adjustment interaction.
When installed on the vehicle,
adjustment of one aim axis through its
full on-vehicle range must not cause the
aim of the other axis to deviate more
than ±0.76°. If the performance specified
is not achievable, the requirements of
S14.4.1 apply, except that if the aiming
mechanism is not a VHAD, the
requirements specific to VHADs are not
applicable, and the instruction must be
specific to the aiming mechanism
installed.
S14.4.1 Should the mechanism not
meet the requirements above, a
cautionary label must be placed
adjacent to the mechanism stating the
caution and including either the reason
for the caution or the corrective action
necessary. Each such label must also
refer the reader to the vehicle operator’s
manual for complete instructions. Each
such vehicle must be equipped with an
operator’s manual containing the
complete instructions appropriate for
the mechanism installed.
S14.5 Horizontal adjustment-visually
aimed headlamp. A visually/optically
aimable headlamp that has a lower
beam must not have a horizontal
adjustment mechanism unless such
mechanism meets the requirements of
this standard for a VHAD.
S14.6 Optical axis marking.
S14.6.1 Optical axis marking-vehicle.
Each motor vehicle must be equipped
with headlamps or beam contributors
which have a mark or markings that are
visible from the front of the headlamp
when installed on the vehicle to identify
the optical axis of the headlamp to
assure proper horizontal and vertical
alignment of the aiming screen or
optical aiming equipment. The
manufacturer is free to choose the
design of the mark or markings. The
mark or markings may be on the interior
or exterior of the lens or indicated by a
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mark or central structure on the interior
or exterior of the headlamp.
S14.6.2 Optical axis marking-lamp.
Each headlamp or beam contributor that
is not visually/optically aimable in
accordance with S14.10 of this standard
must be equipped with fiducial marks,
aiming pads, or similar references of
sufficient detail and accuracy, for
determination of an appropriate vehicle
plane to be used with the photometric
procedures of S6.8.5.6 for correct
alignment with the photometer axis
when being tested for photometric
compliance, and to serve for the aiming
reference when the headlamp or beam
contributor is installed on a motor
vehicle. The fiducial marks, aiming
pads, or similar references are
protrusions, bubble vials, holes,
indentations, ridges, scribed lines, or
other readily identifiable marks
established and described by the vehicle
or headlamp manufacturer.
S14.6.3 Optical axis marking-visual
aim headlamp. There must be a mark or
markings identifying the optical axis of
the headlamp visible from the front of
the headlamp when installed on the
vehicle, to assure proper horizontal and
vertical alignment of the aiming screen
or optical aiming equipment with the
headlamp being aimed. The
manufacturer is free to choose the
design of the mark or markings. The
mark or markings may be on the interior
or exterior of the lens or indicated by a
mark or central structure on the interior
or exterior of the headlamp.
S14.7 Moveable reflectors. Each
headlamp aimed by moving the reflector
relative to the lens and headlamp
housing, or vice versa, must conform
with the photometric requirements
applicable to it when tested according to
the procedure of S6.8.5.6 with the lens
at any position relative to the reflector
within the full range of vertical pitch on
the vehicle on which the headlamp
system is installed and a horizontal
range of ±2.5°. Additionally, it must
comply with the aiming adjustment
requirements of Table XXIII.
S14.8 External aiming. Each
headlamp system that is capable of
being mechanically aimed by externally
applied headlamp aiming devices must
be mechanically aimable using the
equipment specified in SAE J602,
Headlamp Aiming Device for
Mechanically Aimable Sealed Beam
Headlamp Units, October 1980, without
the removal of any ornamental trim
rings, covers, wipers, or other vehicle
parts.
S14.8.1 Headlamp aiming device
locating plates. Each headlamp system
which is designed to use the Headlamp
Aiming Device Locating Plates with
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adjustable legs for the 100x165 mm unit
and the 142x200 mm unit, and which
has adjustable length legs, must meet
the following requirements.
S14.8.1.1 The lens must have three
aiming pads which meet the
requirements of Figure 4, Dimensional
Specifications for Location of Aiming
Pads on Replaceable Bulb Headlamp
Units. The aiming pads need not be
centered at the geometric center of the
lens, or on the optical axis. Except as
provided in S14.8.1.2, a whole number,
which represents the distance in tenths
of an inch (i.e. 0.3 inch=3) from the
aiming reference plane to the respective
aiming pads which are not in contact
with that plane, must be inscribed
adjacent to each respective aiming pad
on the lens. The height of these numbers
must be not less than .157 inch (4 mm).
If there is interference between the
plane and the area of the lens between
the aiming pads, the whole number
represents the distance to a secondary
plane. The secondary plane must be
located parallel to the aiming reference
plane and as close to the lens as
possible without causing interference.
S14.8.1.2 If the most forward aiming
pad is the lower inboard aiming pad,
then the dimensions may be placed
anywhere on the lens. The dimension
for the outboard aiming pad (Dimension
F in Figure 4) must be followed by the
letter ‘‘H’’ and the dimension for the
center aiming pad must be followed by
the letter ‘‘V.’’ The dimensions must be
expressed in tenths of an inch, in the
manner described in S14.8.1.1.
S14.8.2 Nonadjustable headlamp
aiming device locating plates. Each
headlamp may be designed to use the
nonadjustable Headlamp Aiming Device
Locating Plate for the 100x165 mm.
unit, the 142x200 mm. unit, the 146
mm. diameter unit, or the 178 mm.
diameter unit of SAE J602, or the
92x150 mm. Type F unit, and
incorporate lens-mounted aiming pads
as specified for those units in Figures a,
b, c, d, or e of this standard. If so
designed, no additional lens marking is
necessary to designate the type of plate
or dimensions.
S14.9 On-vehicle aiming. Each
headlamp system that is capable of
being aimed by equipment installed on
the vehicle must include a Vehicle
Headlamp Aiming Device (VHAD) that
conforms to the following requirements:
S14.9.1 Aim. The VHAD must provide
for headlamp aim inspection and
adjustment in both the vertical and
horizontal axes.
S14.9.1.1 Vertical aim. The VHAD
must include the necessary references
and scales relative to the horizontal
plane to assure correct vertical aim for
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photometry and aiming purposes. An
off-vehicle measurement of the angle of
the plane of the ground is permitted. In
addition, an equal number of
graduations from the ‘‘O’’ position
representing angular changes in the axis
in the upward and downward directions
must be provided.
S14.9.1.1.1 Each graduation must
represent a change in the vertical
position of the mechanical axis not
larger than 0.19° (1 in. at 25 ft.) to
provide for variations in aim at least
1.2° above and below the horizontal,
and have an accuracy relative to the
zero mark of less than 0.1°.
S14.9.1.1.2 The VHAD must be
marked to indicate headlamp aim
movement in the upward and
downward directions.
S14.9.1.1.3 Each graduation must
indicate a linear movement of the scale
indicator of not less than 0.05 in. (1.27
mm) if a direct reading analog indicator
is used. If a remote reading indicator is
provided, it must represent the actual
aim movement in a clear,
understandable format.
S14.9.1.1.4 The vertical indicator
must perform through a minimum range
of ±1.2°.
S14.9.1.1.5 Means must be provided
in the VHAD for compensating for
deviations in floor slope less than 1.2°
from the horizontal that would affect the
correct positioning of the headlamp for
vertical aim.
S14.9.1.1.6 The graduations must be
legible under an illumination level not
greater than 30 foot candles, measured
at the top of the graduation, by an
observer having 20/20 vision (Snellen),
and must permit aim adjustment to
within 0.19° (1 in. at 25 ft.).
S14.9.1.2 Horizontal aim. The VHAD
must include references and scales
relative to the longitudinal axis of the
vehicle necessary to assure correct
horizontal aim for photometry and
aiming purposes. An ‘‘O’’ mark must be
used to indicate alignment of the
headlamps relative to the longitudinal
axis of the vehicle. In addition, an equal
number of graduations from the ‘‘O’’
position representing equal angular
changes in the axis relative to the
vehicle axis must be provided.
S14.9.1.2.1 Each graduation must
represent a change in the horizontal
position of the mechanical axis not
greater than 0.38° (2 in. at 25 ft.) to
provide for variations in aim at least
0.76° (4 in. at 25 ft.) to the left and right
of the longitudinal axis of the vehicle,
and must have an accuracy relative to
the zero mark of less than 0.1°.
S14.9.1.2.2 The VHAD must be
marked to indicate headlamp aim
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movement in the left and right
directions.
S14.9.1.2.3 The graduations must be
legible under an illumination level not
greater than 30 foot candles, measured
at the top of the graduation, by an
observer having 20/20 vision (Snellen),
and must permit aim adjustment to
within 0.38° (2 in. at 25 ft.).
S14.9.1.2.4 The horizontal indicator
must perform through a minimum range
of ±0.76° (4 in. at 25 ft.); however, the
indicator itself must be capable of
recalibration over a movement of ±2.5°
relative to the longitudinal axis of the
vehicle to accommodate any adjustment
necessary for recalibrating the indicator
after vehicle repair from accident
damage.
S14.9.2 Aiming instructions.
S14.9.2.1 The instructions for
properly aiming the headlighting system
using the VHAD must be provided on a
label permanently affixed to the vehicle
adjacent to the VHAD, or in the vehicle
operator’s manual. The instructions
must advise that the headlighting
system is properly aimed if the
appropriate vertical plane (as defined by
the vehicle manufacturer) is
perpendicular to both the longitudinal
axis of the vehicle, and a horizontal
plane when the vehicle is on a
horizontal surface, and the VHAD is set
at ‘‘0’’ vertical and ‘‘0’’ horizontal.
S14.9.2.2 Should a remote indicator
or a remote indicator and adjuster be
provided, the instructions must be
placed in the operator’s manual, and
may also be placed on a label adjacent
to the VHAD.
S14.9.3 Permanent calibration. Each
headlamp equipped with a VHAD must
be manufactured with its calibration
permanently fixed by its manufacturer.
Calibration in this case means the
process of accurately aligning the
geometry of the VHAD devices with the
beam pattern for the purposes of
compliance with the standard.
S14.9.4 Replacement units. When
tested according to the procedure of
S6.8.5.6. with any replacement
headlamp unit(s) or light sources
intended for use in the system under
test, the VHAD and headlamp system
must be designed to conform to the
photometric performance requirements
appropriate for the system under test.
S14.9.5 Physical tests. Each VHAD
must comply with all applicable
performance requirements of Table
XXIII.
S14.10 Visual/optical aiming. Each
visually/optically aimable headlamp
must be designed to conform to the
following requirements:
S14.10.1 Vertical aim, lower beam.
Each lower beam headlamp must have
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a cutoff in the beam pattern. It may be
either on the left side or the right side
of the optical axis, but once chosen for
a particular headlamp system’s design,
the side chosen for the cutoff must not
be changed for any headlamps intended
to be used as replacements for those
system’s headlamps.
S14.10.1.1 Vertical position of the
cutoff. The headlamp must be aimed
vertically so that the cutoff is on the left
side, at 0.4° down from the H–H line, or
on the right side, at the H–H line.
S14.10.1.2 Vertical gradient. The
gradient of the cutoff measured at either
2.5° L or 2.0° R must be not less than
0.13 based on the procedure of
S14.10.1.5.
S14.10.1.3 Horizontal position of the
cutoff. The width must be not less than
2°, with not less than 2° of its actual
width centered at either 2.5° L, or 2.0°
R.
S14.10.1.4 Maximum inclination of
the cutoff. The vertical location of the
highest gradient at the ends of the
minimum width must be within ±0.2° of
the vertical location of the maximum
gradient measured at the appropriate
vertical line (at either 2.5° L for a left
side cutoff, or 2.0° R for a right side
cutoff).
S14.10.1.5 Measuring the cutoff
parameter.
S14.10.1.5.1 The headlamp is
mounted on a fixture which simulates
its actual design location on any vehicle
for which the headlamp is intended.
The fixture, with the headlamp
installed, is attached to the goniometer
table in such a way that the fixture
alignment axes are coincident with the
goniometer axes. The headlamp is
energized at the specified test voltage.
The cutoff parameter must be measured
at a distance of 10 m. from a
photosensor with a 10 mm. diameter.
S14.10.1.5.2 The headlamp beam
pattern is aimed with the cutoff at the
H–H axis. There is no adjustment,
shimming, or modification of the
horizontal axis of the headlamp or test
fixture, unless the headlamp is
equipped with a VHAD. In this case the
VHAD is adjusted to zero.
S14.10.1.5.3 A vertical scan of the
beam pattern is conducted for a
headlamp with a left side gradient by
aligning the goniometer on a vertical
line at 2.5° L and scanning from 1.5° U
to 1.5° D. For a headlamp with a right
side gradient, a vertical scan of the beam
pattern is conducted by aligning the
goniometer on a vertical line at 2.0° R
and scanning from 1.5° U to 1.5° D.
S14.10.1.5.4 Determine the maximum
gradient within the range of the scan by
using the formula: G = log
E(a)¥logE(a+0.1), where ‘‘G’’ is the
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gradient, ‘‘E’’ is illumination and ‘‘a’’ is
vertical angular position. The maximum
value of the gradient ‘‘G’’ determines the
vertical angular location of the cutoff.
Perform vertical scans at 1.0° L and R
of the measurement point of the
maximum gradient to determine the
inclination.
S14.10.2 Horizontal aim, lower beam.
There is no adjustment of horizontal
aim unless the headlamp is equipped
with a horizontal VHAD. If the
headlamp has a VHAD, it is set to zero.
S14.10.3 Vertical aim, upper beam.
S14.10.3.1 If the upper beam is
combined in a headlamp with a lower
beam, the vertical aim of the upper
beam is not changed from the aim set
using the procedures of S14.10.1. and
S14.10.2 used for the lower beam.
S14.10.3.2 If the upper beam is not
combined in a headlamp with a lower
beam, the vertical aim of the upper
beam is adjusted so that the maximum
beam intensity is located on the H–H
axis.
S14.10.4 Horizontal aim, upper beam.
S14.10.4.1 If the upper beam is
combined in a headlamp with a lower
beam, the horizontal aim of the upper
beam is not changed from the aim set
using the procedures of S14.10.1 and
S14.10.2 used for the lower beam.
S14.10.4.2 If the upper beam is not
combined in a headlamp with the lower
beam and has fixed horizontal aim or
has a horizontal VHAD, then the
headlamp is mounted on a fixture
which simulates its actual design
location on any vehicle for which the
headlamp is intended. The fixture, with
the headlamp installed, is attached to
the goniometer table in such a way that
the fixture alignment axes are
coincident with the goniometer axes.
The headlamp must be energized at 12.8
± 0.20 mV. There is no adjustment,
shimming, or modification of the
horizontal axis of the headlamp or test
fixture, unless the headlamp is
equipped with a VHAD. In this case, the
VHAD is adjusted to zero.
S14.10.4.3. If the upper beam is not
combined in a headlamp with a lower
beam, and it does not have a VHAD, the
horizontal aim of the upper beam is
adjusted so that the maximium beam
intensity is located on the V–V axis.
S14.10.5 Photometric measurements.
A visually/optically aimable headlamp
must be designed to conform to the
lower beam requirements of columns
LB1V, LB2V, LB3V, or LB4V of Table
XIX when tested according to the
procedure of S6.8.5.6.
S14.10.6 Visual/optical identification
marking. Each letter used in marking
according to this paragraph must be not
less than 3 mm. high.
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S14.10.6.1 The lens of a lower beam
headlamp must be marked ‘‘VOL’’ if the
headlamp is intended to be visually/
optically aimed using the left side of the
lower beam pattern. The lens of a lower
beam headlamp must be marked ‘‘VOR’’
if the headlamp is intended to be
visually/optically aimed using the right
side of the lower beam pattern. The lens
of a headlamp that is solely an upper
beam headlamp and intended to be
visually/optically aimed using the
upper beam must be marked ‘‘VO’’.
S14.10.6.2 The lens of each sealed
beam or integral beam headlamp must
be marked ‘‘VOR’’ if the headlamp is of
a type that was manufactured before
May 1, 1997, and if such headlamp type
has been redesigned since then to be
visually/optically aimable.
S15 Replaceable light sources. Each
replaceable light source must be
designed to conform to the dimensions
and electrical specifications furnished
with respect to it pursuant to part 564
of this chapter, and must conform to the
following requirements:
S15.1 Markings. If other than an HB
Type, the light source must be marked
with the bulb marking designation
specified for it in compliance with
Appendix A or Appendix B of part 564
of this chapter. The base of each HB
Type must be marked with its HB Type
designation. Each replaceable light
source must also be marked with the
symbol DOT and with a name or
trademark in accordance with S17.1.
S15.2 Power and flux measurement.
The measurement of maximum power
and luminous flux that is submitted in
compliance with Appendix A or
Appendix B of part 564 of this chapter
is made in accordance with this
paragraph. The filament or discharge arc
is seasoned before measurement of
either. Measurement is made with the
direct current test voltage regulated
within one quarter of one percent. The
test voltage is 12.8v. The measurement
of luminous flux is made in accordance
with the Illuminating Engineering
Society of North America, LM–45, IES
Approved Method for Electrical and
Photometric Measurements of General
Service Incandescent Filament Lamps
(April 1980); is made with the black cap
installed on Type HB1, Type HB2, Type
HB4, and Type HB5, and on any other
replaceable light source so designed;
and is made with the electrical
conductor and light source base
shrouded with an opaque white cover,
except for the portion normally located
within the interior of the lamp housing.
The measurement of luminous flux for
the Types HB3 and HB4 is made with
the base covered with a white cover as
shown in the drawings for Types HB3
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and HB4 filed in Docket No. NHTSA
98–3397. (The white cover is used to
eliminate the likelihood of incorrect
lumen measurement that will occur
should the reflectance of the light
source base and electrical connector be
low).
S15.3 Power and flux measurement.
The measurement of maximum power
and luminous flux that is submitted in
compliance with section VII of
Appendix A of part 564 of this chapter,
or section IV of Appendix B of part 564
of this chapter, is made with the direct
current test voltage regulated within one
quarter of one percent. The test voltage
is 12.8v. The measurement of luminous
flux is made in accordance with the
Illuminating Engineering Society of
North America, LM 45; IES Approved
Method for Electrical and Photometric
Measurements of General Service
Incandescent Filament Lamps (April
1980). The filament of a replaceable
light source is seasoned before such
measurement. The white covers are
used to eliminate the likelihood of
incorrect lumen measurement that will
occur should the reflectance of the light
source base and electrical connector be
low.
S15.3.1 For a light source with a
resistive element type filament,
seasoning of the light source is made in
accordance with this standard. The
measurement of luminous flux is made
with the black cap installed on Type
HB1, Type HB2, Type HB4, and Type
HB5 light sources, and on any other
replaceable light source so designed,
and must be made with the electrical
conductor and light source base
shrouded with an opaque white colored
cover, except for the portion normally
located within the interior of the lamp
housing. The measurement of luminous
flux for Type HB3 and Type HB4 must
be made with the base covered with the
white cover shown in the drawings for
Types HB3 and HB4 filed in Docket No.
NHTSA 98–3397.
S15.3.2 For a light source using
excited gas mixtures as a filament or
discharge arc, seasoning of the light
source system, including any ballast
required for its operation, is made in
accordance with section 4.0 of SAE
Recommended Practice J2009 FEB93,
Discharge Forward Lighting Systems.
With the test voltage applied to the
ballast input terminals, the
measurement of luminous flux is made
with the black cap installed, if so
designed, and is made with an opaque
white colored cover, except for the
portion normally located within the
interior of the lamp housing.
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S15.4 Ballast markings. If a ballast is
required for operation, each ballast must
bear the following permanent markings:
(a) Name or logo of ballast
manufacturer;
(b) Ballast part number or unique
identification;
(c) Part number or other unique
identification of the light source for
which the ballast is designed;
(d) Rated laboratory life of the light
source/ballast combination, if the
information for the light source has been
filed in Appendix B of part 564 of this
chapter;
(e) A warning that ballast output
voltage presents the potential for severe
electrical shock that could lead to
permanent injury or death;
(f) Ballast output power in watts and
output voltage in rms volts AC or DC;
and
(g) The symbol ’DOT’.’’
S15.5 Gas discharge laboratory life.
For light sources that use excited gas
mixtures as a filament or discharge arc,
the ‘‘ rated laboratory life’’ is
determined in accordance with sections
4.3 and 4.9 of SAE Recommended
Practice J2009 FEB93, Forward
Discharge Lighting Systems.
S15.6 Physical tests. Each replaceable
light source must comply with the
performance requirements associated
with the deflection test and pressure test
of Table XXIII.
S16 Headlamp concealment device
requirements.
S16.1 While the headlamp is
illuminated, its fully opened headlamp
concealment device must remain fully
opened should any loss of power to or
within the headlamp concealment
device occur.
S16.2 Whenever any malfunction
occurs in a component that controls or
conducts power for the actuation of the
concealment device, each closed
headlamp concealment device must be
capable of being fully opened by a
means not requiring the use of any tools.
Thereafter, the headlamp concealment
device must remain fully opened until
intentionally closed.
S16.3 Except for malfunctions
covered by S16.2, each headlamp
concealment device must be capable of
being fully opened and the headlamps
illuminated by actuation of a single
switch, lever, or similar mechanism,
including a mechanism that is
automatically actuated by a change in
ambient light conditions.
S16.4 Each headlamp concealment
device must be installed so that the
headlamp may be mounted, aimed, and
adjusted without removing any
component of the device, other than
components of the headlamp assembly.
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S16.5 Except for cases of malfunction
covered by S16.2, each headlamp
concealment device must, within an
ambient temperature range of ¥20° F to
+120° F, be capable of being fully
opened in not more than 3 seconds after
the actuation of a driver-operated
control.
S16.6 As an alternative to complying
with the requirements of S16.1 through
S16.5, a vehicle with headlamps
incorporating VHAD or visual/optical
aiming in accordance with this standard
may meet the requirements for
Concealable lamps in paragraph 5.14 of
the following version of the Economic
Commission for Europe Regulation 48
‘‘Uniform Provisions Concerning the
Approval of Vehicles With Regard to the
Installation of Lighting and LightSignalling Devices’’: E/ECE/324–E/ECE/
TRANS/505, Rev.1/Add.47/Rev.1/
Corr.2, 26 February 1996 (page 17), in
the English language version. A copy of
paragraph 5.14 may be reviewed at the
DOT Docket Management Facility, U.S.
Department of Transportation, Room
PL–01, 400 Seventh Street, SW.,
Washington, DC 20590–0001. Copies of
E/ECE/324–E/ECE/TRANS/505, Rev.1/
Add.47/Rev.1/Corr.2, 26 February 1996
may be obtained from the ECE Internet
site: https://www.unece.org/trans/main/
wp29/wp29regs.html or by writing to:
United Nations, Conference Services
Division, Distribution and Sales Section,
Office C.115–1, Palais des Nations, CH–
1211, Geneva 10, Switzerland.
S16.7 Certification election.
Manufacturers of vehicles with
headlamps incorporating VHAD or
visual/optical aiming must elect to
certify to S16.1 through S16.5 or to
S16.6 prior to, or at the time of
certification of the vehicle, pursuant to
49 CFR part 567. The selection is
irrevocable.
S17 Headlamp marking requirements.
S17.1 Trademark. The lens of each
original and replacement equipment
headlamp, and of each original and
replacement equipment beam
contributor must be marked with the
name and/or trademark registered with
the U.S. Patent and Trademark Office of
the manufacturer of such headlamp or
beam contributor, of its importer, or any
manufacturer of a vehicle equipped
with such headlamp or beam
contributor. Nothing in this standard
authorizes the marking of any such
name and/or trademark by one who is
not the owner, unless the owner has
consented to it.
S17.2 Voltage and trade number. Each
original and replacement equipment
headlamp, and each original and
replacement equipment beam
contributor must be marked with its
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number.
S17.3 Sealed beam headlamp
markings. Each sealed beam headlamp
lens must be molded with ‘‘SEALED
BEAM’’ and the appropriate designation
code as shown in Table II in characters
no less than 6.35 mm in size. The face
of any character molded on the surface
of the lens must not be raised more than
0.5 mm above the lens surface. Type
1C1, 2C1, and 2D1 headlamps must
have no raised markings on the outside
surface of the lens between the
diameters of 40 mm and 90 mm about
the lens center. Type 1A1, 2A1, 2B1,
and 2E1 headlamps must have no raised
markings on the outside surface of the
lens within a diameter of 70 mm about
the lens center. Type LF, UF, 1G1, 2G1,
and 2H1 headlamps must have no raised
markings on the outside surface of the
lens within a diameter of 35 mm about
the lens center. A Type 1C1 headlamp
may be marked ‘‘1’’ rather than ‘‘1C1’’.
A Type 2C1 headlamp may be marked
‘‘2’’ rather than ‘‘2C1’’. A Type 2D1
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headlamp may be marked ‘‘TOP’’ or ‘‘2’’
rather than ‘‘2D1’’.
S17.4 Replaceable bulb headlamp
markings. The lens of each replaceable
bulb headlamp must bear permanent
marking in front of each replaceable
light source with which it is equipped
that states either: The HB Type (if the
light source conforms to S15 of this
standard for filament light sources); or
the bulb marking/designation provided
in compliance with Section VIII of
Appendix A of part 564 (if the light
source conforms to S15 of this standard
for discharge light sources).
S17.5 Additional headlamp markings.
Additional marking requirements for
headlamps are found in S6.5, S10.4,
S11.5, S13.4, S14.6, S14.8, and S14.10
of this standard.
S18 Replaceable headlamp lens
requirements. A replacement lens for a
replaceable bulb headlamp or integral
beam headlamp that is not required to
have a bonded lens must be provided
with a replacement seal in a package
that includes instructions for the
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removal and replacement of the lens,
the cleaning of the reflector, and the
sealing of the replacement lens to the
reflector assembly. Each replacement
headlamp lens, when installed
according to the lens manufacturer’s
instructions on an integral beam or
replaceable bulb headlamp, must not
cause the headlamp to fail to comply
with any of the requirements of this
standard. Each replacement headlamp
lens must be marked with the symbol
‘‘DOT’’ either horizontally or vertically,
to constitute certification. Each
replacement headlamp lens must also be
marked with manufacturer and the part
or trade number of the headlamp for
which it is intended, and with the name
and/or trademark of the lens
manufacturer or importer that is
registered with the U.S. Patent and
Trademark Office. Nothing in this
standard authorizes the marking of any
such name and/or trademark by one
who is not the owner, unless the owner
has consented to it.
BILLING CODE 4910–59–P
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BILLING CODE 4910–59–C
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Appendix to § 571.108: Table Of
Contents
571.108 Standard No. 108; Lamps,
reflective devices, and associated
equipment.
S1 Scope.
S2 Purpose.
S3 Application.
S4 Definitions.
S5 References to SAE publications.
S6 Vehicle requirements.
S6.1 Required lamps, reflective devices,
and associated equipment by vehicle type.
S6.1.1 Quantity.
S6.1.1.1 Conspicuity systems.
S6.1.1.2 High-mounted stop lamps.
S6.1.1.3 Truck tractor rear turn signal
lamps.
S6.1.1.4 Hazard warning lamps.
S6.1.2 Color.
S6.1.3 Mounting location and height.
S6.1.3.1 Mounting height.
S6.1.3.2 High-mounted stop lamp.
S6.1.4 License plate lamp.
S6.1.5 Activation.
S6.1.5.1 Stop lamp activation.
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S6.2 Impairment.
S6.2.4 Daytime running lamps.
S6.2.5 Auxiliary identification lamps.
S6.3 Equipment combinations.
S6.4 Visibility and aiming.
S6.4.1 Effective projected luminous lens
area.
S6.4.2 Visibility.
S6.4.3 Visibility options.
S6.4.4 SAE visibility alternative.
S6.4.5 Low-mounted lamps.
S6.4.6 School bus signal lamp aiming.
S6.5 Marking.
S6.5.1 DOT marking.
S6.5.2 DRL marking.
S6.6 Associated equipment.
S6.6.1 License plate holder.
S6.7 Replacement equipment.
S6.7.1 Design to conform.
S6.8 Physical tests.
S6.8.2 Samples for test.
S6.8.3 Laboratory facilities.
S6.8.4 Plastic optical materials.
S6.8.5 Photometric testing.
S6.8.5.1 Photometry measurements for all
lamps except license lamps, headlamps,
and DRLs.
S6.8.5.1.1 Location of test points.
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S6.8.5.1.2 Multiple compartment and
multiple lamp photometry.
S6.8.5.2 Bulbs.
S6.8.5.3 License plate lamp photometry.
S6.8.5.3.1 Illumination surface.
S6.8.5.3.2 Test stations.
S6.8.5.4 Reflex reflector photometry.
S6.8.5.4.1 Reflex reflector and
retroreflective sheeting photometry
measurements.
S6.8.5.4.1.1 Reflex reflector photometry
measurement adjustments.
S6.8.5.5 Daytime running lamp (DRL)
photometry measurements.
S6.8.5.6 Headlamp photometry
measurements.
S6.8.5.6.1 Seasoning and test voltage.
S6.8.5.6.2 Aiming.
S6.8.5.6.3 Positioner.
S6.8.5.6.4 Photometer.
S6.8.5.6.5 Location of test points.
S6.8.5.6.6 Beam contributor photometry.
S7 Signal lamps, reflective devices, and
associated equipment requirements.
S7.1 Turn signal lamps.
S7.1.1 Front turn signal lamps.
S7.1.1.1 Photometry.
S7.1.1.2 Spacing to other lamps.
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S7.1.1.2.1 Spacing measurement for nonreflector lamps.
S7.1.1.2.2 Spacing measurement for lamps
with reflectors.
S7.1.1.2.3 Spacing based photometric
multipliers.
S7.1.1.3 Multiple compartments and
multiple lamps.
S7.1.1.3.1 Lamps installed on vehicles 2032
mm. or more in overall width.
S7.1.1.3.2 Ratio to parking lamps and
clearance lamps.
S7.1.2 Rear turn signal lamps.
S7.1.2.1 Photometry.
S7.1.2.2 Multiple compartments and
multiple lamps.
S7.1.2.2.1 Lamps installed on vehicles 2032
mm. or more in overall width.
S7.1.2.3 Ratio to taillamps and clearance
lamps.
S7.1.3 Physical tests.
S7.1.4 Combined lamp bulb indexing.
S7.2 Taillamps.
S7.2.1 Photometry.
S7.2.1.1 Multiple compartments and
multiple lamps.
S7.2.1.1.1 Taillamps installed on vehicles
2032 mm .or more in overall width.
S7.2.2 Physical tests.
S7.3 Stop lamps.
S7.3.1 Photometry.
S7.3.1.1 Multiple compartments and
multiple lamps.
S7.3.1.1.1 Lamps installed on vehicles 2032
mm. or more in overall width.
S7.3.1.2 Ratio to taillamps.
S7.3.2 Physical tests.
S7.3.3 Combined lamp bulb indexing.
S7.4 Side marker lamps.
S7.4.1 Photometry.
S7.4.1.1 Inboard photometry.
S7.4.2 Physical tests.
S7.5 Clearance and identification lamps.
S7.5.1 Photometry.
S7.5.2 Physical tests.
S7.6 Backup lamps.
S7.6.1 Photometry.
S7.6.2 Color.
S7.6.3 Physical tests.
S7.7 License plate lamps.
S7.7.1 Installation.
S7.7.1.1 Incident light from single lamp.
S7.7.1.2 Incident light from multiple lamps.
S7.7.2 Photometry.
S7.7.3 Physical tests.
S7.8 Parking lamps.
S7.8.1 Photometry.
S7.8.2 Physical tests.
S7.9 High mounted stop lamps.
S7.9.1 Accessibility.
S7.9.2 Interior mounting.
S7.9.3 Photometry.
S7.9.4 Physical tests.
S7.10 Reflex reflectors.
S7.10.1 Photometry.
S7.10.1.1 Alternative side reflex reflector.
S7.10.2 Physical tests.
S7.11 Daytime running lamps (DRL).
S7.11.1 Photometry.
S7.11.2 Spacing to turn signal lamps.
S7.11.3 Physical tests.
S7.12 Conspicuity systems.
S7.12.1 Retroreflective sheeting.
S7.12.1.1 Certification marking.
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S7.12.1.2 Photometry.
S7.12.2 Conspicuity reflex reflectors.
S7.12.2.1 Certification marking.
S7.12.2.2 Photometry.
S7.13 School bus signal lamps.
S7.13.1 Photometry.
S7.13.2 Physical tests.
S7.14 Associated equipment.
S7.14.1 Turn signal operating unit.
S7.14.2 Turn signal flasher.
S7.14.3 Turn signal pilot indicator.
S7.14.3.1 Indicator size and color.
S7.14.3.2 Turn signal lamp failure.
S7.14.4 Headlamp beam switching device.
S7.14.4.1 Semi-automatic headlamp beam
switching device.
S7.14.4.1.1 Operating instructions.
S7.14.4.1.2 Manual override.
S7.14.4.1.3 Fail-safe operation.
S7.14.4.1.4 Automatic dimming indicator.
S7.14.4.1.5 Lens accessibility.
S7.14.4.1.6 Mounting height.
S7.14.5 Upper beam headlamp indicator.
S7.14.5.1 Indicator size and location.
S7.14.6 Vehicular hazard warning signal
operating unit.
S7.14.6.1 Operating unit switch.
S7.14.7 Vehicular hazard warning signal
flasher.
S7.14.8 Vehicular hazard warning signal
pilot indicator.
S7.14.8.1 Indicator size and color.
S8 Headlighting system requirements.
S8.1 Headlighting systems.
S8.1.1 Headlighting system type.
S8.1.2 Headlamp category.
S8.1.3 Vertical headlamp arrangement.
S8.1.4 Horizontal headlamp arrangement.
S8.1.5 Headlamp adjustments.
S8.2 Simultaneous beam activation.
S9 Sealed beam headlamp requirements.
S9.1 Installation.
S9.2 Simultaneous aim.
S9.3 Photometry.
S9.4 Physical tests.
S10 Integral beam headlamp requirements.
S10.1 Installation.
S10.2 Aimability.
S10.3 Simultaneous aim.
S10.4 Markings.
S10.5 Additional light sources.
S10.6 Photometry.
S10.7 Physical tests.
S11 Replaceable light source headlamp
requirements.
S11.1 Installation.
S11.2 Aiming restrictions.
S11.3 Additional light sources.
S11.4 Replacement equipment.
S11.5 Markings.
S11.6 Photometry.
S11.7 Physical tests.
S12 Combination headlamp requirements.
S12.1 Installation.
S12.2 Photometry.
S12.3 Physical tests.
S13 Motorcycle headlamp requirements.
S13.1 Headlamp installation.
S13.1.1 Single headlamp.
S13.1.2 Two headlamps with both beams.
S13.1.3 Two headlamps, upper beam and
lower beam.
S13.2 Photometry.
S13.3 Physical tests.
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S13.4 Motorcycle replaceable bulb
headlamp marking.
S13.5 Motorcycle headlamp modulation
system.
S13.5.1 Modulation.
S13.5.2 Replacement modulators.
S13.5.2.1 Replacement performance.
S13.5.2.2 Replacement instructions.
S14 Aimability performance requirements.
S14.1 Headlamp mounting and aiming.
S14.2 Headlamp obstructions.
S14.3. Headlamp aiming systems.
S14.4 Aim adjustment interaction.
S14.5 Horizontal adjustment—visually
aimed headlamp.
S14.6 Optical axis marking.
S14.6.1 Optical axis marking—vehicle.
S14.6.2 Optical axis marking—lamp.
S14.6.3 Optical axis marking—visual aim
headlamp.
S14.7 Moveable reflectors.
S14.8 External aiming.
S14.8.1 Headlamp aiming device locating
plates.
S14.8.2 Nonadjustable headlamp aiming
device locating plates.
S14.9 On-vehicle aiming.
S14.9.1 Aim.
S14.9.1.1 Vertical aim.
S14.9.1.2 Horizontal aim.
S14.9.2 Aiming instructions.
S14.9.3 Permanent calibration.
S14.9.4 Replacement units.
S14.9.5 Physical tests.
S14.10 Visual/optical aiming.
S14.10.1 Vertical aim, lower beam.
S14.10.1.1 Vertical position of the cutoff.
S14.10.1.2 Vertical gradient.
S14.10.1.3 Horizontal position of the cutoff.
S14.10.1.4 Maximum inclination of the
cutoff.
S14.10.1.5 Measuring the cutoff parameter.
S14.10.2 Horizontal aim, lower beam.
S14.10.3 Vertical aim, upper beam.
S14.10.4 Horizontal aim, upper beam.
S14.10.5 Photometric measurements.
S14.10.6 Visual/optical identification
marking.
S15 Replaceable light source requirements
S15.1 Markings.
S15.2 Power and flux measurement.
S15.3 Power and flux measurement.
S15.4 Ballast markings.
S15.5 Gas discharge laboratory life.
S15.6 Physical tests.
S16 Headlamp concealment device
requirements.
S16.7 Certification election.
S17 Headlamp marking requirements.
S17.1 Trademark.
S17.2 Voltage and trade number.
S17.3 Sealed beam headlamp markings.
S17.4 Replaceable bulb headlamp markings.
S17.5 Additional headlamp markings.
S18 Replaceable headlamp lens
requirements.
Issued: December 20, 2005.
Stephen R. Kratzke,
Associate Administrator for Rulemaking.
Note: The following appendices will not
appear in the Code of Federal Regulations.
BILLING CODE 4910–59–P
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APPENDIX C: LIST OF FIGURES—
Continued
APPENDIX C: LIST OF FIGURES
FIGURE
NO.
FIGURE
NO.
TITLE
1 ..........
CHROMATICITY DIAGRAM [SAE
J578c, FEB 1977, FIGURE 1].
FLASHER
PERFORMANCE
CHART [SAE J590b, OCT 1965,
FIGURE 1].
REPLACEABLE BULB HEADLAMP
AIM PADS [CURRENT FMVSS
108 FIG. 4–1 TO 4–4].
HEADLAMP CONNECTOR TEST
SETUP [SAE J580, DEC 1986,
FIGURE 1].
HEADLAMP ABRASION TEST
FIXTURE [CURRENT FMVSS
108 FIGURE 5].
THERMAL CYCLE TEST PROFILE
[CURRENT FMVSS 108 FIGURE
6].
DIRT/AMBIENT
TEST
SETUP
[CURRENT FMVSS108 FIGURE
7].
REPLACEABLE BULB DEFLECTION TEST SETUP [CURRENT
FMVSS 108 FIGURE 8].
ENVIROMENTAL TEST PROFILE
[CURRENT FMVSS108 FIGURE
9].
HEADLAMP REPLACEABLE BULB
PRESSURE
TEST
SETUP
[CURRENT FMVSS108 FIGURE
25].
2 ..........
3 ..........
4 ..........
5 ..........
6 ..........
7 ..........
8 ..........
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10 ........
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11 ........
TRAILER CONSPICUITY TREATMENT EXAMPLES [CURRENT
FMVSS108 FIGURES 30–1 TO
30–4].
TRAILER CONSPICUITY DETAIL I
[NEW].
TRAILER CONSPICUITY DETAIL
II [NEW].
TRACTOR CONSPICUITY TREATMENT EXAMPLES [CURRENT
FMVSS108 FIGURE 31].
92 x 150 HEADLAMP AIM DEFLECTION TEST SETUP [CURRENT FMVSS108 FIGURE 16].
TYPES G AND H HEADLAMP AIM
DEFLECTION TEST SETUP
[CURRENT FMVSS108 FIGURE
22].
TYPES A AND E HEADLAMP AIM
DEFLECTION TEST SETUP
[SAE J580, DEC 1986, FIGURE
3].
TYPE B HEADLAMP AIM DEFLECTION TEST SETUP [SAE
J580, DEC 1986, FIGURE 4].
TYPES C AND D HEADLAMP AIM
DEFLECTION TEST SETUP
[SAE J580, DEC 1986, FIGURE
2].
12–1 ....
12–2 ....
13 ........
14 ........
15 ........
16 ........
17 ........
18 ........
PO 00000
Frm 00146
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Figures to Incorporate in 49 CFR Part 564
Appendix C
LF HEADLAMP DIMENSIONAL
INFORMATION [CURRENT FMVSS 108
FIGURE 11]
UF HEADLAMP DIMENSIONAL
INFORMATION [CURRENT FMVSS 108
FIGURE 12]
LF/UF MOUNTING FEATURES [CURRENT
FMVSS 108 FIGURE 13]
LF/UF MOUNTING RING [CURRENT
FMVSS 108 FIGURE 14]
TYPE G & H HEADLAMP DIMENSIONAL
INFORMATION [CURRENT FMVSS 108
FIGURE 18]
TYPE G & H HEADLAMP MOUNTING
INFORMATION [CURRENT FMVSS 108
FIGURE 21]
TYPE 1A1 HEADLAMP DIMENSIONAL
INFORMATION [SAE J1383, APR 1985,
FIGURE 11]
TYPE 2A1 HEADLAMP DIMENSIONAL
INFORMATION [SAE J1383, APR 1985,
FIGURE 10]
TYPE 2B1 HEADLAMP DIMENSIONAL
INFORMATION [SAE J1383, APR 1985,
FIGURE 13]
TYPE 1C1 HEADLAMP DIMENSIONAL
INFORMATION [SAE J1383, APR 1985,
FIGURE 7]
TYPE 2C1 HEADLAMP DIMENSIONAL
INFORMATION [SAE J1383, APR 1985,
FIGURE 8]
TYPE 2D1 HEADLAMP DIMENSIONAL
INFORMATION [SAE J1383, APR 1985,
FIGURE 5]
TYPE 2E1 HEADLAMP DIMENSIONAL
INFORMATION [SAE J1383, APR 1985,
FIGURE 15]
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Federal Register / Vol. 70, No. 250 / Friday, December 30, 2005 / Proposed Rules
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TYPES 1A1, 2A1, AND 2E1 HEADLAMP
MOUNTING RING/LAMP BODY
DIMENSIONAL INFORMATION [SAE
J1383, APR 1985, FIGURE 12]
TYPE 2B1 HEADLAMP MOUNTING RING/
LAMP BODY DIMENSIONAL
VerDate Aug<31>2005
19:10 Dec 29, 2005
Jkt 208001
INFORMATION [SAE J1383, APR 1985,
FIGURE 14]
TYPES 1C1 AND 2C1 HEADLAMP
MOUNTING RING/LAMP BODY
DIMENSIONAL INFORMATION [SAE
J1383, APR 1985, FIGURE 9]
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TYPE 2D1 HEADLAMP MOUNTING RING/
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INFORMATION [SAE J1383, APR 1985,
FIGURE 6]
[FR Doc. 05–24421 Filed 12–29–05; 8:45 am]
BILLING CODE 4910–59–P
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Agencies
[Federal Register Volume 70, Number 250 (Friday, December 30, 2005)]
[Proposed Rules]
[Pages 77454-77599]
From the Federal Register Online via the Government Printing Office [www.gpo.gov]
[FR Doc No: 05-24421]
[[Page 77453]]
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Part II
Department of Transportation
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National Highway Traffic Safety Administration
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49 CFR Part 571
Federal Motor Vehicle Safety Standards; Lamps, Reflective Devices, and
Associated Equipment; Proposed Rule
Federal Register / Vol. 70, No. 250 / Friday, December 30, 2005 /
Proposed Rules
[[Page 77454]]
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DEPARTMENT OF TRANSPORTATION
National Highway Traffic Safety Administration
49 CFR Part 571
[Docket No. NHTSA-2005-22093]
RIN 2127-AJ75
Federal Motor Vehicle Safety Standards; Lamps, Reflective
Devices, and Associated Equipment
AGENCY: National Highway Traffic Safety Administration (NHTSA),
Department of Transportation.
ACTION: Notice of proposed rulemaking (NPRM).
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SUMMARY: Our safety standard on lamps, reflective devices, and
associated equipment specifies performance requirements intended to
reduce the incidence of vehicle crashes by providing adequate
illumination of the roadway and by enhancing motor vehicle conspicuity
in daylight, darkness, and other conditions of reduced visibility. As a
result of various safety initiatives and technological advances in
vehicle lighting, numerous amendments to the regulatory text have left
the standard unwieldy and unnecessarily complicated. In addition, the
standard's provisions have been interpreted frequently by the agency
over the past several decades in response to interpretation request
letters. This document proposes to amend the standard by reorganizing
the regulatory text so that it provides a more straight-forward and
logical presentation of the applicable regulatory requirements, which
includes the agency's interpretation of the existing requirements. This
proposal would not impose any new substantive requirements on
manufacturers.
DATES: You should submit your comments early enough to ensure that
Docket Management receives them not later than March 30, 2006.
ADDRESSES: You may submit comments identified by the DOT Docket Number
cited in the heading of this document by any of the following methods:
Web site: https://dms.dot.gov. Follow the instructions for
submitting comments on the DOT electronic docket site.
Fax: 1-202-493-2251.
Mail: Docket Management Facility; U.S. Department of
Transportation, 400 7th Street, SW., Nassif Building, Room PL-401,
Washington, DC 20590-0001.
Hand Delivery: Room PL-401, 400 7th Street, SW.,
Washington, DC, between 9 am and 5 pm, Monday through Friday, except
Federal Holidays.
Federal eRulemaking Portal: Go to https://
www.regulations.gov. Follow the online instructions for submitting
comments.
Instructions: All submissions must include the agency name and
docket number. Note that all comments received will be posted without
change to https://dms.dot.gov including any personal information
provided. Please see the Privacy Act heading under Rulemaking Analyses
and Notices.
Docket: For access to the docket to read background documents or
comments received, go to https://dms.dot.gov at any time or to Room PL-
401 on the plaza level of the Nassif Building, 400 Seventh Street, SW.,
Washington, DC, between 9 am and 5 pm, Monday through Friday, except
Federal Holidays.
FOR FURTHER INFORMATION CONTACT: For technical issues: David Hines,
Office of Crash Avoidance Standards (NVS-121), NHTSA, 400 Seventh
Street, SW., Washington, DC 20590. (Telephone: (202) 493-0245) (Fax:
(202) 366-7002).
For legal issues: Eric Stas, Office of the Chief Counsel (NCC-112),
NHTSA, 400 Seventh Street, SW., Washington, DC 20590 (Telephone: (202)
366-2992) (Fax: (202) 366-3820).
SUPPLEMENTARY INFORMATION:
Table of Contents
I. Executive Summary
II. Background
A. Historical Overview of the Standard
B. The Need for an Administrative Re-write of the Standard
III. Agency Proposal
A. Summary of the Proposal
B. Process for Developing the Administrative Re-write
1. Review of Existing Regulatory Text
2. Review of Existing Interpretation Letters
3. Structure of the Revised Standard
4. Incorporations by Reference
C. Effective Date
IV. Benefits and Costs
V. Public Participation
VI. Rulemaking Analyses and Notices
I. Executive Summary
The agency is proposing to amend Federal Motor Vehicle Safety
Standard (FMVSS) No. 108, Lamps, reflective devices, and associated
equipment, by reorganizing the regulatory text and directly importing
requirements from applicable Society of Automotive Engineers (SAE)
standards currently incorporated by reference into the standard. The
main objective of this re-write is to increase clarity by: (1) Making
requirements easier to find and comprehend; (2) presenting performance
requirements and test procedures together through the inclusion of
relevant provisions of third-party documents (currently incorporated by
reference) directly into the regulatory text of the standard; and (3)
updating Standard No. 108 to reflect letters of interpretation.
The re-write of FMVSS No. 108 is considered to be administrative in
nature because the standard's existing requirements and obligations are
not being increased, decreased, or substantively modified. Accordingly,
costs associated with manufacturer compliance with Standard No. 108 are
not expected to change as a result of this regulatory action.
II. Background
A. Historical Overview of the Standard
The initial version of FMVSS No. 108 was adopted almost 40 years
ago \1\ to increase motor vehicle safety by establishing requirements
for vehicle lighting, reflective devices, and associated equipment. In
developing the standard, NHTSA incorporated requirements from a number
of industry consensus standards, in particular SAE standards. At that
time, motor vehicle technologies were relatively simple, as compared to
today's designs. For example, motor vehicle headlighting systems were
limited to ones consisting of either two 7-inch or four 5\3/4\-inch
round sealed beam units. During the ensuing years, a number of
rectangular sealed beam units, replaceable bulb headlamps, and integral
beam headlamps were developed, and FMVSS No. 108 was amended to permit
the use of these new technologies. Later, the standard was further
amended to add requirements for center high-mounted stop lamps, side
marker lamps, and side reflex reflectors, to allow for daytime running
lamps, and to address the conspicuity needs of large vehicles. However,
such amendments were made on an ad hoc basis, which, over time,
resulted in a patchwork organization for FMVSS No. 108.
---------------------------------------------------------------------------
\1\ The final rule which first promulgated FMVSS No. 108 was
published on February 3, 1967, with an effective date of January 1,
1968 (see 32 FR 2408).
---------------------------------------------------------------------------
Furthermore, when regulated parties had questions regarding how
FMVSS No. 108 should be interpreted (in many instances due to rapid
advances in lighting technology not fully anticipated or addressed by
the existing regulatory text), they submitted requests for
interpretation to the agency on specific issues. Since its
promulgation, there has been a large number of interpretation letters
issued on FMVSS No. 108. Thus, in its current state, FMVSS No. 108 has
[[Page 77455]]
requirements that are located directly in its regulatory text, located
in referenced SAE standards, and elaborated upon in various agency
interpretations. Since its inception, NHTSA has never completed a
thorough reorganization of the entire standard.
B. The Need for an Administrative Re-write of the Standard
Due to concerns about being able to locate requirements efficiently
and the apparent lack of clarity associated with the standard as
demonstrated by an abundance of letters of interpretation, we have
decided to undertake an administrative re-write of FMVSS No. 108. The
agency has also received complaints that the current text of FMVSS No.
108 sometimes results in confusion, in part due to the way it is
organized. In present form, FMVSS No. 108 does not group all
requirements for a particular lamp together. Regulated parties have
stated that the current organization of FMVSS No. 108 makes it
difficult for them, at times, to be fully confident that all applicable
requirements have been identified and satisfied prior to certification
to the standard. Also, the large number of interpretations that has
been issued by the agency regarding Standard No. 108 makes it difficult
for interested parties to locate and identify the agency's position on
relevant issues. In addition, regulated parties have conveyed to the
agency in recent years that some of the older SAE standards
incorporated by reference into FMVSS No. 108 are no longer readily
available from SAE International.
The agency believes that interested parties should have easy access
to the requirements of the standard, and, therefore, we believe there
would be value in publishing requirements that are currently contained
in third-party documents directly within FMVSS No. 108 itself. For
example, the performance requirements and associated test procedures
for various lamps are currently contained in several referenced SAE
standards. However, the agency believes it would be beneficial to
incorporate these requirements, without change, directly into the
regulatory text of FMVSS No. 108. The same logic applies to our
decision to propose including the results of relevant legal
interpretations into the standard. Furthermore, several provisions in
Standard No. 108 refer to regulatory inception dates that are several
years in the past, so the agency is proposing to eliminate text citing
such past dates.
For these reasons, we believe that the benefits of an
administrative re-write of FMVSS No. 108 (e.g., making the standard
more navigable and thereby facilitating compliance with existing
requirements) justify the necessary commitment of agency resources to
accomplish this reorganization of the standard.
III. Agency Proposal
A. Summary of the Proposal
The agency is proposing to reorganize FMVSS No. 108 in such a
manner as to make it more understandable (e.g., by adopting a
simplified numbering scheme) and to reduce references to third-party
documents. This administrative re-write attempts to organize related
materials in a logical and consistent manner that improves the clarity
of the requirements, thereby increasing its utility for interested
parties. As proposed, the reorganized standard would progress from
vehicle-level requirements to device-level requirements, beginning with
the most common requirements and then proceeding to exceptions. In
order to make requirements easier to find, we are proposing to add a
Table of Contents as an appendix to the standard. In addition, a list
of figures and cross-reference roadmaps are included as a part of this
proposal in order to indicate where specific requirements currently in
FMVSS No. 108 would reside in the reorganized regulatory text of the
standard.
This document also proposes to move figures addressing sealed beam
headlamps that are currently included in FMVSS No. 108 and SAE J1383
(APR 1985) into 49 CFR Part 564 as a newly-created Appendix C.
Consistent with our understanding that few lighting manufacturers still
produce sealed beam headlamps, we see few drawbacks to consolidating
the information regarding sealed beam light sources with other light
source information currently located in 49 CFR Part 564, Replaceable
Light Source Information.
By way of overview, requirements in the proposed re-write of FMVSS
No. 108 are consolidated into dedicated paragraphs. The first several
paragraphs (S1 through S4) would be organized in the same manner as the
present standard, although we note that S4, Definitions, has been
expanded to incorporate relevant definitions from the applicable SAE
standards previously incorporated as part of Standard No. 108. S5 would
address the remaining references to SAE standards.
Whereas Standard No. 108 currently references approximately 35
different SAE documents in nearly 100 separate instances, the proposed
re-write references eight SAE documents, which we believe will not be
commonly used by regulated parties. Performance requirements and
physical and environmental test procedures currently located in SAE
standards, including but not limited to SAE J575d (Aug 1967), SAE J
575e (Aug 1970), SAE J575 (Dec 1988), SAE J565b (Feb 1969), SAE J580
(Dec 1986), SAE J565b (Feb 1969), SAE J590b (Oct 1965), and SAE J945
(Feb 1966), have been included in Tables XXI to XXIII of FMVSS No. 108
as part of the proposed re-write. To the extent possible, the proposed
re-write limits the amount of references within the regulatory text to
other sections of the standard.
As an organizational improvement, the proposal addresses vehicle-
level requirements in S6, including requirements by vehicle type.
Following that, requirements are organized with dedicated sections for
each type of lamp and reflective device, beginning with signal lamps,
reflective devices and associated equipment under S7 and headlamp and
headlighting requirements under S8 through S13, and S16 through S18.
S14 addresses aimability performance requirements, while S15 covers
replaceable light sources (including references to Part 564). The
agency believes this format would make the standard more comprehensible
and user-friendly.
From a regulatory perspective, it is our intention that this
administrative re-write of Standard No. 108 would neither result in any
current obligation being diminished, nor any new obligation being
imposed. Therefore, we do not believe that vehicle manufacturers and
lighting manufacturers would have to make any changes to their
respective products or production processes if this proposal were made
final. Accordingly, we are proposing to make the proposed revisions
effective 180 days after publication of the final rule. Voluntary early
compliance with the reorganized standard is proposed to be permitted
immediately, although the substantive requirements are identical under
both versions.
B. Process for Developing the Administrative Re-Write
1. Review of Existing Regulatory Text
The agency began this administrative re-write process by reviewing
the existing regulatory text of Standard No. 108, including
requirements that are currently incorporated by reference from SAE
standards. During the course of this extensive review, it became
apparent that FMVSS No. 108 could be organized in a more efficient
manner. We noted that, in many instances,
[[Page 77456]]
requirements for a specific lamp are located throughout FMVSS No. 108.
In many cases, the regulatory text of the standard references other
sections within the standard, which made review cumbersome. In other
cases, FMVSS No. 108 contains specific performance requirements but
does not contain the applicable test procedure (which is located in the
cited SAE standard); the agency noted it would be much easier to
simultaneously review both the test procedures and performance
requirements if that information were consolidated in one location, in
contrast to the current arrangement.
2. Review of Existing Interpretation Letters
Because there have been over two thousand interpretation letters
issued by the agency regarding FMVSS No. 108 since the standard was
initially implemented, we attempted to identify the most significant
ones. The criteria used in determining whether an interpretation was
significant focused on whether it provided value in clarifying the
provisions in the standard. In the vast majority of cases, requests for
interpretation have identified questions regarding applicability of
certain provisions to specific design configurations. These
interpretations were not included, because we tentatively concluded
they would not add value to the regulatory text.
Using this approach, in order to clarify the current requirements
of FMVSS No. 108, the re-write proposal contains text from the
following key interpretation letters (each of which is briefly
described in the following paragraphs), to Mr. Alkire \2\ (11/28/89),
Mr. Camp \3\ (6/17/97), Mr. Clarke \4\ (7/28/05), Mr. Farber \5\ (5/26/
00), Mr. King \6\ (7/12/00), Mr. Parkyn \7\ (6/1/98), and Mr. Spingler
(7/2/99 \8\ and 4/6/00 \9\). (Each of these interpretations is
discussed below, although only to the extent necessary to describe the
key principle(s) being incorporated as part of the administrative re-
write of FMVSS No. 108.) It also reflects our notice of interpretation
concerning replacement equipment published in the Federal Register (70
FR 65972) on November 1, 2005. The agency invites input from interested
parties regarding additional interpretations that they believe should
be included in the final rule for this administrative re-write,
including identification of the interpretation, specific text to
consider, and the applicable paragraph of the re-write where it should
be added.
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\2\ https://isearch.nhtsa.gov/files/2169y.html.
\3\ https://isearch.nhtsa.gov/files/15309.ztv.html.
\4\ https://isearch.nhtsa.gov/files/GF002551.3.html.
\5\ https://isearch.nhtsa.gov/files/21341.ztv.html.
\6\ https://isearch.nhtsa.gov/files/21605.ztv.html.
\7\ https://isearch.nhtsa.gov/files/17690.ztv.html.
\8\ https://isearch.nhtsa.gov/files/19548.ztv.html.
\9\ https://isearch.nhtsa.gov/files/21406.ztv.html.
---------------------------------------------------------------------------
The Alkire interpretation addressed questions regarding
modifications that may take a vehicle out of compliance and what
parties are prohibited from making such modifications. It states,
``This standard [FMVSS 108] must be met when the vehicle is
manufactured, and when it is sold to its first purchaser (i.e., dealer-
installed equipment must not affect compliance of the vehicle with the
safety standards).'' Because dealers are increasingly involved in
installing equipment and accessories to vehicles before they are
initially sold and those items usually raise obstruction issues,
explicit language was incorporated in S6.2.2 of this proposal to
address obstruction.
The Camp interpretation established that running boards are
considered substantially similar to other items of equipment such as
signal lamps, marker lamps, outside rearview mirrors, flexible fender
extensions, mud flaps, and outside door handles, and thus should be
likewise excluded from the definition of ``overall width'' that
currently resides in obscurity as footnote 1 to Table IV of Standard
No. 108. All definitions specific to FMVSS No. 108 are located in S4 of
this proposal, including ``overall width.'' Adding running boards to
that definition consolidates all exclusions and clarifies the
requirement.
The Clarke interpretation responded to a request to clarify how
close auxiliary lamps may be mounted to required identification lamps
to avoid impairment. FMVSS No. 108 requires that the three lamps that
make up the identification lamp cluster be spaced from 6 to 12 inches
apart. This unique appearance serves as a signal to other drivers that
the vehicle, so equipped, is a large vehicle. Therefore, our
interpretation letter stated that in making an impairment
determination, the agency considers how close the identification lamps
are spaced to each other, as well as to the auxiliary lamps. In that
letter, the agency stated that positioning auxiliary lamps at a
distance that is at least twice the distance that separates each lamp
in the required three-lamp cluster provides sufficient separation not
to impair the effectiveness of the three lamp cluster. This language
was included in S6.2.5 of this proposal. In addition, the Clarke
interpretation also emphasized that auxiliary lamps must be designed to
comply with the photometric output and be of the same color as required
lamps to avoid impairment. This requirement is contained in S6.2.3 of
this proposal to add clarity.
The Farber interpretation addressed the issue of what actions are
permitted to cause the stop lamps to illuminate. The current explicit
language in FMVSS No. 108 requires that stop lamps illuminate ``upon
application of the service brakes.'' In this interpretation letter,
NHTSA discussed the fact that any item of vehicle equipment that
diminishes the speed of a vehicle beyond normally achievable coast-down
deceleration creates an appearance to a following driver equivalent to
that of a service brake application. Therefore, it would be permissible
for the stop lamps to be illuminated when a device such as an engine
retarder, transmission downshifting device, or similar item acts to
slow the vehicle, because such illumination would not create any
confusion in the mind of a following driver and thus would not ``impair
the effectiveness'' of the required stop lamps. Accordingly, this
proposal states in S6.1.5.1 (Stop lamp activation): ``Each stop lamp
may also be activated when the vehicle is slowed by a device designed
to retard the motion of the vehicle.'' This language also appears in
each of the three ``Stop Lamps'' rows in the ``Device Activation''
column of Table I.
The King interpretation concerned lamp systems (such as stop lamps,
turn signal lamps, and taillamps), that consist of two closely mounted
lamps, one of which is mounted on the outer edge of the deck lid and
the other mounted adjacent on the rear quarter panel. The photometric
requirements for stop lamps, rear turn signal lamps, and taillamps must
be determined based upon how many such individual lamps or individual
lighted sections in a single lamp are present. In the situation
described in the King interpretation, there were two discrete,
physically-separate lamps each having a portion of the total stop, turn
signal, and tail function for one side of the vehicle. Mr. King asked
whether both functions, when considered together, must be designed to
comply with the two-lighted-section photometry requirement for that
function, or whether the lamp mounted on the rear quarter panel must be
designed to comply with the single-lighted-compartment photometric
requirement for that function. NHTSA confirmed that in the situation
described, the lamp that is mounted on the rear quarter panel is the
one that must be designed to comply with FMVSS No. 108 because it will
be visible at all times. In contrast, the lamp
[[Page 77457]]
mounted to the deck lid would be considered supplemental lighting
equipment because it could be out of design position if the vehicle is
operated with the lid open. In order to clarify FMVSS 108's
requirements in such situations, S6.1.3 (Mounting location and height)
of this proposal includes the following sentence: ``When multiple lamp
arrangements of or multiple compartment rear turn signal lamps, stop
lamps, or taillamps are used, with only a portion of the compartments
or lamps installed on a fixed body panel of the vehicle, that portion
must meet at least the photometric requirements for the appropriate
single compartment lamp.''
The Parkyn interpretation responded to a request for clarification
regarding photometric requirements for stop lamps installed on motor-
driven cycles. Regarding such lamps, the applicable section of the
current version of FMVSS No. 108 states the required photometric output
``for the group of test points specified in Figure 1 is at least one-
half of the minimum values set forth in that figure.'' The process of
determining the photometric requirements for parking lamps, taillamps,
and motor-driven cycle stop lamps in FMVSS No. 108 is a multi-step
procedure requiring a calculation based on values found in Figures 1A,
1B, and 1C. NHTSA stated the result of the proper calculation for a
single lighted section motor-driven cycle stop lamp was 26 candela in
Zones 1 and 5, 50 candela in Zones 2 and 4, and 190 candela in Zone 3.
To simplify this requirement, this proposal has obviated the need for
such calculations by eliminating the content of Figures 1A, 1B, and 1C,
choosing instead to place the specific photometric values into new
Table XIV for parking lamps, Table VIII for taillamps, and Table IX for
stop lamps. Footnote 5 of Table IX specifically notes the portion that
applies to motor-driven cycle stop lamps.
The letter of interpretation issued to Mr. Spingler on July 2, 1999
responded to a request for clarification as to whether there are any
lateral limits on headlamp lower beam photometry in the area from
10[deg]U to 90[deg]U. Currently, FMVSS No. 108 Figures 15-1, 15-2, 17-
1, 17-2, 28-1, and 28-2, which address lower beam headlamp photometry,
require a maximum of 125 candela in the area of 10[deg]U to 90[deg]U
but do not cite any lateral limits in that area. In our interpretation
to Mr. Spingler, NHTSA stated, ``The Figures do not state where in
space from left to right to locate the vertical line, and thus, they do
not specify that a line is to be measured. It follows that the only
description of a set of test points is that of the entire area from 90L
to 90R and 10U to 90U, i.e., an area from the extreme left of the test
point grid to the extreme right of the test point grid, with an
elevation of from 10U to 90U.'' This requirement has been explicitly
incorporated in Table XIX of this proposal, which specifies lateral
limits of 90[deg]L to 90[deg]R in the area of 10[deg]U to 90[deg]U.
The letter of interpretation issued to Mr. Spingler on April 6,
2000 concerned the procedure for measuring the cut-off parameter in a
visually/optically aimable headlamp, specifically the appropriate
measurement distance and photo sensor aperture size. In that letter, we
stated that the intent of the negotiated rulemaking, which culminated
with the amendments to FMVSS No. 108 permitting visually-optically
aimed headlamps, was to specify that the cut-off parameter should be
measured and aimed at a distance of 10 meters using a photosensor with
a 10 millimeter diameter. The letter also confirmed that compliance
with photometric requirements is determined at 18.3 meters. NHTSA also
stated its intent to include these requirements in a future amendment
to FMVSS 108. This proposal fulfills that commitment by proposing to
include these requirements in S14.10.1.5.
3. Structure of the Revised Standard
The agency developed the general approach for this proposal to
reorganize FMVSS No. 108 through coordinated efforts between NHTSA and
a lighting consultant with whom the agency contracted. The proposed
structure for this administrative re-write follows that of a report
submitted under this contract (which may be found in the docket for
this rulemaking), beginning with the most common requirements and then
proceeding to exceptions and permutations. As proposed, the standard
progresses from vehicle-level requirements to device-level
requirements, consolidated from a structural perspective to the extent
possible. References to third-party documents have been eliminated, to
the extent possible, with applicable requirements instead being
included directly in the text of FMVSS No. 108.
The following provides an overview of the provisions contained in
the revised standard, as proposed. As previously mentioned, paragraphs
S1 through S4 are nearly identical to the existing standard. S5 makes
clear that some SAE documents continue to be incorporated by reference
in FMVSS No. 108 and states that a list of those SAE documents may be
found in 49 CFR 571.5(j). (We note that while 49 CFR 571.5 (j) does not
currently exist, a recent NPRM \10\ published in the Federal Register
proposed to establish 49 CFR 571.5 as a centralized repository of all
third-party documents incorporated by reference in our FMVSSs.)
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\10\ 70 FR 36094 (June 22, 2005). This NPRM primarily addressed
the definition of ``designated seating position'' (see Docket No.
NHTSA-2005-21600-1).
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As proposed, we have reorganized S6 to include the vehicle-level
requirements for motor vehicle lighting equipment. The basic parameters
for such equipment, including quantity required, color, mounting, and
activation, are addressed. Supplementing S6 is Table I. Table I
specifies requirements for the above parameters for each lamp and
reflective device. In terms of hierarchy, Table I is organized by
starting with equipment required on all vehicles (except trailers and
motorcycles), and then listing other required or optional devices that
are necessary depending on the specific width, length, weight,
construction, or purpose of a vehicle. This process is subsequently
repeated for trailers and motorcycles.
Proposed Table I also incorporates the content from Tables I, II,
III, and IV of current FMVSS No. 108, as well as activation
requirements from the text of the current standard. The term
``activation'' is given the same meaning in both the proposed re-write
and the current version of FMVSS No. 108; that term refers to how the
light sources for specific lighting functions are energized. Some of
these requirements are currently identified as ``wiring'' requirements
under FMVSS No. 108, but because of problems associated with imprecise
usage of that term, we have decided not to use it to describe
energizing light sources in the re-write.
S6 also describes additional equipment that may be installed under
the standard, such as Daytime Running Lamps (DRLs) and additional
quantities of required devices above those needed to make a vehicle
compliant with the standard. A recent letter of interpretation (the
previously discussed letter of interpretation to Mr. Clarke) concerning
the installation of auxiliary identification lamps is reflected in this
section. The requirement that additional equipment cannot impair the
effectiveness of required equipment is also included under S6, along
with requirements that arise when a lamp or reflective device is
obscured by another item of equipment. Permitted and prohibited
combinations of lamps and reflective devices are included in S6.3,
[[Page 77458]]
and S6.4 deals with the requirements of effective projected luminous
lens area and visibility. Specific effective projected luminous lens
area and visibility requirements for all lamps are listed in Tables IV
and V.
The use of ``DOT'' and ``DRL'' markings is explained in S6.5. We
note that although we considered consolidating all marking requirements
into one section, such an approach proved to be unattainable because of
the organizational structure chosen for the re-write. Because the
``DOT'' marking is the one that has the widest applicability for items
of equipment regulated under FMVSS No. 108 items and in light of the
prominent position of S6.5, we do not believe that it would be
overlooked by future users.
S6.6 lists the various items of associated equipment required on
regulated vehicles. It also includes requirements for a license plate
holder previously referenced in SAE J587 (OCT 1981). Another important
provision is S6.7, which covers replacement lighting equipment. The
proposed language in the re-write states that such equipment must
conform to all requirements except photometry, and it must be designed
to conform to photometry requirements, either of the current version of
FMVSS No. 108 or the version in effect at the time of manufacture of
the original equipment being replaced. This text provides the
distinction for older lamp replacements contained in paragraphs S5.8.3
to S5.8.9 of the current standard.
Performance requirements based upon physical tests (e.g., corrosion
test, vibration test, dust test) begin at S6.8. Most of the detailed
test procedures and performance requirements have been placed in Table
XXI for associated equipment, Table XXII for signal lamps, motorcycle
headlamps, and reflective devices, and Table XXIII for headlamps. Tests
for color and plastic optical materials placed in Table XXII also may
apply to headlamps.
S6.8 also includes detailed procedures for photometric testing. For
example, one specific test procedure applies to all lamps, except
license plate lamps, headlamps, and DRLs. Another test procedure is
specifically for license plate lamps, while yet another applies only to
DRLs. Headlamps have their own test procedure, as do reflex reflectors
and retroreflective sheeting. A major distinction between these
different photometry test procedures is the minimum distance required
between the sample lamp or reflective device and the photo detector.
Requirements for specific lamps, reflective devices, and items of
associated equipment are contained in S7. There is a provision for each
individual type of lamp or reflective device, under which design
requirements, if any, are listed, and physical test requirements for
that item are contained in Table XXII. In addition, the photometric
test requirements specific to each signal lamp or reflective device are
included in Tables VII through XVII. These tables, along with their
footnotes, provide complete photometric requirements for the lamps and
reflective devices installed on all regulated vehicles covered under
the standard. Photometry requirements generally include minimum and
maximum luminous intensities at specific test points or groups of test
points, intensities for arrays of multiple lamps or multiple
compartment lamps, intensity ratios between the separate functions of
optically combined lamps, as well as differing intensities for lamps
that perform the same function but are of different colors.
Requirements for conspicuity systems on truck tractors and some
trailers are also a part of S7. The text of S7 sets forth presence,
performance, and marking requirements, while the application
requirements for covered vehicles are contained in Table III. Figures
11, 12-1, 12-2, and 13 visually supplement the narrative explanation in
Table III concerning the placement of conspicuity material on these
vehicles. Table XVI includes photometry requirements for reflex
reflectors, conspicuity reflex reflectors, and retroreflective
sheeting. Specific requirements for items of associated equipment are
contained in S7.14, while the applicable test requirements are
specified in Table XXI.
S8 contains the requirements for headlighting systems and cites
Table II, which specifically addresses the four categories of headlamps
that are permitted to be installed on vehicles. Each of these
categories (sealed beam, integral beam, replaceable bulb, and
combination headlighting systems) has specific photometric
requirements. The requirements are also dependent upon whether the
system is a two-lamp or four-lamp design and whether the headlamps are
mechanically or visually aimed. All upper beam photometric requirements
are contained in Table XVIII, and all lower beam photometric
requirements are contained in Table XIX. S8 also describes how upper
beam and lower beam headlamps must be arranged on the vehicle.
Under proposed S9, the standard provides more detailed requirements
for sealed beam headlamps, including a statement explaining that basic
design information may be found in Appendix C of Part 564. In addition,
S9 specifies requirements for a sealed beam headlighting system in
which the upper and lower beams are aimed simultaneously. The text also
directs the reader to the applicable photometric and physical test
requirements for that type of headlighting system.
Similar to the provisions in S9, paragraph S10 contains analogous
provisions for integral beam headlamps, and paragraph S11 contains
those same type of provisions for replaceable bulb headlamps. S12
contains requirements for combination headlamps. A combination headlamp
system, being composed of a combination of specific sealed beam
headlamps, integral beam headlamps, or replaceable bulb headlamps, does
not have specific performance requirements. Rather, its component parts
are required to meet the performance associated with their particular
category.
Paragraph S13 contains requirements for motorcycle headlamps.
Generally, motorcycles may use one half of any listed headlamp system
or a headlighting system exclusive to motorcycles. The standard
includes design requirements for the motorcycle-exclusive system in S13
and associated photometry requirements in Table XX. Requirements for
motorcycle headlamp modulation systems are also contained in S13.
Paragraph S14 addresses headlamp adjustment and aiming. Headlamps
may either be mechanically aimed by an external aiming device that
attaches to the lens face, mechanically aimed by using an integral
aiming device called a Vehicle Headlamp Aiming Device (VHAD), or be
visually-optically aimed. S14 includes specific requirements for each
of these aiming systems, and Table XXIII contains physical test
requirements for the VHAD system. Requirements for marking the optical
axis of a headlamp are also contained in this section.
Paragraph S15, dealing with replaceable light sources, is almost
identical to the corresponding section currently in FMVSS No. 108;
however, some test procedures and performance requirements have been
incorporated into Table XXIII. Paragraph S16, addressing headlamp
concealment devices, has been adopted verbatim from the current FMVSS
No. 108. Paragraph S17 consolidates marking requirements that apply
only to headlamps and lists for reference the other sections of the
FMVSS No. 108 re-write where marking requirements reside. Paragraph S18
contains requirements for headlamps with replaceable lenses.
[[Page 77459]]
4. Incorporations by Reference
FMVSS No. 108 currently incorporates approximately three dozen SAE
standards by reference. Under the proposed reorganization of the re-
write, the number of SAE standards that would continue to be
incorporated by reference is reduced to eight. This reduction would be
achieved by including performance requirements and test procedures
currently contained in SAE standards into the tables and text of FMVSS
No. 108. We believe that this modification would greatly increase the
utility of the document and that most interested parties would
infrequently, if ever, need to use the SAE standards that continue to
be incorporated by reference.
Under the proposed re-write, FMVSS No. 108 would still incorporate
the requirements of the following SAE Standards by reference: (1) SAE
J588e, Turn Signal Lamps (September 1970), (2) SAE J573d, Lamp Bulbs
and Sealed Units (December 1968), (3) SAE J577, Vibration Test Machine
(April 1964), (4) SAE J823b, Flasher Test Equipment (April 1968), (5)
SAE J602, Headlamp Aiming Device for Mechanically Aimable Sealed Beam
Headlamp Units (August 1963), (6) SAE J602, Headlamp Aiming Device for
Mechanically Aimable Sealed Beam Headlamp Units (October 1980), (7) SAE
J2009, Discharge Forward Lighting Systems (February 1993), and (8) SAE
J1050, Describing and Measuring the Driver's Field of View.
C. Effective Date
As previously discussed, the proposed amendments set forth in this
notice would not make substantive changes to the existing standard.
Instead, we are proposing to amend and reorganize the regulatory text
of FMVSS No. 108 so that it simplifies the presentation of the
standard's requirements for lamps, reflective devices, and associated
equipment and reflects the agency's interpretation of the existing
requirements. We believe vehicle manufacturers and lighting
manufacturers would not have to make any changes to their respective
products or production processes if this proposal were made final;
instead, the proposed amendments should reduce the burden of certifying
to Standard No. 108 for regulated parties. Accordingly, we are
proposing to make the proposed revisions effective 180 days after
publication of the final rule. Voluntary early compliance with the
reorganized standard would be permitted immediately, although the
substantive requirements are identical under both versions.
IV. Benefits and Costs
Because this proposal only reorganizes the existing requirements of
the standard, we do not anticipate that there would be any costs or
benefits associated with this rulemaking action to implement an
administrative re-write of FMVSS No. 108, other than the benefits
associated with a clearer, easier-to-read standard. Accordingly, the
agency did not conduct a separate economic analysis for this
rulemaking.
V. Public Participation
How Can I Influence NHTSA's Thinking on This Notice?
In developing this notice, NHTSA has sought to address the concerns
of all stakeholders. Your comments will help us determine the final
form for the standard, pursuant to the FMVSS No. 108 re-write. We
invite you to provide different views about the issues presented,
specific interpretations that have not been included in the re-write
that you think should be (including applicable proposed regulatory
text), how this notice may affect you, or other relevant information.
We welcome your views on all aspects of this notice. Your comments will
be most effective if you follow the suggestions below:
Explain your views and reasoning as clearly as possible.
Provide empirical evidence, wherever possible, to support
your views.
If you estimate potential costs, explain how you arrived
at that estimate.
Provide specific examples to illustrate your concerns.
Offer specific alternatives, including proposed regulatory
text.
Reference specific sections of the notice in your
comments, such as the units or page numbers of the preamble, or the
regulatory sections.
Be sure to include the name, date, and docket number of
the proceeding as part of your comments.
How Do I Prepare and Submit Comments?
Your comments must be written and in English. To ensure that your
comments are correctly filed in the Docket, please include the docket
number of this document in your comments.
Your comments must not be more than 15 pages long. (49 CFR 553.21)
We established this limit to encourage you to write your primary
comments in a concise fashion. However, you may attach necessary
additional documents to your comments. There is no limit on the length
of the attachments.
Please submit two copies of your comments, including the
attachments, to Docket Management at the address given above under
ADDRESSES.
You may also submit your comments to the docket electronically by
logging onto the Dockets Management System Web site at https://
dms.dot.gov. Click on ``Help & Information'' or ``Help/Info'' to obtain
instructions for filing your document electronically.
How Can I Be Sure That My Comments Were Received?
If you wish Docket Management to notify you upon its receipt of
your comments, enclose a self-addressed, stamped postcard in the
envelope containing your comments. Upon receiving your comments, Docket
Management will return the postcard by mail. Each electronic filer will
receive electronic confirmation that his or her submission has been
received.
How Do I Submit Confidential Business Information?
If you wish to submit any information under a claim of
confidentiality, you should submit three copies of your complete
submission, including the information you claim to be confidential
business information, to the Chief Counsel, NHTSA, at the address given
above under FOR FURTHER INFORMATION CONTACT. In addition, you should
submit two copies, from which you have deleted the claimed confidential
business information, to Docket Management at the address given above
under ADDRESSES. When you send a comment containing information claimed
to be confidential business information, you should include a cover
letter delineating that information, as specified in our confidential
business information regulation. (49 CFR Part 512.)
Will the Agency Consider Late Comments?
We will consider all comments that Docket Management receives
before the close of business on the comment closing date indicated
above under DATES. To the extent possible, we will also consider
comments that Docket Management receives after that date. If Docket
Management receives a comment too late for us to consider it in
developing a final rule (assuming that one is issued), we will consider
that comment as an informal suggestion for future rulemaking action.
[[Page 77460]]
How Can I Read the Comments Submitted by Other People?
You may read the comments received by Docket Management at the
address given above under ADDRESSES. The hours of the Docket are
indicated above in the same location.
You may also review filed public comments on the Internet. To read
the comments on the Internet, take the following steps:
1. Go to the Docket Management System (DMS) Web page of the
Department of Transportation (https://dms.dot.gov/).
2. On that page, click on ``search.''
3. On the next page (https://dms.dot.gov/search/), type in the four-
digit docket number shown at the beginning of this document. (Example:
If the docket number were ``NHTSA-1998-1234,'' you would type
``1234.'') After typing the docket number, click on ``search.''
4. On the next page, which contains docket summary information for
the docket you selected, click on the desired comments. You may
download the comments. Although the comments are imaged documents,
instead of word processing documents, the ``pdf'' versions of the
documents are word searchable.
Please note that even after the comment closing date, we will
continue to file relevant information in the Docket as it becomes
available. Further, some people may submit late comments. Accordingly,
we recommend that you periodically check the Docket for new material.
Data Quality Act Statement
Pursuant to the Data Quality Act, in order for substantive data
submitted by third parties to be relied upon and used by the agency, it
must also meet the information quality standards set forth in the DOT
Data Quality Act guidelines. Accordingly, members of the public should
consult the guidelines in preparing information submissions to the
agency. DOT's guidelines may be accessed at https://dmses.dot.gov/
submit/DataQualityGuidelines.pdf.
VI. Rulemaking Analyses and Notices
A. Vehicle Safety Act
Under 49 U.S.C. Chapter 301, Motor Vehicle Safety (49 U.S.C. 30101
et seq.), the Secretary of Transportation is responsible for
prescribing motor vehicle safety standards that are practicable, meet
the need for motor vehicle safety, and are stated in objective
terms.\11\ These motor vehicle safety standards set a minimum standard
for motor vehicle or motor vehicle equipment performance.\12\ When
prescribing such standards, the Secretary must consider all relevant,
available motor vehicle safety information.\13\ The Secretary also must
consider whether a proposed standard is reasonable, practicable, and
appropriate for the type of motor vehicle or motor vehicle equipment
for which it is prescribed and the extent to which the standard will
further the statutory purpose of reducing traffic accidents and
associated deaths.\14\ The responsibility for promulgation of Federal
motor vehicle safety standards has been delegated to NHTSA.\15\
---------------------------------------------------------------------------
\11\ 49 U.S.C. 30111(a).
\12\ 49 U.S.C. 30102(a)(9).
\13\ 49 U.S.C. 30111(b).
\14\ Id.
\15\ 49 U.S.C. 105 and 322; delegation of authority at 49 CFR
1.50.
---------------------------------------------------------------------------
FMVSS No. 108, Lamps, Reflective Devices, and Associated Equipment,
was originally established in a final rule published in the Federal
Register on February 3, 1967 (32 FR 2408). The purpose of the standard
is to reduce traffic accidents and deaths and injuries resulting from
traffic accidents, by providing adequate illumination of the roadway,
and by enhancing the conspicuity of motor vehicles on the public roads
so that their presence is perceived and their signals understood, both
in daylight and in darkness or other conditions of reduced visibility.
Since the time of the standard's initial promulgation, the agency has
undertaken numerous rulemakings and interpretations related to Standard
No. 108, in many cases to deal with the emergence of new lighting
technologies. In recent years, concerns have been raised that after
nearly four decades of amendment, navigating the requirements of the
standard has become increasingly difficult. Therefore, the agency is
proposing an administrative re-write of Standard No. 108 in order to
improve its structure and clarity, without changing any of its existing
substantive requirements. In preparing this proposed rule, the agency
carefully considered the statutory requirements of 49 U.S.C. Chapter
301.
First, this proposal reflects the agency's careful consideration
and analysis of all existing regulatory provision of FMVSS No. 108, as
well as salient letters of interpretation related to that standard. In
developing the substantive provisions of the standard over the years,
the agency considered all relevant, available motor vehicle safety
information, including available research, testing results, and other
information related to various technologies. This proposed
administrative re-write does not change any of these existing
provisions or the basis therefore.
Second, to ensure that the requirements of FMVSS No. 108 are
practicable (as well as consistent with our safety objectives), the
agency evaluated the cost, availability, and suitability of the
standard's provisions, both when initially adopted and during
subsequent amendments. As noted above, the changes resulting from this
proposal are administrative in nature and would not impact the costs
and benefits of the standard. In sum, we believe that this proposal is
practicable and would maintain the benefits of Standard No. 108.
Third, the proposed regulatory text following this preamble is
stated in objective terms in order to specify precisely what
performance is required and how performance will be tested to ensure
compliance with the standard. In certain cases, the proposal would
modify the language of the standard to improve clarity or to
incorporate existing interpretations, again without changing the
substance of the existing requirements.
Fourth, we believe that this proposed rule would meet the need for
motor vehicle safety by clarifying the safety standard, thereby making
it easier for regulated parties to comply with all applicable
requirements.
Finally, we believe that this proposal is reasonable and
appropriate for motor vehicles subject to the applicable requirements.
As discussed elsewhere in this notice, the modifications to the
standard resulting from this proposal would be administrative in
nature. It does not affect the substance of the requirements or the
bases for those requirements, as articulated in earlier rulemakings.
Accordingly, we believe that this proposal would be appropriate for
covered vehicles that are or would become subject to these provisions
of FMVSS No. 108 because it furthers the agency's objective of
preventing crash-related deaths and serious injuries by ensuring
adequate illumination of roadways and enhanced conspicuity of motor
vehicles.
B. Executive Order 12866 and DOT Regulatory Policies and Procedures
Executive Order 12866, ``Regulatory Planning and Review'' (58 FR
51735, October 4, 1993), provides for making determinations whether a
regulatory action is ``significant'' and therefore subject to OMB
review and to the requirements of the Executive Order. The Order
defines a ``significant
[[Page 77461]]
regulatory action'' as one that is likely to result in a rule that may:
(1) Have an annual effect on the economy of $100 million or more or
adversely affect in a material way the economy, a sector of the
economy, productivity, competition, jobs, the environment, public
health or safety, or State, local, or Tribal governments or
communities;
(2) Create a serious inconsistency or otherwise interfere with an
action taken or planned by another agency;
(3) Materially alter the budgetary impact of entitlements, grants,
user fees, or loan programs or the rights and obligations of recipients
thereof; or
(4) Raise novel legal or policy issues arising out of legal
mandates, the President's priorities, or the principles set forth in
the Executive Order.
This rulemaking document was not reviewed by the Office of
Management and Budget under Executive Order 12866. The rule is not
considered to be significant within the meaning of E.O. 12866 or the
Department of Transportation's Regulatory Policies and Procedures (44
FR 11034 (Feb. 26, 1979)). As stated above in Section IV, Benefits and
Costs, this proposal is not expected to require parties subject to the
requirements of the safety standard to alter their existing practices
for certifying compliance with Standard No. 108 or to increase costs of
compliance, because the proposal would only reorganize and clarify
existing requirements. Accordingly, the agency has not prepared any
supplemental economic analysis to accompany this rulemaking document.
C. Regulatory Flexibility Act
Pursuant to the Regulatory Flexibility Act (5 U.S.C. 601 et seq.,
as amended by the Small Business Regulatory Enforcement Fairness Act
(SBREFA) of 1996), whenever an agency is required to publish a notice
of rulemaking for any proposed or final rule, it must prepare and make
available for public comment a regulatory flexibility analysis that
describes the effect of the rule on small entities (i.e., small
businesses, small organizations, and small governmental jurisdictions).
The Small Business Administration's regulations at 13 CFR Part 121
define a small business, in part, as a business entity ``which operates
primarily within the United States.'' (13 CFR 121.105(a)). No
regulatory flexibility analysis is required if the head of an agency
certifies the rule will not have a significant economic impact on a
substantial number of small entities. SBREFA amended the Regulatory
Flexibility Act to require Federal agencies to provide a statement of
the factual basis for certifying that a rule will not have a
significant economic impact on a substantial number of small entities.
NHTSA has considered the effects of this proposed rule under the
Regulatory Flexibility Act. I certify that this proposed rule would not
have a significant economic impact on a substantial number of small
entities. The rationale for this certification is that the present
proposal does not make any substantive changes to this safety standard,
so affected parties would be able to continue current practices without
change. Accordingly, we do not anticipate that this proposal would have
a significant economic impact on a substantial number of small
entities.
D. Executive Order 13132 (Federalism)
Executive Order 13132, ``Federalism'' (64 FR 43255, August 10,
1999), requires NHTSA to develop an accountable process to ensure
``meaningful and timely input by State and local officials in the
development of regulatory policies that have federalism implications.''
``Policies that have federalism implications'' are defined in the
Executive Order to include regulations that have ``substantial direct
effects on the States, on the relationship between the national
government and the States, or on the distribution of power and
responsibilities among the various levels of government.'' Under
Executive Order 13132, the agency may not issue a regulation with
Federalism implications, that imposes substantial direct compliance
costs, and that is not required by statute, unless the Federal
government provides the funds necessary to pay the direct compliance
costs incurred by State and local governments, the agency consults with
State and local governments, or the agency consults with State and
local officials early in the process of developing the proposed
regulation. NHTSA also may not issue a regulation with Federalism
implications and that preempts a State law unless the agency consults
with State and local officials early in the process of developing the
regulation.
NHTSA has analyzed this proposed rule in accordance with the
principles and criteria set forth in Executive Order 13132, and the
agency determined that the rule would not have sufficient Federalism
implications to warrant consultations with State and local officials or
the preparation of a Federalism summary impact statement. This proposed
rule is not expected to have any substantial effects on the States, or
on the current distribution of power and responsibilities among the
various local officials.
E. Executive Order 12988 (Civil Justice Reform)
Pursuant to Executive Order 12988, ``Civil Justice Reform'' (61 FR
4729, February 7, 1996), the agency has considered whether this
rulemaking would have any retroactive effect. This proposed rule would
not have any retroactive effect. Under 49 U.S.C. 30103, whenever a
Federal motor vehicle safety standard is in effect, a State may not
adopt or maintain a safety standard applicable to the same aspect of
performance which is not identical to the Federal standard, except to
the extent that the State requirement imposes a higher level of
performance and applies only to vehicles procured for the State's use.
49 U.S.C. 30161 sets forth a procedure for judicial review of final
rules establishing, amending, or revoking Federal motor vehicle safety
standards. That section does not require submission of a petition for
reconsideration or other administrative proceedings before parties may
file a suit in court.
F. Executive Order 13045 (Protection of Children from Environmental
Health and Safety Risks)
Executive Order 13045, ``Protection of Children from Environmental
Health and Safety Risks'' (62 FR 19855, April 23, 1997), applies to any
rule that: (1) Is determined to be ``economically significant'' as
defined under Executive Order 12866, and (2) concerns an environmental,
health, or safety risk that the agency has reason to believe may have a
disproportionate effect on children. If the regulatory action meets
both criteria, the agency must evaluate the environmental health or
safety effects of the planned rule on children, and explain why the
planned regulation is preferable to other potentially effective and
reasonably feasible alternatives considered by the agency.
This proposed rule is not subject to E.O. 13045 because it is not
an economically significant regulatory action under Executive Order
12866, and because it does not involve decisions based upon health and
safety risks that disproportionately affect children.
G. Paperwork Reduction Act
Under the Paperwork Reduction Act of 1995 (PRA), a person is not
required to respond to a collection of information by a Federal agency
unless the collection displays a valid OMB control number. This
proposed rule does not contain any collection of information
[[Page 77462]]
requirements requiring review under the PRA.
H. National Technology Transfer and Advancement Act
Section 12(d) of the National Technology Transfer and Advancement
Act of 1995 (NTTAA), Public Law 104-113, (15 U.S.C. 272) directs the
agency to evaluate and use voluntary consensus standards in its
regulatory activities unless doing so would be inconsistent with
applicable law or is otherwise impractical. Voluntary consensus
standards are technical standards (e.g., materials specifications, test
methods, sampling procedures, and business practices) that are
developed or adopted by voluntary consensus standards bodies, such as
the Society of Automotive Engineers. The NTTAA directs us to provide
Congress (through OMB) with explanations when we decide not to use
available and applicable voluntary consensus standards. The NTTAA does
not apply to symbols.
This proposal would not adopt or reference any new industry or
consensus standards that were not already present in Standard No. 108.
The agency's statements regarding the rationale for the use (or non-
use) of third-party standards, as presented in prior rulemakings,
remain unchanged.
I. Unfunded Mandates Reform Act
Section 202 of the Unfunded Mandates Reform Act of 1995 (UMRA)
requires federal agencies to prepare a written assessment of the costs,
benefits, and other effects of proposed or final rules that include a
Federal mandate likely to result in the expenditure by State, local, or
tribal governments, in the aggregate, or by the private sector, of more
than $100 million annually (adjusted for inflation with base year of
1995 (so currently about $112 million in 2001 dollars)). Before
promulgating a NHTSA rule for which a written statement is needed,
section 205 of the UMRA generally requires the agency to identify and
consider a reasonable number of regulatory alternatives and adopt the
least costly, most cost-effective, or least burdensome alternative that
achieves the objectives of the rule. The provisions of section 205 do
not apply when they are inconsistent with applicable law. Moreover,
section 205 allows the agency to adopt an alternative other than the
least costly, most cost-effective, or least burdensome alternative if
the agency publishes with the final rule an explanation of why that
alternative was not adopted.
This proposed rule is not anticipated to result in the expenditure
by State, local, or tribal governments, in the aggregate, or by the
private sector in excess of $112 million annually. Instead, the cost
impact of this administrative re-write of Standard No. 108 is expected
to be $0. Therefore, the agency has not prepared an economic assessment
pursuant to the Unfunded Mandates Reform Act.
J. National Environmental Policy Act
NHTSA has analyzed this rulemaking action for the purposes of the
National Environmental Policy Act. The agency has determined that
implementation of this action would not have any significant impact on
the quality of the human environment.
K. Regulatory Identifier Number (RIN)
The Department of Transportation assigns a regulation identifier
number (RIN) to each regulatory action listed in the Unified Agenda of
Federal Regulations. The Regulatory Information Service Center
publishes the Unified Agenda in April and October of each year. You may
use the RIN contained in the heading at the beginning of this document
to find this action in the Unified Agenda.
L. Privacy Act
Please note that anyone is able to search the electronic form of
all comments received into any of our dockets by the name of the
individual submitting the comment (or signing the comment, if submitted
on behalf of an association, business, labor union, etc.). You may
review DOT's complete Privacy Act Statement in the Federal Register
published on April 11, 2000 (Volume 65, Number 70; Pages 19477-78), or
you may visit https://dms.dot.gov.
L