Consumer Information; Program for Child Restraint Systems, 10637-10664 [2011-4212]
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Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
DEPARTMENT OF TRANSPORTATION
National Highway Traffic Safety
Administration
[Docket NHTSA–2010–00062]
Consumer Information; Program for
Child Restraint Systems
National Highway Traffic
Safety Administration (NHTSA),
Department of Transportation (DOT).
ACTION: Request for comments.
AGENCY:
On April 24, 2009, DOT
announced that NHTSA would establish
a new consumer information program,
as part of the New Car Assessment
Program, to help caregivers find a child
restraint system (‘‘child safety seat’’) that
fits their vehicle. Under the program,
NHTSA will make available information
from vehicle manufacturers as to the
specific child safety seats the
manufacturers recommend for
individual vehicles. This document
primarily details observations from an
agency pilot study conducted to
determine reasonable conditions for
participation in such a program. It also
proposes a set of forms comprised of
objective criteria which vehicle
manufacturers can use to identify child
safety seats that fit their vehicles. The
agency anticipates that this program
will make it easier for caregivers to
select a child safety seat that fits in their
vehicle.
DATES: Comments should be submitted
early enough to ensure that they are
received no later than March 28, 2011.
ADDRESSES: Comments should refer to
the docket number above and be
submitted by one of the following
methods:
• Federal Rulemaking Portal: https://
www.regulations.gov. Follow the online
instructions for submitting comments.
Fax: 1–202–493–2251.
• Mail: Docket Management Facility,
U.S. Department of Transportation, 1200
New Jersey Avenue, SE., West Building
Ground Floor, Room W12–140,
Washington, DC 20590–0001.
• Hand Delivery: West Building
Ground Floor, Room W12–140, 1200
New Jersey Avenue, SE., Washington,
DC between 9 a.m. and 5 p.m. ET,
Monday through Friday, except Federal
Holidays.
• Instructions: For detailed
instructions on submitting comments
and additional information on the
rulemaking process, see the Public
Participation heading of the
Supplementary Information section of
this document. Note that all comments
received will be posted without change
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to https://www.regulations.gov, including
any personal information provided.
• Privacy Act: 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).
FOR FURTHER INFORMATION CONTACT: For
non-legal issues related to the VehicleChild Restraint System (CRS) Fit
program, you may contact Ms. Jennifer
N. Dang, Office of Crashworthiness
Standards (Telephone: 202–493–0598).
For legal issues, you may contact Ms.
Deirdre Fujita, Office of Chief Counsel
(Telephone: 202–366–2992). You may
send mail to these officials at the
National Highway Traffic Safety
Administration, 1200 New Jersey
Avenue, SE., West Building,
Washington, DC 20590–0001.
SUPPLEMENTARY INFORMATION:
Table of Contents
I. Executive Summary
II. Introduction
III. The Current Child Safety Problem
IV. NHTSA’s CRS Activities
V. Addressing Vehicle-CRS Compatibility
A. Consumer Information
B. LATCH
VI. Considerations for Development of a New
Consumer Information Program To
Address Vehicle-CRS Compatibility
VII. Review of Worldwide Child Restraint
Consumer Information Programs
VIII. Conditions for Participation, Program
Administration, and Distribution
A. Conditions for Participation in the
Vehicle-CRS Fit Program
B. Program Administration
C. Program Distribution
IX. Pilot Study To Assess Effectiveness of
Preliminary Vehicle-CRS Fit Program
Evaluation Criteria
A. Development of Vehicle-CRS Fit
Evaluation Forms
B. Pilot Study Approach
1. Vehicle Selection
2. CRS Selection
C. General Pilot Study Observations
X. Pilot Study Observations and Resulting
Proposed Fit Criteria
A. Vehicle Seat Belts
B. Top Tether Anchorages
C. Lower Anchorages
D. Head Restraints
E. CRS Installation, Use, and Tightness
F. Vehicle Owner’s Manual
G. Weight Limits
H. Rear-Facing CRS
XI. Conclusions and Effective Date
XII. Paperwork Reduction Act
XIII. Public Participation
Appendices
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APPENDIX A: Worldwide Child Restraint
Consumer Information Programs
A. Child Restraints Evaluation Program
(CREP)
B. Consumers Union
C. EuroNCAP
D. Japan NCAP (JNCAP)
E. New Program for the Assessment of
Child Restraint Systems (NPACS) and
the Child Seat Rating Scheme
APPENDIX B: Pilot Study Evaluation Form
APPENDIX C: Observations From VehicleCRS Pilot Study
APPENDIX D: Proposed Vehicle-CRS Fit
Assessment Forms
APPENDIX E: Installation Methods for
Assessing Vehicle-CRS Fit
I. Executive Summary
Child restraint systems (CRS) are very
effective at protecting children sitting in
vehicles that are involved in motor
vehicle crashes. Nonetheless, past
studies have shown that installation
mistakes that reduce or negate the
effectiveness of CRS still occur
frequently. Instances of misuse for child
restraints can be attributed to user error
or to incompatibilities between the
child restraint and the vehicle. To
address misuse due to user error,
NHTSA conducts a CRS Ease of Use
(EOU) program. To address the need for
increased compatibility, DOT
announced, on April 24, 2009, that
NHTSA would establish a new
consumer information program, as part
of the New Car Assessment Program, to
help caregivers find a child restraint
system that fits their vehicle.
The agency believes that this program
will (1) provide consumer service by
offering guidance on vehicle-CRS
matchups, (2) complement NHTSA’s
Ease of Use program, 4 Steps for Kids
consumer information campaign, as
well as other child passenger safety
initiatives, and (3) encourage child
restraint and vehicle manufacturers to
work together to address the need for
increased compatibility.
This document outlines factors that
the agency deemed significant to the
development of a Vehicle-CRS Fit
program and details observations from
an agency pilot study conducted to
determine reasonable conditions for
participation in such a program. It also
proposes a set of forms comprised of
objective criteria that vehicle
manufacturers can use to identify child
safety seats that fit their vehicles. In
developing the proposed evaluation
forms, the agency considered general
installation techniques that are required
for all CRS installations, specific
installation techniques and other factors
that apply to certain types of CRS or
particular modes of use, and vehicle
features that may influence proper CRS
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fit. Under the program, NHTSA will
disseminate a list of child restraints that
manufacturers suggest will fit in their
individual vehicles on Safercar.gov.
To participate in the program, vehicle
manufacturers shall recommend at least
three current model year child restraints
within each of three different CRS
categories (rear-facing, forward-facing,
and booster). For the forward-facing
category, at least one high-weight
harness CRS shall be recommended, and
for the booster category, no more than
one of the three recommended booster
seats may be a dedicated backless
booster. Additionally, the three
recommended CRS for each of the three
CRS categories shall be from three
different CRS manufacturers and shall
also meet three established price points
(inexpensive, moderately-priced, and
expensive) based on the child restraint’s
Manufacturer’s Suggested Retail Price.
To ensure recommended CRS satisfy the
proposed fit evaluation criteria, the
agency is also proposing to conduct its
own assessments to spot-check fit for
recommended vehicle-CRS
combinations.
The agency is proposing this program
for voluntary participation by vehicle
manufacturers and is seeking comment
on all of its aspects.
II. Introduction
NHTSA is primarily responsible for
reducing deaths, injuries, and economic
losses as a result of motor vehicle
crashes. Child safety seats, technically
referred to as child restraint systems
(CRS) by Federal Motor Vehicle Safety
Standard (FMVSS) No. 213, ‘‘Child
restraint systems,’’ are widely agreed to
be the most effective motor vehicle
safety equipment available for
restraining children. Although parents
and caregivers strive to protect their
children in motor vehicles,
unfortunately, statistics on CRS misuse
reveal that installation mistakes still
happen with considerable frequency. A
2004 study conducted with the support
of NHTSA estimated that errors in
installation, identified as critical errors
by the study, occur at a high rate of 72.6
percent.1 While this study found the
most common reasons for misuse to be
loose harness straps securing the child
to the CRS and loose vehicle seat belt
attachment to the CRS, other types of
misuse were also observed. Though
instances of misuse such as loose
vehicle seat belts can be attributed to
user error, in some cases it may also be
attributed to incompatibilities between
1 Decina L.E. and Lococo K. H. (2004). Misuse of
Child Restraints. NHTSA Publication No. DOT HS
809 671, Page 2.
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the CRS and the vehicle. Due to the
variety of vehicle and child restraint
features in the U.S. market, some
combinations of child restraints and
vehicles make proper installation more
difficult to achieve.
In the spring of 2009, the Secretary of
Transportation tasked the agency with
conducting a top-to-bottom review of
child restraint regulations and consumer
information. As a result of this internal
review, the agency determined that
while CRS are effective at protecting
children, more can be done to improve
their performance. Several agency
initiatives were developed toward that
end. Several programs pursue upgrading
FMVSS No. 213 by adding side impact
requirements to the standard, and by
evaluating future improvements to its
frontal impact requirements.
In addition, a new consumer
information initiative was begun to
enhance the ease with which parents
and caregivers can choose a CRS for
their vehicle, knowing that the CRS will
fit their vehicle when installed. Under
the program, NHTSA will make
available recommendations from vehicle
manufacturers as to the specific child
safety seats, in various price ranges, that
fit in individual vehicles. NHTSA
believes that providing parents with
information about which child restraints
fit in their vehicle(s) will improve
consumers’ confidence in and comfort
with using CRSs, and will reduce
installation mistakes.
This document describes the agency’s
efforts to develop, pilot test, and
propose a Vehicle-CRS Fit program for
consumer information purposes. The
agency is proposing this program, which
will be part of NHTSA’s New Car
Assessment Program (NCAP), for
voluntary participation by vehicle
manufacturers and is seeking comment
on all of its aspects. Vehicle
manufacturers who wish to participate
could use finalized versions of the
evaluation forms provided in this
document as a means of determining
whether a particular CRS meets the
agency’s criteria for fit in their vehicles.
Once a vehicle manufacturer has
determined that a child restraint
satisfies the agency’s criteria for fit, it
may submit this information to NHTSA
for publication on the agency’s
consumer information Web site, https://
www.safercar.gov.2
III. The Current Child Safety Problem
Child restraints reduce fatal injury by
71 percent for children less than 1 year
2 As part of the program, NHTSA will spot-check
the fit of CRSs in vehicles to make sure that the
information is accurate.
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old and by 54 percent for toddlers (1–
4 years old) in passenger cars.3
Similarly, in light trucks, the
corresponding reductions are 58 and 59
percent for infants and toddlers.
The agency, along with
manufacturers, local governments, and
consumer groups, have consistently
urged the public to put all children in
age-appropriate restraints in the rear
seats of vehicles. In recent years, many
States have also passed child restraint
and booster seat laws, which require
children to travel in approved restraints
for their age.4 These education and
regulatory efforts are working; over the
past decade, the percentage of
unrestrained child fatalities has
decreased significantly: 23 percent in
2008 5 compared to 43 percent in 1998.6
In June of 2009, NHTSA published a
Research Note that provided more
detailed demographic information about
child restraint use. In a national
probability sample of gas stations, day
care centers, recreation centers, and
restaurants in five fast food chains, it
determined that 99 percent of children
under age 1, 92 percent of children from
ages 1 to 3, 89 percent of children ages
4 to 7, and 85 percent of children ages
8 to 12 were restrained.7
Tragically, in 2008, there were still
297 passenger vehicle occupant
fatalities among children under 4 years
of age. Restraint use was not known for
all of these fatalities, but of the 282
children whose restraint use was
known, 94 (32 percent) of those children
were unrestrained. In the same year,
however, an estimated 244 lives of
children under age 5 were saved by
proper restraint use. Of these lives
saved, 219 were attributed to the use of
child restraints and 25 to the use of
adult safety belts. If 100 percent
restraint use for children under age 5
had been attained in 2008, the agency
estimates that 79 additional lives, for a
total of 323 children, could have been
saved that year.8
3 Traffic Safety Facts 2007: Occupant Protection,
DOT HS 810 991, National Center for Statistics and
Analysis, 1200 New Jersey Ave, SE., Washington,
DC 20590, Page 4.
4 https://www.iihs.org/laws/ChildRestraint.aspx.
5 Traffic Safety Facts 2008: Children, DOT HS 811
157, National Center for Statistics and Analysis,
1200 New Jersey Ave, SE., Washington, DC 20590,
Page 4.
6 Traffic Safety Facts 1998: Children, DOT HS 808
951, National Center for Statistics and Analysis, 400
7th Street, SW., Washington, DC 20590, Page 4.
7 Traffic Safety Facts: Child Restraint Use in
2008—Demographic Results, NHTSA Publication
No. DOT HS 811 148, National Center for Statistics
and Analysis, 1200 New Jersey Ave, SE.,
Washington, DC 20590, Pages 2–5.
8 Traffic Safety Facts 2008: Occupant Protection,
DOT HS 811 157, National Center for Statistics and
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IV. NHTSA’s CRS Activities
When a parent or caregiver is seeking
information regarding a new CRS
purchase, the agency’s guidance is that
a caregiver should select a restraint that
is certified as meeting FMVSS No. 213,
fits the child, can be used correctly
every time, and can achieve a proper
installation in the vehicle in which it
will be used. The agency addresses
these recommendations in the following
ways:
• All child restraints sold in the
United States must comply with the
requirements in FMVSS No. 213. This
standard contains dynamic frontal
impact sled tests as well as strict
labeling and component durability and
strength requirements. All child
restraints are evaluated on a pass-fail
basis. Test dummies representing
newborn, twelve-month-old, three-yearold, and six-year-old children are
secured in age-, height- and weightappropriate CRS to evaluate their
dynamic performance. The latter three
dummies are instrumented and must
meet HIC (Head Injury Criterion), head
excursion, and chest acceleration
requirements when subjected to the 213
test. FMVSS No. 213 also specifies knee
excursion requirements for CRS tested
with the three-year-old and six-year-old
dummies, and additional structural
durability and requirements with which
all CRS must comply.
• To ensure that consumers choose a
child restraint that fits their child, the
agency created its 4 Steps for Kids
consumer information campaign. This
initiative arranges the agency’s child
passenger safety message into four
phases, or ‘‘steps,’’ of a child’s
development. The first three ‘‘steps’’ are
CRS-related guidelines that explain to
consumers how to properly transition
children from rear-facing restraints to
forward-facing restraints and finally to
belt-positioning boosters. The fourth
‘‘step’’ provides information on when it
is appropriate for children to transition
into rear seat adult lap/shoulder belts.
Choosing age-, height-, and weightappropriate restraints for children
throughout their development reduces
their risk of injury in a crash.
• As mentioned earlier in the
introduction, high rates of misuse for
child restraints have been observed. To
address this concern, along with child
restraint usability, the agency conducts
a CRS Ease of Use (EOU) program. The
agency published a Final Notice
announcing the EOU program in
November of 2002.9 This program
Analysis, 1200 New Jersey Ave, SE., Washington,
DC 20590, Page 4.
9 67 FR 67448, Docket NHTSA–2001–10053.
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created child restraint usability ratings
based on five categories: Ease of
Assembly, Clarity of Labeling, Clarity of
Instructions, Ease of Securing the Child,
and Ease of Securing the CRS in the
Vehicle. Substantial improvement in
CRS usability features was observed:
Only 57 percent of child restraints
received the top rating when the
program began, and by 2007, 81 percent
of child restraints received the top
rating. In 2008, the program was
updated to reflect changes in the CRS
fleet by: Amending certain criteria, redistributing the Ease of Assembly
criteria category among the remaining
four, and converting to a five-star rating
system instead of the previous threeletter rating system.10 The agency
continues to add child restraint
usability ratings to the list each year. As
of December 2009, ratings for 128 child
restraints were available.11 Child
restraints are evaluated separately from
vehicles through this program, but
certain facets of the program relate to
vehicle installation. The ‘‘Ease of
Securing the CRS in Vehicle’’ category
addresses features on the child restraint
that aid in vehicle installation. For
example, built-in seat belt lock-offs 12
eliminate the need for a locking clip in
many instances. Wider belt paths allow
the caregiver to more easily route the
seat belt or lower attachment belt
through the belt path, and push-button
lower anchor connectors may be pushed
on and removed with the touch of a
button. Features such as these lessen the
effort required to install a child restraint
and are, in many cases, accommodated
by the vehicle.
• The agency also conducts several
other child passenger safety initiatives.
NHTSA maintains the content of the
National Child Passenger Safety
Certification curriculum through
partnerships with respected child
passenger safety experts.13 This
certification program is estimated to
have trained tens of thousands of
interested individuals to become Child
Passenger Safety Technicians (CPSTs).
During this certification, individuals
learn how to properly install a large
variety of child restraints and how to
assist parents and caregivers in doing so
10 73
FR 6261, Docket NHTSA–2006–25344.
of Use Ratings can be found either in
Docket NHTSA–2006–25344 or at https://
www.nhtsa.gov/portal/nhtsa_eou/.
12 Some child restraints have built-in devices for
locking the vehicle seat belt in place so that the
retractor or separate locking clips do not have to be
used.
13 These experts include members of The National
Child Passenger Safety Board, AAA, Safe Kids
Worldwide, The Children’s Hospital of
Philadelphia, vehicle and CRS manufacturers, and
others.
11 Ease
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themselves. CPSTs are an especially
valuable resource to the agency because
they can provide information to the
caregivers at the community level. The
curriculum is monitored and updated as
necessary based on changes to the CRS
fleet and best practice methodology.14
The agency also manages National Child
Passenger Safety Week, an annual
campaign during which community
organizations across the country host
safety seat checkups and other child
passenger safety awareness events.
NHTSA’s major child passenger safety
initiatives (FMVSS No. 213, 4 Steps for
Kids, Ease of Use, and the CPST
Curriculum) help parents and caregivers
select an age-, height-, and weightappropriate CRS that is simple to use
and that is safe. However, the agency
has recognized for some time that
because of incompatibility issues
between the vehicle and the CRS,
parents and caregivers may still have
difficulty not only selecting a CRS that
fits their vehicle(s), but also properly
installing selected child restraints in
their vehicle(s). The CPST Curriculum
may also not reach the general public.
Accordingly, the agency has taken
several steps to address vehicle-CRS
compatibility issues.
V. Addressing Vehicle-CRS
Compatibility
A. Consumer Information
To date, the agency’s attempts at
developing a consumer information
program that addresses vehicle-CRS
compatibility issues have encountered a
number of challenges. One of the most
difficult issues the agency has had to
resolve is how to manage the enormous
amount of information that can be
generated on the dozens of CRSs and
vehicles on the market and the possible
interface between each CRS and each
vehicle model.
In the fall of 1995, NHTSA tried to
develop a vehicle and child restraint
database. At the time, the agency
surmised that a vehicle-CRS matrix
could be distributed via CD–ROM to
caregivers, child passenger safety
advocates, and any other parties that
educate the public about proper child
restraint use. The resulting matrix was
intended to be all-inclusive; information
on specific child restraints would be
coupled with details about vehicle
makes, models, and available seating
positions in which they could be
successfully installed. However, during
the database development, the agency
14 CPST best practice methodology is considered
the most acceptable way to transport a child safely
on the basis of the child’s age, weight, height, and
body development.
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determined that its initial work toward
providing information on the
compatibility of 35 CRS with 100
vehicles from model years 1993–1996
was overly ambitious. The sheer number
of vehicle/CRS combinations made the
data collection efforts overwhelming,
especially considering that the agency
was only working with a subset of the
entire vehicle and CRS fleets. The initial
matrix was also limited in its
usefulness; the data applied only to the
specific combinations of vehicles and
child restraints listed. Because the
development of the database proved
unworkable, and because adoption of a
standardized CRS attachment system
was under consideration, the agency
decided to discontinue its efforts to
develop a vehicle-CRS matrix.
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B. LATCH
On March 5, 1999, the agency issued
a final rule establishing FMVSS No. 225,
‘‘Child restraint anchorage systems.’’
This standard, which became fully
effective on September 1, 2002, required
the Lower Anchors and Tethers for
CHildren (LATCH) system in most
passenger vehicles and compatible
hardware components on child
restraints. A ‘‘LATCH’’ system is
comprised of a set of small bars (known
as lower anchors) located near the seat
bight, and a third attachment point
(known as a top tether anchor) located
above or behind the vehicle seat.
FMVSS No. 225 requires a LATCH
system to be installed at two rear seating
positions on vehicles, and a top tether
anchor at a third position. The final rule
also amended FMVSS No. 213 to require
child restraints to be equipped with
attachments that mate with vehicles’
lower anchors.
The intention of the rulemaking was
to provide an easy-to-use CRS
attachment system that is independent
of the vehicle seat belts. Through
LATCH, incompatibility problems were
reduced, and CRS installation made
more intuitive and more effective.
LATCH successfully resolved some of
the compatibility problems that users
experienced with seat belts. In most
vehicles, child restraints can be
installed using LATCH successfully. In
a 2006 NHTSA survey, loose installation
rates of child restraints had decreased
from previous studies: Sixty-one percent
of child restraints were securely
installed using LATCH in the 2006
study, whereas a 2004 study examining
incorrect installations with seat belts
found only up to forty-six percent of
child restraints were securely
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installed.15 The report concluded that
there are two main reasons for this
development: The absence of locking
clips and the simplified process of
fastening the LATCH attachments to the
vehicle anchors. Many caregivers prefer
using LATCH over seat belts when
possible. Of those surveyed with
experience using both LATCH and a
seat belt, seventy-five percent preferred
LATCH. Fifty-five percent of those who
did not use LATCH were either unaware
that lower anchors were available in
their vehicle or were unsure how to use
them.16
In short, the LATCH system has
successfully provided caregivers with
an alternative to seat belts installations.
Caregivers using LATCH to install their
child restraint no longer have to
remember a host of additional seat belt
installation steps such as locking the
vehicle seat belt when installing the
child restraint. They also do not have to
wrestle with seat belt geometry
incompatibilities such as buckle stalk
lengths and anchor points.
VI. Considerations for Development of
a New Consumer Information Program
To Address Vehicle-CRS Compatibility
NHTSA is committed to improving
vehicle-CRS compatibility and
providing better consumer information.
LATCH has improved the ease with
which a CRS can be installed in a
vehicle; however, it does not
standardize the contours of the vehicle
seat or the footprint of the CRS.
Consequently, some child restraints
might fit a particular vehicle better than
other child restraints. Getting parents to
select a restraint that is known to fit
their vehicle ensures that they begin the
installation process with a higher
potential for success and level of
efficiency in attaining a correct
installation. It can also reduce their
frustration and confusion. For these
reasons, the agency has decided to
develop and propose a consumer
information program to address CRS fit
in vehicles.
The agency hopes that a program that
focuses on vehicle-CRS compatibility
15 Decina, L.E., Lococo, K.H., Doyle, C.T., Child
Restraint Use Survey: LATCH Use and Misuse,
NHTSA Publication No. DOT HS 810 679, National
Highway Traffic Safety Administration, December
2006, Page 2.
16 Additionally, it was found that caregiver
preference played a large role in LATCH use. For
example, even though the CRS may technically fit
in the vehicle seat, the caregiver may find that
locating the LATCH anchors is difficult due to stiff
vehicle cushions or the deep placement of anchors
within some vehicles’ seat bights. Others may
simply be more comfortable using the seat belt to
install the child restraint because of prior
experience with that method of installation; others
may simply assume that the seat belt is safer.
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will drive not only improved vehicle
designs, but perhaps improved CRS
designs, too, as child restraint and
vehicle manufacturers will likely have
to work together to address the need for
increased compatibility. Changes to CRS
footprints, redesigned belt paths, and
more LATCH-friendly hardware are a
few of the design changes that could be
introduced as a result of compatibilityfocused efforts. Although the agency
realizes that implementation of such
changes may take time, we believe that
voluntary design improvements will
nonetheless occur due to the increased
cooperative efforts between vehicle and
CRS manufacturers to improve vehicleCRS compatibility.
To best serve consumers, the agency
believes that any program designed to
assess vehicle-CRS compatibility should
complement and supplement other
child restraint and vehicle information
it promulgates. Such a program should
also result in a robust, repeatable
assessment so that it is effective at not
only helping parents and caregivers
choose a child restraint that fits their
vehicle(s), but also, in turn, helps deter
misuse and frustration stemming from
incompatibilities. We believe this can
best be achieved by developing a
program that is based solely on objective
criteria. A program based on objective
criteria should be simpler for
manufacturers and evaluators to
understand and use compared to one
based on subjective assessments.
Establishing objective assessment
criteria should also help to minimize
manufacturer concerns that consumers
selecting a recommended CRS may still
have difficulty fitting the CRS in their
vehicle(s). This may promote increased
voluntary participation as a result and
ultimately provide consumers with the
CRS information that they need.
VII. Review of Worldwide Child
Restraint Consumer Information
Programs
In developing a program that would
assist consumers in finding a child
restraint that fits in their vehicle(s),
NHTSA examined other child restraintrelated consumer information and rating
programs internationally and did not
find a system that met all of the agency’s
needs.17 However, a portion of a draft
ISOFIX usability standard developed by
the International Standards
Organization (ISO) was found to be most
relevant.18
17 The agency’s review of child restraint
consumer information programs is included as
Appendix A.
18 ISO is a collection of organizations from 162
countries responsible for establishing world-wide
voluntary industry standards. Representatives from
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Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
In 1999, ISO published a draft
standard outlining specifications for a
rigid anchor system, known as
‘‘ISOFIX,’’ for attaching child restraints
to vehicles. In 2004, it also developed a
draft standard on tether anchorages and
their acceptable locations in vehicles.
Together, these two draft standards
outlined the requirements for a
dedicated in-vehicle CRS installation
system that is very similar to the U.S.
LATCH system. In addition, ISO has
since drafted rating forms for evaluating
the usability of vehicle ISOFIX designs
with different child restraints.19 The
intent of these ratings forms is to assess
the usability of a particular vehicle’s
ISOFIX system as well as a particular
child restraint’s installation features
(which is similar to, but not as
comprehensive as, the agency’s current
Ease of Use program). In addition, the
forms also assess the interface between
that vehicle and CRS when the user
actually performs an installation.
Of all the consumer information and
ratings programs the agency examined,
the ISO draft standard most closely fit
the agency’s needs because of its unique
assessment of the installation interface
between a CRS and a vehicle. However,
the agency was not able to draw
extensively from the draft ISO usability
standard for the proposed Vehicle-CRS
Fit program for a number of reasons. For
instance, in light of its comprehensive
Ease of Use program, the agency did not
see a need for including a CRS usability
evaluation as a part of this Vehicle-CRS
Fit program, nor did the agency feel that
inclusion of criteria pertaining to the
usability of CRS attachment hardware
was warranted. Adopting a program that
evaluates the actual vehicle-CRS
interface would effectively address
certain ISO criteria related to the
usability of CRS attachment hardware in
vehicles because the attachment
hardware may generate installation
issues, such as instability, that can
prohibit a child restraint from fitting
properly in a vehicle. Some of the ISO
criteria also incorporate the ease of
performing tasks related to the
installation, and many of these are then
designated ‘‘good,’’ ‘‘average,’’ or ‘‘poor.’’
For the proposed program, the agency
wanted to include only objective
installation criteria that pertain to
proper fit, i.e., whether a proper fit was
achieved, not the ease of attaining that
fit. In addition, the ISO draft rating
these countries have helped publish over 17,500
international standards on various technical
subjects, products, and processes.
19 ISO/DIS 29061–1. Road vehicles—Methods and
criteria for usability evaluation of child restraint
systems and their interface with vehicle anchorage
systems.
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forms only evaluate ISOFIX
installations. The agency wanted a
program that assessed both LATCH and
seat belt installations. Finally, the ISO
draft standard does not cover booster
seats either, and the agency wanted to
include these in its Vehicle-CRS Fit
program since they are an important
part of its child passenger safety
initiatives.
VIII. Conditions for Participation,
Program Administration, and
Distribution
Observations from an agency pilot
study confirmed that installation issues
can arise from either the child restraint
or the vehicle, and can also be vehicleCRS interface specific. For some
vehicles, the same fit problem was
observed when installing several
different CRS types (infant, convertible,
combination, booster, etc.) and models
of child restraints. Considering that
these same child restraints could be
properly installed in several other
vehicle models, it appears that for the
vehicle models in which the subject
child restraints would not fit, design
changes to accommodate a greater
number of CRS models would be
appropriate. In some instances,
inadequate fit was observed for every
seat belt or LATCH installation for every
child restraint installed in a vehicle.
Therefore, it is likely that manufacturers
of such vehicles would need to make
changes to improve fit for both LATCH
and seat belt installations to have
information included in the consumer
information program described today.
Additionally, it was found that certain
vehicle features may prohibit the
installation of certain types of CRS in
certain seating positions. Consequently,
it may not be reasonable for vehicle
manufacturers to claim that a child
restraint fits in all applicable seating
locations within a vehicle. Furthermore,
space constraints, particularly for
smaller vehicle models, may dictate the
position of a vehicle’s front seats or rear
seating positions that are acceptable for
installation of certain CRS.
A. Conditions for Participation in the
Vehicle-CRS Fit Program
In the interest of time and the need for
improved consumer information, the
agency is proposing that this program
begin as a voluntary effort in MY 2012
for vehicle manufacturers only; however
we are seeking comment on whether
more time is needed. We believe that
consumers will shop for a CRS having
their vehicle already in mind, so it
would be most reasonable for the fit
program to be vehicle-based. The agency
also believes gaining access to vehicles
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is more difficult and burdensome for
child restraint manufacturers than it is
for vehicle manufacturers to gain access
to child restraints. However, the agency
does not think that child restraint
manufacturers should be excluded from
the vehicle-CRS fit efforts; in fact, the
contrary is true. NHTSA highly
encourages vehicle and child restraint
manufacturers to work together to
complete these fit assessments.
However, at this time, the agency will
only collect vehicle-child restraint fit
suggestions from vehicle
manufacturers.20
The agency is proposing that vehicle
manufacturers should install child
restraints in their vehicles, and while
doing so, should bear in mind the
considerations outlined throughout this
document, and use the evaluation forms
included in Appendix D (once they are
finalized) to assess CRS fit in their
vehicles. For a manufacturer to indicate
that a specific child restraint fits in a
particular vehicle, the child restraint
must be assessed in all applicable
modes of use and in all appropriate
seating positions in the vehicle.
Depending on the restraint, modes of
use can include, but are not limited to:
Rear-facing, forward-facing, booster
(high-back and backless), with and
without a base, and with both ‘‘short’’
and ‘‘long’’ belt paths, where applicable.
Child restraints that manufacturers
determine fit a vehicle must fit in every
appropriate seating location in the
vehicle. For most passenger cars,
appropriate seating positions will
include those in the rear or second row;
however, additional rows of seating
must also be assessed, if applicable.
Because of the agency’s continuing
efforts to ensure that children ride in the
rear seat, the agency does not expect
manufacturers of vehicles with rear
seats that can accommodate child
restraints to provide fit suggestions for
the front right passenger seat.21 For two20 Vehicle-CRS fit recommendations will be
accepted only for those vehicles having Gross
Vehicle Weight Ratings (GVWRs) of 10,000 lbs. or
less, as this program is intended to supplement
NCAP, which limits testing to vehicles having
GVWRs of 10,000 lbs. or less.
21 The agency understands that in some cases,
such as in transporting four children in a vehicle
with only five seating positions, forward-facing
restraints or booster seats may be correctly installed
in the front right passenger seat. However, as the
agency wants to encourage that children be
properly restrained in the rear of the vehicle unless
the vehicle in which they are traveling does not
have a rear seating location, the agency does not
want to suggest to parents and caregivers that the
front seat is an acceptable travel position for
younger occupants by providing vehicle-CRS fit
recommendations for this seat. Therefore, the
agency does not expect vehicle manufacturers to
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seaters and pickup trucks without a rear
seat that have an air bag on-off switch,
however, we believe that it would be
appropriate to indicate child restraints
that fit the front right passenger seat.
The agency is proposing to not permit
manufacturer recommendations of child
restraints or boosters that fit in only
certain seating positions or rows in the
vehicle. The agency feels that parents
and caregivers who purchase a child
restraint for their vehicle based on this
program should have the option to use
it in all appropriate seating locations.
This is especially important when the
family grows and child restraints are
often moved from the center to the two
outboard seating positions or from the
second to the third row. However, the
pilot study showed that it may be
difficult for vehicle manufacturers to
meet this condition for participation. In
a number of cases, an excellent fit was
possible in outboard seating positions,
but not in the center position, or viceversa. Accordingly, although the agency
tentatively believes that this stipulation
is necessary, we are requesting comment
on whether we should permit a CRS to
be identified by the vehicle
manufacturer as fitting its vehicle even
if the CRS does not fit in all seating
positions. Although we would like
eventually to list only those child
restraints that fit unconditionally in
vehicles, should we accept, at this point
in the program, a listing of CRSs that fit
in only certain seating positions?
Limitations on CRS use in the vehicle
could be noted on Safercar.gov. We
question whether requiring that a CRS
fit all seating positions in all rows
(except the driver’s seat row) may result
in reduced vehicle manufacturer
participation in the short term and no
CRS being listed for a number of
vehicles on Safercar.gov.
Although vehicle manufacturers must
ensure that recommended child
restraints fit for all applicable modes of
their use, the agency has tentatively
decided to allow the manufacturer to
specify that a child restraint fits when
installed with either LATCH or the
vehicle seat belts (plus top tether, if
applicable). Of course, it is most ideal
for a child restraint to fit correctly using
either method of installation. However,
the agency’s pilot study revealed that
requiring both methods for this program
would make it difficult for many
manufacturers to participate. Depending
on the vehicle design, either a LATCH
or seat belt installation was found to be
problematic for many of the CRS
selected for the pilot study, but not
necessarily both.
The agency feels that giving the
vehicle manufacturers the option to
assess fit for either LATCH or seat belt
installations will likely result in better
participation and useful information for
consumers. This approach can alert
consumers to incompatibilities related
to LATCH anchor spacing, seat belt
length, buckle stalk length, etc., that
they may not have been otherwise aware
of, hopefully decreasing the number of
incorrect installations in the field. The
agency also suspects that some vehicle
manufacturers will be interested in
making design changes to increase the
number of child restraints that can
achieve a proper installation in their
vehicle(s) with either LATCH or seat
belts. The agency recognizes, however,
that making vehicle improvements to
either system can require some lead
time. Consequently, in the interim,
manufacturers can provide consumers
with fit suggestions based on either
child restraint installation method.
The agency is also proposing that to
participate in the Vehicle-CRS Fit
program (i.e., to have the CRS
information included on Safercar.gov),
vehicle manufacturers need to identify
at least three current model year child
restraints within each of three different
categories: rear-facing, forward-facing,
and booster. We are proposing to
condition participation on listing
restraints in all type/age categories as a
way to encourage manufacturers to
address systematically and
comprehensively the issue of CRS fit for
all ages and sizes of children. These
categories were also chosen because
they follow NHTSA’s 4 Steps for Kids
program.
Child restraints within each of the
three type/age categories should also be
from three different child restraint
manufacturers. This condition for
participation is being proposed to
encourage vehicle manufacturers to
work with a variety of child restraint
manufacturers and products. It will also
discourage a vehicle manufacturer from
forming partnerships with only one
child restraint manufacturer and thus
minimize consumer confusion or belief
that only one brand of child restraint is
acceptable for use in their vehicle. Also,
NHTSA believes that this condition may
give manufacturers with low volume
child restraint models the opportunity
to gain additional exposure. To satisfy
the booster category, we are proposing
that no more than one of the three
booster seats can be a dedicated
backless booster. This condition is being
proposed for a few reasons. For one,
most backless boosters have higher
minimum height and weight
requirements than their high-back
counterparts. Therefore, requiring more
high-back boosters in order to
participate serves to cover a greater
range of child sizes. In addition, some
high-back boosters are designed such
that the back can eventually be removed
and used as a backless booster when the
child reaches a certain height. In this,
there are a number of products on the
market that are both styles in one and
would have to be evaluated for fit in
both high-back and backless modes
anyway. Further, the agency suspects
that due to their increased complexity,
high-back boosters will likely exhibit
more fit complications.
The agency is tentatively proposing to
not permit vehicle manufacturers to
recommend fewer than three child
restraints for any one of the three
categories (rear-facing, forward-facing,
and booster); recommendations of only
one or two child restraints for any one
category will not be posted on
Safercar.gov. The agency questions
whether this approach is appropriate or
whether providing one or two
recommendations for any one category
may better serve consumers than
providing no CRS recommendations for
a particular category. Comments are
requested on this issue.
Since it is generally advisable for
parents to keep children in a harness for
as long as possible to ensure the highest
level of crash protection, the agency is
proposing to further stipulate that at
least one high-weight harness CRS be
identified in the forward-facing
category. These high-weight harness
CRS are child safety seats that allow use
of internal harness systems on children
weighing more than 40 pounds. If a
vehicle manufacturer has fulfilled the
basic program participation conditions,
they then have the option of also
recommending ‘‘All-in-one,’’ ‘‘three-inone,’’ and built-in child restraints.
Recommendations made for these CRS
types, however, are optional. They
would have to be in addition to those
made for child restraints outlined
previously as conditions for
participation. Figure 1 depicts the
acceptable types of CRS that can be
recommended within each of the three
main categories.
assess front right passenger seat fit if a usable rear
seat exists.
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Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
The agency’s last proposed condition
for participation in this program regards
price points. Within each of the three
categories (rear-facing, forward-facing,
and booster), vehicle manufacturers
must identify products that meet
established price categories based on the
child restraint’s Manufacturer’s
Suggested Retail Price (MSRP). The
proposed price points for each category,
which were established based on a
survey of model year 2009 CRS, are
shown in Table 1. These price points
were established so that CRS selection
is not limited to the most expensive
child restraints available, and again to
ensure a variety of CRS makes and
models. A child restraint does not need
to be expensive to provide adequate
crash protection. Likewise, the agency
wants to encourage through this
program that a child restraint does not
need to be expensive in order to fit
properly in one’s vehicle. If a vehicle
manufacturer would like to fulfill only
the minimum conditions for
participation for three child restraint
recommendations in a particular
category, they must include at least one
restraint that falls in the ‘‘inexpensive’’
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range and at most one restraint in the
‘‘expensive’’ range. If more than three
child restraints are recommended for
any one category, the additional child
restraints may fall within any price
point the vehicle manufacturer chooses.
The agency is proposing to provide
vehicle manufacturers with this pricepoint information with the Buying a
Safer Car information request and plans
to re-evaluate the price points as
needed. Comments are requested on this
approach.
TABLE 1—PRICE POINTS FOR CRS CATEGORIES
Rear-facing
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B. Program Administration
The agency proposes that the easiest
way to collect child restraint and
vehicle fit suggestions is through
NCAP’s annual Buying a Safer Car
information request since vehicle
manufacturers are already familiar with
its submission process. Though
participation in this program would be
voluntary, the agency would also need
to ensure that any fit information it
receives from manufacturers is correct.
As in the pilot study, the agency could
rent or lease vehicles to spot-check
child restraints identified by vehicle
manufacturers as fitting specified
vehicles. Using the final versions of the
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< $100
$100–$200
> $200
evaluation forms proposed in this
document, the agency would spot-check
the vehicle-CRS fits identified by the
vehicle manufacturers.22
C. Program Distribution
The agency is proposing that the
vehicle-CRS fit combinations identified
by vehicle manufacturers be published
via the Safercar.gov Web site, the
22 Similar to how NHTSA conducts its EOU
program, the agency is proposing that two twoperson agency teams would spot-check fit
recommendations in the same vehicle. If both teams
did not reach similar conclusions about whether a
CRS meets the fit requirements for a particular
vehicle, another NHTSA representative would make
the final determination.
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< $130
$130–$230
> $230
Booster
< $80
$80–$100
> $100
agency’s main consumer information
portal. Adding this information to
Safercar.gov can provide consumers
with the best available vehicle-CRS fit
information and provide market
incentives among manufacturers. In the
past, this has helped to ensure the
success of voluntary programs such as
the agency’s side air bag out-of-position
testing initiative through NCAP.23
Nearly every vehicle manufacturer
23 Each year, vehicle manufacturers provide
evidence to the agency that they have conducted
(and passed) a series of tests designed to assess the
aggressivity of side air bags with respect to out-ofposition occupants. Participating vehicle
manufacturers are given credit on Safercar.gov in
exchange for providing this data.
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Inexpensive ..........................................................................................................
Moderately Expensive .........................................................................................
Expensive ............................................................................................................
Forward-facing
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voluntarily participated in this program
within two years. The agency has also
taken a similar approach in MY 2011 for
promoting vehicles with advanced crash
avoidance technologies.24 Though this
program does not assess the occupant
protection afforded by a particular
vehicle-CRS combination in a crash, the
agency believes that giving consumers
information on whether a child restraint
may be installed properly in a vehicle
does provide indirect safety benefits. By
providing consumers with information
about child restraints that have been
successfully installed in particular
vehicles, the agency seeks to improve
consumers’ confidence in and comfort
with selecting and using CRSs, and to
reduce installation mistakes in the field.
For the Vehicle-CRS Fit program, the
agency is proposing to display all
suggested child restraints along with
information pertaining to vehicle star
ratings and safety features. As is the
case in the Ease of Use program, NHTSA
plans to minimize consumer confusion
by emphasizing to consumers that the
child restraint suggestions are not
recommendations based on the CRS or
vehicle’s safety performance.
Furthermore, to reduce manufacturer
concerns that displaying particular
child restraint suggestions on
Safercar.gov will imply that assessments
are an indicator of occupant safety in
the event of a vehicle crash, the agency
proposes to add a disclaimer to the
Vehicle-CRS Fit assessment section of
the Web site which will state, ‘‘NOTE:
The restraints above have been
determined to fit successfully in this
vehicle via the method(s) listed. This is
an assessment of installation ONLY and
should NOT be considered a safety
claim for the vehicle or the child
restraint. ALL child restraints and
vehicles sold in the United States must
pass rigorous Federal standards. Child
restraints provide high levels of safety
when selected to be age- and sizeappropriate for the child and properly
installed.’’
In addition, it will be further
explained that the child restraints listed
may not be the only products that can
achieve a successful installation in that
vehicle. To address concerns that
parents and caregivers may believe that
child restraints listed on Safercar.gov
are the only CRS that are acceptable for
their child and that will fit in their
vehicle, the agency proposes to also
include the following note: ‘‘This list of
child restraints is not all-inclusive.
Vehicle manufacturers voluntarily
provide this information for parents and
24 Federal Register Volume 72, No 175, 51908–
51973. September 11, 2009.
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caregivers as a starting point to help
them select a child restraint that fits
their child and fits their vehicle. You
may find other child restraints that fit
equally as well as those presented
above. Also, you may contact a Child
Passenger Safety Technician (CPST) in
your area to check that your child seat
both fits and is installed properly in
your vehicle by clicking here: https://
www.nhtsa.gov/cps/cpsfitting/
index.cfm.’’
If, during spot-checking activities, a
child restraint is found to not meet the
fit assessment criteria, NHTSA is
proposing to remove that information
from Safercar.gov Web site. This is
consistent with removing the ‘‘M’’ from
vehicles determined not to meet the side
air bag out-of-position testing
requirements. The same strategy was
employed when spot-checking the
performance of certain crash avoidance
technologies for MY 2011 vehicles and
beyond. If the deletion of that child
restraint means the vehicle no longer
meets the participation conditions for
that category, the agency proposes to
give the vehicle manufacturer the
opportunity to indicate another child
restraint, which will be checked for fit
by the agency. If no alternatives can be
found, and the vehicle no longer meets
the program’s participation conditions,
it is proposed that all child restraint
suggestions for that vehicle will be
deleted from Safercar.gov. Alternatively,
the agency proposes to allow the vehicle
manufacturer to contest the result from
the spot-check test by demonstrating
that the restraint in question fulfills the
fit assessment criteria. Such a challenge
will be reviewed by agency staff and a
decision will be made as to whether the
restraint meets the assessment criteria
for ‘‘fit’’ and hence, the listing of the
child restraint.
For each vehicle model, the agency
envisions a detailed page on
Safercar.gov that shows consumers the
child restraints that have been indicated
as appropriate for all vehicle seating
position in the three categories—rearfacing, forward-facing, and booster. We
also propose to indicate LATCH
availability in the vehicle and whether
the manufacturer has indicated each
child restraint fits properly using
vehicle seat belts, LATCH, or both.
Having a dedicated Web page will also
give the agency the opportunity to
reinforce important principles and
programs such as 4 Steps for Kids and
the CRS Ease of Use program.
Consumers will be shown the height
and weight ranges for the child
restraints of interest. The agency also
intends to link consumers to other areas
of child passenger safety on NHTSA’s
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Web site as well as offer installation tips
and best practice guidance.
The agency intends to use this Web
site to disseminate any installation
notes that the vehicle manufacturer may
need to communicate. Such additional
information can include, but would not
be limited to: Front seat positioning
along the seat track, sharing of outboard
lower anchorages to ‘‘create’’ a center
LATCH position, instances in which
using lower anchors or seat belts in
certain seating locations eliminates the
use of other positions, etc.
IX. Pilot Study To Assess Effectiveness
of Preliminary Vehicle-CRS Fit
Program Evaluation Criteria
A. Development of Vehicle-CRS Fit
Evaluation Forms
In deciding to model its Vehicle-CRS
Fit program after the draft ISO CRS–
Vehicle usability program, the agency
wanted, most importantly, to draw on
the concept of developing a set of
standard criteria to achieve the most
repeatable assessments possible. The
agency believed that developing
standard evaluation forms would be the
most beneficial approach for both
vehicle manufacturers and consumers.
The consumer information program
would be enhanced if vehicle
manufacturers, CRS manufacturers,
consumers, and NHTSA have a common
understanding of what the program
considers a ‘‘proper fit.’’ Vehicle
manufacturers would be able to directly
use these forms in their internal
assessments and would have more
certainty in knowing that NHTSA will
agree with their assessments of fit.
Without a set of evaluation criteria, it
could be possible for some vehicle
manufacturers to submit data to the
agency that does not meet NHTSA’s
expectations for a proper installation. In
addition, if varying criteria were used,
the agency might not be able to assist
consumers in understanding what a
manufacturer’s fit recommendations
constitute.
As mentioned previously, to ensure a
robust assessment, the agency reasoned
that only objective criteria should be
considered for the Vehicle-CRS Fit
program. Accordingly, the agency’s
program will not assess how easily a
child restraint can be installed in a
vehicle, but will simply assess whether
it can be installed successfully (i.e.,
whether the child restraint can fit in the
vehicle). Although this is somewhat
contrary to the draft ISO CRS-vehicle
usability program, NHTSA believes
there is subjectivity in the draft ISO
criteria concerning the assessment of the
ease of fit (such as those that require the
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evaluator to assess the ease of
performing a task).
The agency has tentatively
determined that the best way to
objectively evaluate CRS fit in vehicles
is to develop criteria based on factors
known to influence installation, as
outlined in the National Child Passenger
Safety Certification Training Program
student manual.25 The agency
considered both general installation
techniques (i.e., those that are required
for all child restraint installations), as
well as specific techniques that may be
necessary for installation of certain
types of child restraints or particular
modes of use, such as ensuring that
infant and rear-facing convertible
restraints can be installed to the proper
recline angle, ensuring that seat belts are
of adequate length to install CRS with
multiple belt paths (both long and
short), and that the carry handle on
infant restraints can be positioned
according to manufacturer instructions.
The agency was careful to incorporate
vehicle features that influence proper
CRS fit, such as top tether anchorages,
lower anchorages, vehicle seat belts, and
vehicle head restraints. In addition, we
added criteria surrounding CRS
installation tightness, and maximum
weight limits of LATCH anchorages, as
each of these factors can also dictate
vehicle-CRS compatibility. It should be
noted that many of the factors that were
determined to be influential to
achieving proper CRS installation based
on the CPST student manual, including
attachment to lower anchors, ability to
tighten lower attachments once they are
connected to lower anchors, maximum
side-to-side and front-to-back movement
of the CRS once it is installed, operation
of the CRS harness once the CRS is
installed, and tightening of the top
tether once it is attached to the tether
anchor, also mimicked criteria included
in the draft ISOFIX usability standard.
Comments are requested on our use of
the National Child Passenger Safety
Certification Training Program student
manual and the manual’s
determinations as to whether a CRS fits
a vehicle. The benefits of using the
manual are that the criteria contained
therein have been used in the child
passenger safety community for years as
determinants of CRS fit. Accordingly,
the manual serves as the primary guide
to proper CRS installation and is a
prominent child passenger safety
resource. The installation criteria
included in the manual are based on
common sense, simplicity, and a ‘‘best
practices’’ perspective. Furthermore, the
agency’s pilot study confirmed that
applying the criteria outlined in the
CPST manual resulted in secure CRS
installation. However, because the
agency is unaware of any test or
accident data supporting some of the
criteria specified for proper installation,
the agency does not know if certain
criteria should be used verbatim from
the manual. An example of this is the
criterion that no more than 20 percent
of a child restraint’s base may hang over
the edge of the vehicle seat. Comments
are requested as to why 20 percent
should be used as the limit. Could the
delineation be set at 25 percent, or 60
percent? NHTSA requests comments on
the merits of using each of the criteria
discussed in this document, and
requests that commenters supporting
the use or non-use of a criterion submit
data supporting their position.
Probably the most important aspect of
child restraint installation that the
agency considered when developing the
criteria, was to ensure that a given CRS
can be installed in a particular vehicle
according to the instructions of both the
child restraint and vehicle
manufacturers. The agency
acknowledges that in the field, child
restraints may be equipped with
installation features that are not
required by FMVSS No. 213. Some
examples of these features are tethers
that some CRS manufacturers
recommend using on some convertible
CRS when the CRS is installed rearfacing, and some manufacturer
recommendations to use LATCH
attachments on a booster seat, to keep a
booster seat in place. Though top tethers
on rear-facing CRSs and LATCH
attachments on booster seats are not
required by Standard No. 213, the
agency believes that, if recommended by
the child restraint manufacturer for use
in attaching the CRS to the vehicle, such
features must be able to be used in the
particular vehicle being assessed.
When choosing pilot study vehicles,
the agency attempted to select various
types of vehicles, including two- and
four-door passenger cars, station
wagons, and sport utility vehicles
(SUVs). Vehicles from different
manufacturers were selected so a wide
range of designs and characteristics that
could influence child restraint fit was
included in the study.26 In addition,
vehicles were chosen that had
challenging seat contours, head restraint
designs, and top tether and lower
anchor locations. Most of the pilot study
vehicles were rented from local car
rental companies. Selection was
therefore limited to vehicles that were
available at the time of the study.
Table 2 shows a summary of the
vehicles that were selected for the
study.
25 The National Child Passenger Safety
Certification Training Program is a curriculum
designed to teach participants about the importance
of child safety and how to properly install child
restraints. Certified technicians, CPSTs, are
equipped with the knowledge to explain
installation procedures to parents and caregivers so
that they may safely transport their families, and to
empower them with the knowledge to confidently
install and reinstall child restraints as needed. The
training program, which is based on the concept of
learning (the facts, skills, and information),
practicing (the new skills and information), and
explaining/teaching (what was learned to parents
and caregivers), was developed by NHTSA in the
mid-1990s and has been updated by the agency as
needed. The National Child Passenger Safety Board
oversees the quality and integrity of the training
and certification requirements, while Safe Kids
Worldwide administers certification. CPSTs receive
hands-on experience through a variety of activities,
including child safety seat checks, and their
exposure to common installation problems,
incompatibility issues, general knowledge of child
restraints and features, make them a valuable
resource for parents and caregivers seeking child
restraint installation assistance.
26 The 2003.5 Mazda Protege was included in this
´ ´
study because it was readily available for
assessment and its vehicle seat characteristics were
considered representative of those observed in the
modern fleet.
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Accordingly, the agency believes that it
was also important to add criteria to
ensure that a CRS could be installed to
meet the installation requirements
stipulated in both the vehicle owner’s
manual and the CRS user’s manual.
Preliminary evaluation criteria were
developed based on the aforementioned
considerations and were organized into
a draft evaluation form, which served as
the basis for the pilot study conducted
by the agency. This draft form is
included in Appendix B for reference.
B. Pilot Study Approach
To ensure that the preliminary
evaluation criteria were robust enough
to assess CRS fit in vehicles, the agency
conducted a hands-on pilot study in
which ten CPSTs installed various child
restraints into different makes and
models of newer vehicles. During each
installation, the draft evaluation forms
were used to gauge whether the subject
child restraint could be properly
installed in each vehicle. The pilot
study sought to determine whether the
criteria were complete enough to
reasonably assess various and important
aspects of proper CRS installation and
whether they could sufficiently
highlight instances of incompatibility
between CRS and vehicles.
1. Vehicle Selection
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TABLE 2—PILOT STUDY VEHICLES
Body style
Vehicle make model
2dr Passenger Car ......................................................................
2dr Passenger Car ......................................................................
4dr Passenger Car ......................................................................
4dr Passenger Car ......................................................................
4dr Passenger Car ......................................................................
4dr Passenger Car ......................................................................
4dr Passenger Car ......................................................................
4dr Passenger Car ......................................................................
4dr Passenger Car ......................................................................
Station Wagon ............................................................................
Sport Utility Vehicle .....................................................................
Sport Utility Vehicle .....................................................................
Mitsubishi Eclipse ......................................................................
Pontiac G5 .................................................................................
Chevrolet Impala ........................................................................
Chrysler Sebring ........................................................................
Dodge Charger ..........................................................................
Ford Focus .................................................................................
Hyundai Elantra .........................................................................
Mazda Protege ...........................................................................
Toyota Yaris ...............................................................................
Subaru Forester .........................................................................
Nissan Murano ...........................................................................
Toyota RAV4 ..............................................................................
2. CRS Selection
Similar to the methodology used to
select pilot study vehicles, the agency
sought child restraints from different
manufacturers that covered a wide range
of features and footprints in an effort to
continue exploring incompatibility
issues. The agency also selected CRS
that spanned a large price range and
ensured that the pilot study covered at
least two of each of the six types of child
restraints—infant, convertible,
combination, high-back booster,
Model year
2009
2009
2009
2008
2009
2009
2009
2003.5
2008
2006
2009
2007
backless booster, and all-in-one seats.
To conserve funds, CRS selection was
limited to a selection of models used for
the 2009 CRS Ease of Use program. The
thirteen chosen CRS are listed in Table
3.
TABLE 3—PILOT STUDY CHILD RESTRAINTS
CRS type
CRS model
Infant ...........................................................................................
Infant ...........................................................................................
Infant ...........................................................................................
Convertible ..................................................................................
Convertible ..................................................................................
Convertible ..................................................................................
Combination ................................................................................
Combination ................................................................................
High-Back Booster ......................................................................
Backless Booster ........................................................................
Backless Booster ........................................................................
All-in-One ....................................................................................
All-in-One ....................................................................................
Combi Shuttle EX ......................................................................
Graco Snugride 32 .....................................................................
Safety 1st Designer 22 ..............................................................
Graco ComfortSport ...................................................................
Britax Boulevard CS ..................................................................
Sunshine Kids Radian XT ..........................................................
Safety 1st Summit ......................................................................
Britax Frontier ............................................................................
Learning Curve B505 .................................................................
Magna Clek Olli .........................................................................
Evenflo Amp ...............................................................................
Safety 1st All in One ..................................................................
Evenflo Symphony .....................................................................
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C. General Pilot Study Observations
The pilot study exposed vehicle-CRS
incompatibility issues stemming from
vehicle seat belts, lower anchorages, top
tether anchorages, vehicle interior
space, and vehicle seat geometry, each
of which will be described in the
sections to follow. The specific results
of the pilot study are included as
Appendix C of this document.
Based on the pilot study evaluation
form criteria, not every child restraint in
the pilot study was determined to fit
properly in every pilot study vehicle.
More incompatibilities were observed
during seat belt installations than
during those with LATCH. When seat or
seat back contour incompatibilities were
observed, it often led to neither method
of installation meeting the pilot study
criteria for fit. There were no child
restraints that were unable to fit in any
pilot study vehicle according to the
pilot study evaluation forms. Likewise,
there was no vehicle in which none of
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the pilot study child restraints were
determined to fit. However, it is clear
from the chart in Appendix C that some
vehicles had more incompatibilities
with pilot study CRS than others.
Likewise, some pilot study child
restraints had more incompatibilities
with the pilot study vehicles than
others.
In general, the evaluation criteria used
for the pilot study permitted robust and
repeatable assessments.27 However, it
was determined that the evaluation form
should be modified so that the act of
filling out the assessment forms would
be more logical and efficient.
Consequently, the single evaluation
form was expanded to three separate
evaluation forms, one each for rearfacing, forward-facing, and booster
modes. This three-form approach
27 For all child restraints and installation modes
assessed during the pilot study, two CPSTs
conducted independent assessments and arrived at
a mutual agreement as to whether a CRS could be
properly installed in a particular vehicle.
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MSRP
$170
140
80
80
310
250
100
280
100
100
25
140
200
mirrors the format of the agency’s
existing CRS Ease of Use program,
follows the logic of 4 Steps for Kids, and
permits distinction between installation
methods. Furthermore, criteria were
also removed or clarified based on the
pilot study observations.28 The revised
forms have been included in Appendix
D. The criteria that serve as the basis for
these evaluation forms will be discussed
below, as well as the agency’s
explanations of how these forms were
derived and should be used.
X. Pilot Study Observations and
Resulting Proposed Fit Criteria
The following section details
incompatibility observations made by
CPSTs during the Vehicle-CRS Fit pilot
study. Photographs of these
observations can be found in the
document titled, Vehicle-CRS Fit Pilot
Study Observations, included in this
28 It was determined that removed criteria were
already reflected in other criteria.
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docket. This section also references
additional widely-known vehicle-CRS
incompatibilities that may not have
been observed directly in this study, but
were known to the CPSTs through their
previous or anecdotal experience.
Through the collective expertise of the
agency and the CPSTs participating in
the pilot study, the set of modified
evaluation forms, included in Appendix
D, was developed and is thus being
proposed for use by the agency in
assessing the fit of CRS in vehicles.
In each section, observations from the
pilot study will be discussed and
followed by the criteria the agency is
recommending be used to assess
vehicle-CRS fit. If needed, additional
clarifications about a criterion’s
intention are presented after the criteria
themselves.
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of vehicle manufacturers choose to
employ either a locking latch plate or a
‘‘switchable’’ retractor in order to meet
this requirement. Either of these
solutions is an improvement over the
need to use additional devices such as
a locking clip to secure the seat belt.
However, the agency found in a study
on CRS misuse that loose vehicle seat
belt-CRS attachment was the first or
second-most prevalent type of critical
misuse in the field depending on the
type of restraint.32 Though the study did
not cite the exact reasons for loose seat
belt installations, it is possible that a
portion of those may have been due to
a failure to lock the seat belt properly.
Not all parents or caregivers are aware
that seat belts must be completely
pulled out to engage switchable
retractors, nor are they aware of
techniques that can help ensure locking
A. Vehicle Seat Belts
latch plates remain locked. For these
Prior to the introduction of LATCH,
reasons, seat belts are often still misused
vehicle seat belts were the sole method
when installing child restraints.
of securing child restraints in vehicles.
In December of 2004, the agency
Seat belts are used to secure a child
published a final rule requiring Type II
restraint to a vehicle by routing them
seat belts in center rear seating
through a structurally-reinforced belt
positions.33 34 Previously, lap/shoulder
path in the restraint. When the child
belts were only required in outboard
restraint is attached tightly to the
seating positions; as a result, some
vehicle, and the child is then secured
vehicle manufacturers had continually
tightly to the CRS, the child and its
installed only Type I lap belts in the
restraint are effectively coupled to the
center rear seats of vehicles.35 Installing
vehicle, which ensures proper ridelap/shoulder belts in the center rear
down as the vehicle comes to a stop
seating position allows all rear positions
29
during a crash.
to be acceptable for booster seat use,
Seat belts have traditionally been a
rather than only the outboard positions.
contributing factor to vehicle-CRS
This is particularly important
incompatibilities, especially when
considering booster seat use has
locking clips are required for proper
increased.36 Accordingly, booster
installation.30 The agency has issued a
misuse rates should decline over time as
number of regulations to address the
the fleet of older vehicles with lap belts
difficulty of using a locking clip.
diminishes.
Beginning in 1996, the lap belt portion
Even with the introduction of LATCH,
of all vehicle seat belts other than the
vehicle seat belts remain vital to the
driver’s have been required to be
installation of child restraints in many
‘‘lockable’’ in order to help eliminate the vehicles. An agency LATCH study
31 The majority
need to use locking clips.
found that 25 percent of parents and
caregivers familiar with using both
29 During a crash, the vehicle’s front end is
lower attachments and anchors, as well
designed to crush and absorb the crash energy,
as seat belts to secure child restraints,
which effectively extends the distance, and
accordingly time, over which the occupant
actually preferred seat belt installations
compartment comes to rest. Tightly coupling the
over LATCH installations.37 In addition,
occupants to the vehicle will permit them to realize
the full effects of riding down the crash with the
vehicle and will reduce the forces acting on the
body. Therefore, it is imperative that for applicable
child restraints, not only is the child securely
restrained by the internal harness, but also that the
child restraint is tightly attached to the vehicle to
ensure adequate ride-down. This will effectively
serve to lessen the likelihood that the child’s
movement will be stopped abruptly because of
contact with a hard vehicle surface.
30 A locking clip is a device, normally provided
by the child restraint manufacturer, which keeps
the lap portion of a lap/shoulder belt tight by
securing it near the latch plate. The locking clip
prevents the seat belt (and thus the child restraint)
from moving freely.
31 § 571.208, S7.1.1.5.
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32 Decina L.E. and Lococo K. H., Misuse of Child
Restraints. NHTSA Publication No. DOT HS 809
671, National Highway Traffic Safety
Administration, 2004, Pages 33–34.
33 69 FR 70904, December 8, 2004.
34 A Type II seat belt is defined by FMVSS No.
209, ‘‘Seat belt assemblies,’’ to be a combination of
pelvic and upper torso restraints, which is
commonly referred to as a lap/shoulder or threepoint belt.
35 A Type I seat belt is defined by FMVSS No. 209
to be a lap belt for pelvic restraint.
36 Booster Seat Use in 2008. May 2009. NHTSA
Publication No. DOT HS 811 121.
37 Decina, L.E., Lococo, K.H., Doyle, C.T., Child
Restraint Use Survey: LATCH Use and Misuse,
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there are a number of reasons why a seat
belt installation may be the only choice
for installing a child restraint. For one,
most vehicles do not have lower
anchors at the center rear seating
position; parents who want to install
their child restraint in that position
must therefore use a seat belt. Another
major reason is that CRS market trends
towards higher-weight harnessed seats
suggest that in the coming years there
will be an increased move to install
child restraints using vehicle seat belts
after children exceed the manufacturer
weight limits of the lower anchors.38 For
these reasons, the agency believes the
program should consider assessment
criteria that relate to vehicle seat belts.
The CPST curriculum teaches that a
child restraint is securely installed only
if it does not move more than one inch
side-to-side or front-to-back when
pulled at the belt path. The pilot study
revealed numerous instances in which
the subject CRS could not meet this
requirement when installed using the
vehicle seat belts. To better restrain
older children, teenagers, and adults,
seat belt buckle stalks may be very long
or may be anchored forward with
respect to the seat bight. Unfortunately,
these two seat belt characteristics can
have an adverse effect on one’s ability
to achieve a sufficiently tight child
restraint installation (i.e., enable not
more than one inch side-to-side
movement), especially if the belt path
on that child restraint is very long. In
some instances, the buckle rests at the
entrance to the belt path; this is
expressly prohibited in some child
restraint manuals as it may adversely
affect the stability of the restraint. When
positioned in a similar manner, a latch
plate equipped with its own locking
mechanism may not lock properly due
to the angle at which it is resting.
The agency acknowledges that the
CPST curriculum permits caregivers to
twist buckle stalks in order to achieve
a tight installation or to prevent buckles
from resting against the entrance to the
belt path, as long as the CRS and vehicle
manufacturers both allow the practice.
The agency has received data from
Indiana Mills & Manufacturing, Inc.
(IMMI) that indicates no considerable
reduction in the strength of the seat belt
webbing is observed if a flexible seat
belt buckle is twisted three times;
therefore, twisting the seat belt buckle
NHTSA Publication No. DOT HS 810 679, National
Highway Traffic Safety Administration, December
2006, Page 3.
38 High-weight harness child restraints permit
children weighing more than 40 lbs. to be restrained
by the internal harness of the CRS until they reach
a higher maximum weight limit stipulated by the
CRS manufacturer.
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three or less times is considered
acceptable practice and is often
necessary to achieve a tight fit.39 The
agency believes, however, that this
practice is not well-known to the
average parent or caregiver. In addition,
many buckle stalks in the vehicle fleet
cannot be twisted due to rigid plastic
coverings. Some child restraints have
higher belt paths than others, which can
eliminate the need for twisting the seat
belt. Therefore, for the purposes of the
pilot study, twisting buckle stalks was
not permitted to achieve proper fit in a
seating location. NHTSA has tentatively
decided it will not twist buckle stalks in
assessing the fit of CRSs in vehicles.
In some vehicles, the agency observed
instances in which seat belt latch plate
buttons interfered with belt-locking
hardware outfitted on some infant
restraints. The latch plate button is
installed by the vehicle manufacturer to
keep the latch plate in an accessible
location for occupants to use. In a few
instances throughout the pilot study,
this interference was such that the seat
belt could not be sufficiently tightened.
In other cases, the seat belt button
inhibited the proper use of the rearfacing child restraints’ built-in seat belt
lock-offs. Although it was not observed
during the pilot study, given the wide
range of child restraints and vehicles
available in the marketplace, it is
feasible that such buttons could
interfere with lock-off hardware on
forward-facing restraints and beltpositioning hardware on booster seats,
as the pilot study revealed several
occasions where the seat belt buttons in
certain vehicles nearly caused such
interference with installation for the
selected CRS.
Some child restraints are designed
with multiple belt paths for caregivers
to route the seat belt through.
Sometimes a certain belt path must be
used when the child is of a particular
size or weight. Due to various vehicle
characteristics, there are cases in which
only one belt path can be used. For
example, CPSTs in the pilot study
observed that some vehicle seat belts are
not long enough to properly install some
child restraints using all of the available
belt paths. Other times, one path may
result in a more stable installation than
the other. Although these instances
were rare, and this issue is not
suspected to be a widespread problem,
it is a possibility in the field and,
NHTSA tentatively believes, is worth
noting.
39 This information was received in a letter from
Jerry Thompson, an Engineering Manager at IMMI
Child Division, dated September 28, 1998.
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Though it is not a common practice in
the U.S., some child restraint
manufacturers give caregivers the option
of routing the shoulder belt portion of
the seat belt around an infant seat
carrier rather than feeding it through the
belt path. It is likely that some vehicle
seat belts will not be long enough to be
used with child restraints in this
manner. NHTSA has tentatively decided
to assess the belt’s ability to be routed
around the CRS if the CRS manual
recommends or allows such a belt
routing option. If the belt is not long
enough to be used in this manner,
NHTSA will deem the CRS as not fitting
that seating location or vehicle.
During the pilot study, evaluators
noted that certain seat belt anchors were
too narrowly spaced to accommodate
some booster seats. This creates a
situation where the seat belt buckle may
actually sit behind or underneath the
child and the restraint. Buckling the
child can be difficult, if not impossible,
and may not allow for proper routing of
the lap belt portion of the seat belt
across the child’s upper legs. Narrow
anchorage points for seat belts may also
limit the ability to properly use them to
install any type of child restraint, not
just boosters, although this was not
specifically observed in the pilot study.
There may be other times, for example,
when a child restraint (particularly at its
belt path) is too wide and actually rests
on top of the seat belt buckle. In such
cases, proper routing and tightening of
the seat belt are unlikely and the child
restraint would therefore be deemed
incompatible with that particular
seating location or vehicle.
In one pilot study vehicle, the seat
belt was found to be incompatible with
the belt positioning hardware on a highback booster. In this case, the seat belt,
when pulled from its retractor, could
not move freely though the belt guide
hardware because of incompatible
geometry between the two.40 This
condition can create unwanted slack in
the shoulder belt portion of the seat belt,
and present a dangerous situation since
a loose seat belt may not restrain a
child’s upper body properly in the event
of a crash. However, the pilot study
participants found it somewhat difficult
to quantify this condition with objective
criteria. Depending on the weight of the
child using the booster, the height to
which the booster’s head restraint is
raised, and the force with which the seat
belt is pulled from its retractor, different
conclusions may be made as to the
potential for unwanted shoulder belt
slack. Our experience with the pilot
40 This mounting location is sometimes referred
to as the ‘‘D-ring’’ location.
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study found that the majority of seat belt
slack is generally preventable if the
installer exercises due care; however,
there can also be vehicle seat beltbooster seat combinations that are
overly prone to the creation of slack and
should thus be avoided. In light of this,
the agency is seeking comment on the
frequency and severity of this issue in
the field, as well as any information
about how we may develop an objective
method for determining whether slack
exists between a particular booster seat
shoulder belt guide and the vehicle seat
belt. The agency proposes to include an
evaluation criterion for whether seat
belt slack is created between a booster
and vehicle seat belt on the final
Vehicle-CRS Fit forms.
Based on the above observations from
the pilot study, NHTSA proposes to add
the following criteria to its Vehicle-CRS
Fit assessment forms in order to identify
compatibility issues specific to child
restraints and vehicle seat belts:
—Does the distance between the Type II
seat belt’s lap belt anchor and buckle
allow the child restraint to be
installed properly (rear-facing and
forward-facing CRS) or the booster to
be positioned properly?
—Is the seat belt length sufficient to
properly install the CRS using all
possible belt paths permitted by the
CRS manufacturer and in all rearfacing (rear-facing CRS) modes of use
or forward-facing (forward-facing
CRS) modes of use?
—Does the seat belt buckle interfere
with proper CRS installation (rearfacing and forward-facing CRS)?
—Does the seat belt latch plate button
limit the use of any lock-off or other
hardware on the CRS or otherwise
prohibit proper installation (rearfacing and forward-facing CRS)?
NHTSA has tentatively determined
that all criteria must be met to establish
that a child restraint meets the fit
assessment conditions for a given
vehicle. Assessments should be made
for forward-facing CRS and rear-facing
CRS, and also for booster seats, if
applicable. NHTSA is also proposing
that if proper installation of the child
restraint cannot be achieved with the
seat belt designated for each applicable
seating location within the vehicle, it
should be determined that the child
restraint does not meet the fit
assessment conditions for seat belt
installation for the subject vehicle.41
41 For those vehicles having two or more rows of
seats, assessments will be made only for rear seating
positions. Assessments will be made for the right
front passenger seat and also for the front middle
seat, if available, for vehicles having only one row
of seats.
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The agency tentatively believes that it is
important that parents have the option
to move a child restraint to a different
seating position within the vehicle if
necessary in order to accommodate
adult passengers or additional children.
Comments are requested on this issue.
B. Top Tether Anchorages
A child restraint’s top tether
attachment strap is an important feature
because it can reduce head excursion for
children positioned in forward-facing
CRS in frontal crashes, thus reducing
the likelihood that a child will
experience head contact with the
vehicle interior.42 It can not only
provide stability by reducing the
amount of forward and side movement
during travel, but can also help achieve
a tight installation. Although not
required by NHTSA’s standards, some
manufacturers provide top tethers for
their rear-facing child restraints.
Accordingly, NHTSA identified the
attachment and proper tightening of a
CRS top tether as important assessments
of child restraint fit in a vehicle. To the
extent that a parent or caregiver is
unable to attach a child restraint’s top
tether to the tether anchor in the vehicle
or improperly installs the top tether
because of vehicle-CRS incompatibility,
and the CRS manufacturer or vehicle
manufacturer recommends use of the
tether with the particular CRS in that
rear- or forward-facing orientation,
NHTSA tentatively believes the child
restraint should not be identified as one
that meets the fit assessment conditions
for that vehicle.
The agency’s pilot study revealed that
the location of the top tether anchor in
relation to the head restraint and vehicle
seat belt can be a prominent factor in
determining vehicle-CRS compatibility.
When some child restraints were
properly positioned forward-facing on
the vehicle seats in two passenger cars,
the distance between the top of the CRS
and tether anchor, which was located on
the vehicle’s rear shelf, was insufficient
to permit the tether to be tightened. In
these cases, the vehicles were not
designed with regards to the minimum
tether distance required for the
installation of the subject CRS.43 Had
the tether anchor been located more
rearward on the vehicle shelf, or had the
rear head restraint been higher, or in
some cases adjustable, it is possible that
the top tether attachment strap from the
subject child restraints could have been
adequately tightened. This was not a
42 See https://www.cpsboard.org/pdf/techmanual/
StudentManual_R0108_ch6.pdf.
43 Here, the minimum distance required is equal
to the length of the tether hook plus the reinforced
stitching length on the tether strap webbing.
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problem for other child restraints
installed in the forward-facing mode in
these same vehicles because the backs of
the other child restraints did not extend
as high as those from the child restraints
previously mentioned. The shorter
height of these CRS permitted a greater
distance between the top of the child
restraint and the tether anchor, and
consequently permitted proper tether
adjustment and tightening.
Additionally, the agency is also aware
of instances in which a vehicle’s tether
anchor is located too far away from the
respective seating location to permit
attachment of a top tether. This is most
commonly observed in SUVs and
hatchbacks.
Vehicle seat and head restraint
designs can also pose top tether use
problems. Non-adjustable head
restraints that are smaller in size or that
are extremely rounded on top may
permit the top tether strap(s) to slip off
of the head restraint during travel.
Additionally, geometry differences
between the CRS and the vehicle seat
can sometimes permit the reinforced
portion of the top tether webbing to
catch on the vehicle seat or head
restraint upon tightening. Consequently,
a loose tether may result without the
parent or caregiver’s knowledge.
To identify compatibility issues
specific to child restraints and vehicle
tether anchors, NHTSA has decided to
propose the following criteria on its
Vehicle-CRS Fit assessment forms:
—Can the rear-facing tether be attached
to the appropriate vehicle tether
anchor (forward-facing CRS and
boosters, if applicable) or location in
the vehicle (rear-facing CRS, if
applicable)?
—Can the top tether be properly
tightened (forward-facing CRS and
boosters, if applicable) or can the rearfacing tether be properly tightened
(rear-facing CRS, if applicable)?
NHTSA is proposing that assessments
should include whether or not the top
tether on the child restraint can be
attached to the vehicle’s top tether
anchorages and tightened. If the top
tether cannot be attached, we would
determine that the CRS does not meet
the fit assessment conditions for the
given vehicle. If the top tether can be
attached, a further assessment of
whether or not it can be tightened
would then be made. If, upon
tightening, the tether strap begins to
slide off of the head restraint or catches
on any part of the vehicle seat such that
the tether seems taut, yet loosens or
shifts position upon pulling the CRS
from side-to-side at the belt path, the
child restraint does not meet the
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aforementioned criteria. Assessments
would be made for forward-facing CRS
and also for rear-facing CRS and booster
seats, if so equipped. For CRS equipped
with a top tether and designed to be
installed rear-facing, the agency is
proposing to assess whether the tether
can be properly attached to the vehicle
when the CRS is installed in the rearfacing mode. Such assessments will be
made only if the CRS user’s manual
instructs that tether attachment is either
acceptable or required for the rear-facing
mode and the vehicle owner’s manual
does not explicitly prohibit attachment
of a rear-facing tether. The top tether
assessment would also only be made for
convertible child restraints placed in the
rear-facing mode if the CRS user’s
manual explicitly states that tether
attachment is either acceptable or
required for the rear-facing mode.
C. Lower Anchorages
As mentioned previously, the intent
of the LATCH system was to introduce
a user-friendly system that would make
CRS installation independent of the seat
belts. When using the lower anchor
portion of LATCH, there is no need to
lock the vehicle’s seat belt when
installing the CRS, use a locking clip,
twist long belt buckle stalks to achieve
a tight fit, or combat seat belts that are
anchored forward of the seat belt
buckles. Therefore, it was expected that
LATCH would be less prone to incorrect
routing and loose fit, two sources of
misuse often associated with seat belt
installations, and accordingly, would
reduce misuse and incorrect installation
of child restraints. This was evidenced
by the 2006 NHTSA CRS misuse study.
This study found that the lower
attachment strap was routed through the
correct path for 93 percent of the CRS
surveyed and a tight installation was
achieved for 70 percent of the CRS.44 45
Accordingly, real world experience
demonstrates that LATCH, and in
particular, the lower attachments,
provides safety benefits to many parents
and caregivers who experience
difficulty attaching a child restraint
correctly in a vehicle or find that the
vehicle’s seat belts are incompatible
with a child restraint. However, as
mentioned previously, the agency also
recognizes that LATCH, although
44 Decina, L.E., Lococo, K.H., Doyle, C.T., Child
Restraint Use Survey: LATCH Use and Misuse,
NHTSA Publication No. DOT HS 810 679, National
Highway Traffic Safety Administration, December
2006.
45 A CRS installed with lower anchorage
attachments was considered securely installed if the
lower attachment connectors were installed right
side up, the lower attachment straps were flat and
routed to the correct anchors, and the installation
was tight.
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effective, has not addressed all vehicleCRS compatibility problems.
The agency’s pilot study suggested
that, like seat belt anchor points, the
design of a vehicle’s lower anchorages
can also present compatibility issues.
The overwhelming majority of child
restraints in the U.S. employ flexible
lower attachments. In these systems, the
lower attachments must first be
connected to the vehicle’s lower
anchorages. Then, the additional
webbing must be tightened to eliminate
system slack and achieve a tight fit. The
majority of child restraints have at least
one push-button or tilt-lock adjustment
mechanism on their lower attachment
straps that provides tension and then
eventually allows for that tension to be
released if the CRS needs to be removed
from the vehicle.
In some vehicles assessed during the
pilot study, incompatibilities were
observed between the lower attachment
strap adjusters and the CRS lower
attachment path. In most cases, this
occurred because the location of the
vehicle’s lower anchorages was high in
relation to the resting surface of the
CRS, thus minimizing the distance
between the CRS lower attachment path
and the vehicle’s lower anchorages. In
some cases, this was complicated by
lower anchorages that protruded from
the seat bight, which served to further
decrease this distance. Similar to, as
mentioned previously, when a seat belt
buckle rests on the edge of the child
restraint’s belt path, it is undesirable for
the lower attachment strap adjusters to
contact the frame or edge of the CRS belt
path. A proper fit could not be achieved
in these cases.
High seat bights were also observed to
have compatibility issues with LATCHequipped backless booster seats as well.
Though booster seats are not required to
have components that attach to LATCH
anchors, a number of products have
entered the market in recent years that
use components that attach to lower
LATCH anchors to stabilize the booster
on the vehicle seat. When installed
using its rigid lower anchors, one
backless booster seat was unable to sit
flat on the vehicle seat pan because the
vehicle’s lower anchors were located in
the seat back rather than in its bight. A
similar observation was made when
attempting to position the same booster
seat without trying to attach the lower
rigid attachments to the vehicle anchors
in that same position within the vehicle.
Because the vehicle did not have a gap
at its seat bight and the booster
manufacturer required that the rigid
attachments be inserted into the seat
bight if they were not being used, the
booster was once again not able to be
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properly positioned on the vehicle
seat.46
Other incompatibility issues were
identified when attempting to install a
LATCH-equipped backless booster seat
using the rigid lower attachments. It was
observed that if a vehicle’s lower
anchors were too far forward or exposed
in relation to the seat bight, the LATCHequipped backless booster seat may be
positioned forward on the vehicle seat
pan and away from the vehicle seat
back. In such instances, a large gap was
created between the booster and the seat
back. This may result in children being
unable to sit flat against the seat back
and leaning forward. Such a position
can lead to increased head excursion
during a crash. In addition, this
condition may also allow children to
slouch, whereby the lap portion of the
seat belt may sit over the occupant’s soft
abdominal region instead of over the
pelvis. If the seat belt is resting on soft
tissue instead of bone, internal organs
are more at risk in the event of a crash.
The pilot study also revealed that a
similar phenomenon can occur when
traditional backless booster seats that
are void of lower attachments are
positioned against raised or prominent
seat bights that essentially push the
booster away from the seat back.
To establish that a child restraint is
compatible with a vehicle’s lower
anchors, the following criteria should be
met:
—Can the lower attachments on the CRS
(rear-facing and forward-facing CRS)
or booster (if so equipped) be properly
attached to the vehicle’s lower
anchorages?
—Can the lower attachments on the CRS
(rear-facing and forward-facing CRS)
or booster (if so equipped) be
tightened, if necessary, after the initial
connection to the lower anchorages?
—When the CRS is installed (rear-facing
and forward-facing CRS) or the
booster is positioned (booster, if so
equipped) using lower anchorages, is
there access to the vehicle’s adjacent
seat belt buckles?
For the Lower Anchorages category,
NHTSA is proposing to assess whether
the CRS can be attached to the vehicle’s
lower anchorages. It would be
permissible to move a seat belt buckle
46 NHTSA tentatively believes that it should
assess the attachment and proper tightening of the
CRS lower LATCH attachments of a CRS when the
CRS manufacturer or the vehicle manufacturer
recommends or specifies use of the lower LATCH
anchorages with that CRS. To illustrate, although
FMVSS No. 213 does not require lower LATCH
attachments on booster seats, if the booster seat has
such attachments and the vehicle manufacturer
identifies the booster seat as one that fits its vehicle,
then NHTSA will assess the fit of the booster on the
vehicle seat using the lower LATCH attachments.
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out of the way to do so. If the lower
attachment straps on the CRS can be
successfully attached to the vehicle’s
lower anchorages, it would then be
assessed whether the lower attachment
straps on the CRS could be adequately
tightened to provide a secure fit and
permit limited movement.47
Additionally, once the CRS is attached
to the vehicle’s lower anchors, it must
be determined whether the vehicle’s
adjacent seat belt buckles can be
accessed and used. However, if a
vehicle manufacturer permits sharing of
inboard lower anchorages from the
outboard vehicle seating positions to
create a center LATCH position, or if a
manufacturer permits a center LATCH
position that is offset from the center
designated seating position, NHTSA
reasons that it would be impractical to
use the seat belt buckles from the
adjacent seat positions when a child
restraint is installed with LATCH in the
created center position. Therefore, for
such center LATCH positions, the
agency is not proposing to assess
whether there is access to the adjacent
seat belts as long as the vehicle
manufacturer specifies in the owner’s
manual that the seat belt buckles related
to the adjacent seating locations cannot
be used when the created center LATCH
position is utilized. This aims to
minimize the possibility that a
consumer may improperly use or route
the seat belt in adjacent seating
locations that would be considered nonuse positions, and would therefore be
exempt from the aforementioned
assessment. The agency is
distinguishing between outboard and
center LATCH positions because some
consumers may want to install a child
restraint in the center position, even if
the vehicle does not offer a dedicated
LATCH position at the center seat.
Accordingly, the agency does not want
to discourage vehicle manufacturers
from including center LATCH positions,
particularly in smaller vehicles where a
dedicated center LATCH position may
be impractical. If a vehicle manufacturer
permits the sharing of inboard lower
anchorages from outboard seating
positions to create a center LATCH
position in any one vehicle model,
NHTSA will also confirm that the CRS
user’s manual does not prohibit
installation of the given child restraint
in such positions. For vehicles having a
fold-down armrest in the center rear
seating location, the agency will verify
that the CRS manufacturer permits
installation of the child restraint at such
47 Specific tightness requirements for CRS
installation are outlined in Section IX E. of this
document.
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locations. All assessments will be made
for rear-facing and forward-facing child
restraints and also for LATCH-equipped
booster seats.
Although the pilot study did not
reveal instances in which a CRS could
not be installed using LATCH if the
adjacent seat belt was in use, the
possibility may exist. The agency
recognizes that using the seat belt in a
position adjacent to a CRS installed
with LATCH may be necessary or
desirable for parents and caregivers
transporting other adults or older
children in booster seats. Therefore, the
agency is requesting comments on
whether an additional requirement
should be added to address access to a
vehicle’s lower anchorages when a CRS
is installed using the seat belt in an
adjacent seating position. If the addition
of such a requirement is deemed
necessary, the agency would make this
assessment for LATCH seating positions
adjacent to a seat belt-installed CRS as
long as the vehicle owner’s manual does
not prohibit the use of LATCH in that
position when the adjacent seat belt is
in use. Similar to the previous criterion
to assess seat belt access when LATCH
is in use, the agency is proposing that
this additional LATCH access criterion
would be applicable to created center
LATCH positions and overlapping
center LATCH positions, if permissible,
as well as designated LATCH positions.
In other words, the agency is proposing
to apply this LATCH access requirement
to every LATCH position in the vehicle
when a CRS is installed using the
vehicle seat belts in the adjacent seating
position(s).
This program will not assess how
easily a child restraint’s lower
connectors can be either attached to or
detached from a vehicle’s lower
anchors, nor will this program evaluate
the likelihood that one will be able to
misuse a vehicle’s LATCH hardware.
The agency recognizes that connector
attachment may be difficult if the
vehicle’s lower anchors are recessed
deep within the vehicle seat bight, if the
vehicle seat cushion is stiff, or if
clearance around the vehicle’s lower
anchors is inadequate; however, the
agency tentatively concludes that
evaluating the ease of attachment or
detachment would lead to subjective,
rather than objective, fit assessments. As
the agency’s intent is to provide a
robust, repeatable evaluation of CRS fit
in vehicles, the agency will not
incorporate criteria that focus on ease of
installation at this time. The agency
hopes, however, that as child restraint
and vehicle manufacturers work
together to address compatibility, they
will recognize and address such issues.
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Because the agency’s misuse studies
have shown that there is a greater
likelihood that a child restraint will be
securely installed with LATCH lower
attachments than with a vehicle seat
belt, the agency hopes that vehicle
manufacturers will also make it easier
for parents and caregivers to locate a
vehicle’s LATCH anchors within a
vehicle so that they may be more
intuitive to use.
D. Head Restraints
Prominent, fixed head restraints can
present incompatibilities between
vehicle seats and some child restraints,
especially forward-facing restraints and
high-back boosters. In some vehicles, a
forward-facing CRS was only able to
make contact with the vehicle at the seat
bight and at the head restraint and
evaluators were not able to achieve a
tight installation. In other vehicles, the
installation was secure but the child
restraint manufacturer required a
specific amount of contact between the
seat back and the restraint. In such
cases, the head restraint’s geometry
prevented the child restraint from
contacting the back of the vehicle seat,
which violated the child restraint
manufacturer’s instructions. This
problem may have been eliminated for
some high-back booster seats if the head
restraint was removable or adjustable
instead of fixed. As mentioned
previously, pilot study evaluators also
observed instances where top tethers
could not be sufficiently tightened over
fixed head restraints when there was not
adequate distance for attachment of the
tether hook. In all of these cases, the
child restraint did not meet the
proposed conditions for proper
installation.
In light of these observations, NHTSA
is proposing to include one head
restraint-related criterion on its VehicleCRS Fit Assessment forms. In order to
establish that a child restraint fits in a
vehicle, the following should be met:
—Does the vehicle head restraint
interfere with proper CRS installation
(forward-facing CRS) or booster
positioning (high-back booster only)?
To eliminate incompatibilities
between head restraints and child
restraints, all available methods of
remedy indicated in the vehicle and/or
CRS owner’s manual may be employed.
These can include, but are not limited
to head restraint removal, moving the
head restraint upward into a locked
position, and tilting the head restraint
rearward. If proper installation of the
child restraint cannot be achieved using
all listed remedy methods, it would be
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determined that the child restraint does
not fit in the subject vehicle.
E. CRS Installation, Use, and Tightness
In the event of a crash, it is imperative
that a child restraint be tightly coupled
to the vehicle so that the child occupant
is afforded the full benefits of riding
down the crash with the vehicle.
Vehicle design factors such as space
limitations and seat characteristics can
pose significant challenges for the
installation of certain types of child
restraints. Additionally, a variety of CRS
characteristics, including assorted
footprint shapes, belt path locations,
belt positioning features, and overall
sizes, can create challenges for vehicle
seat cushions. While it is beneficial for
parents and caregivers to identify
vehicle-CRS combinations that have a
wide variety of options available to meet
their needs, this diversity may make it
difficult for parents and caregivers to
identify vehicle-CRS combinations that
provide to a proper fit.
During the agency’s pilot study, it was
observed that some vehicles were
simply too small to accommodate
certain CRS types or certain CRS
orientations. In two vehicles, the
roofline of the vehicle limited the height
to which the head restraints of certain
combination and high-back booster seats
could be raised in the outboard seating
locations. This is especially important
since the head restraints on most child
restraints designed for forward-facing
installation, including many boosters,
now come with wider and more padded
side wings in the head area. These are
typically comprised of energy absorbing
foam and are intended not only to
confine the head, but also to attenuate
lateral loads. If the parent or caregiver
is unable to fully adjust the headrest,
the feature of the booster or other
forward-facing child restraint may not
be able to be used, and the child’s head
may still be able to extend above the
height at which the head restraint on the
CRS or booster can adjust depending on
the slope of the roofline.
Other vehicles did not offer adequate
space to properly position rear-facing
child restraints. In newer vehicles,
certain rear-facing child restraints may
interfere with a vehicle’s advanced air
bag sensors if the restraints are allowed
to rest against the front seat back. In
several vehicles studied, unless the
vehicle’s front seats were set forward of
the fore-aft mid-track seat adjustment
position, most convertible restraints
contacted the front seat back when
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positioned rear-facing.48 For those
cases, such contact was prohibited by
the respective CRS manufacturers. The
agency recognizes, however, that some
CRS manufacturers permit their child
restraints to rest against the back of the
vehicle seat. The CPST curriculum also
acknowledges that such contact is
acceptable if it is not expressly
prohibited in either the vehicle owner’s
manual or the CRS user’s manual.49
Accordingly, the agency is proposing to
adopt criteria to assess whether a CRS
can be installed rear-facing so as to
achieve the appropriate distance relative
to the front seat back, as prescribed by
the CRS manufacturer in the CRS
owner’s manual. If the CRS owner’s
manual does not provide guidance as to
whether CRS contact with the front seat
back is permitted or not, the agency is
proposing to permit such contact.
Proper installation could also not be
achieved for several infant restraints
positioned in the middle rear seating
location in some vehicles because the
carrier handle contacted the center
console of the vehicle when placed in
its manufacturer-prescribed travel
position. If the handle is adjusted to the
wrong position for travel, during a
crash, it may contact the vehicle seat or
other vehicle components during
rebound and may break, injuring the
child or other occupants.50 Therefore,
the agency is also proposing to adopt
criteria to assess whether proper
placement of the CRS carrier handle can
be achieved for rear-facing CRS, if
applicable.
The CPST curriculum also teaches
that not only must a CRS not move more
than one inch from side-to-side or frontto-back when pulled at the belt or lower
attachment strap path with one hand to
be properly installed, but further
specifies that no more than 20 percent
of the child restraint’s footprint may
hang over the edge of the vehicle seat.51
We are considering using this criterion
to assess the CRS stability on the vehicle
seat pan since it has been included in
the curriculum and is a familiar metric
in the child passenger safety
community. However, as stated earlier
in this preamble, we request comment
on the merits of the 20 percent criterion.
Should a different value be used
instead?
In light of the aforementioned
installation issues, NHTSA is proposing
48 The mid-track position is indicative of the
seating location of the mid-sized male driver
dummy in frontal and side NCAP tests.
49 See https://www.cpsboard.org/techmanual.htm,
Page 137.
50 See https://www.car-safety.org/guide.html.
51 See https://www.cpsboard.org/techmanual.htm,
Page 137.
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that the following criteria are
considered when assessing fit in the
‘‘CRS Installation, Use, and Tightness’’
category:
—Does more than 20% of the CRS (rearfacing and forward-facing CRS) or
booster base/bottom hang over the
edge of the vehicle seat pan?
—Can the CRS be installed so that there
is no more than 1 inch of movement
side-to-side or front-to-back when
pulled at the LATCH path or belt path
(rear-facing and forward-facing CRS)?
—Can the CRS be installed rear-facing
so as to achieve the appropriate
distance relative to the front seat back,
as stated in the CRS owner’s manual,
if applicable? Must also be able to
achieve proper placement of CRS
carrier handle, if applicable (rearfacing CRS only).
—If the harness is intended to be
accessed when the CRS is installed,
can it be tightened (rear-facing and
forward-facing CRS)?
—Does the positioning prohibit full
adjustment of the booster’s head
restraint or the use of any belt
positioning hardware (booster only)?
Although this program will not be
evaluating vehicle-CRS combinations
for ease of fit at this time, the agency is
adopting certain criteria that should
help ensure that the installation and use
of recommended child restraints will be
less difficult for parents and caregivers.
The vast majority of harnessed child
restraints currently in the U.S. market
use a ‘‘continuous’’ or ‘‘one-pull’’
mechanism to tighten the harness onto
the child once s/he has been secured in
the restraint. This style of harness
tightening mechanism is for use while
the CRS is installed in the vehicle, so
that the parent or caregiver can
appropriately adjust the harness to fit
snugly on their child prior to each and
every trip. The agency is proposing that
in order to meet the fit recommendation
conditions, child restraints with harness
tightening systems that are intended to
be accessed and used while the CRS is
installed must actually be able to be
accessed and used. If the harness
tightening mechanism is not intended to
be accessible according to the CRS
owner’s manual when the CRS is
installed in the vehicle, this would not
be a proposed requirement for vehicle
fit.
The agency is also proposing a
criterion that promotes CRS
installations without the use of items
that did not come from their
manufacturers. For example, for proper
installation, a rear-facing CRS must
achieve a proper recline on the vehicle
seat and must achieve proper tightness
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without the use of after-market objects
such as pool noodles or rolled towels.
Although it is common practice in the
field to use such items, the items are
used to solve incompatibility problems.
Thus, the agency does not believe that
a child seat fit recommendation within
this program should depend upon the
use of items to fix incompatibility
between the CRS and the vehicle.
We believe, in most cases, requiring
no more than 20 percent of the CRS
bottom to overhang the vehicle seat pan
and less than one inch of movement at
the belt path when installed should
result in a proper, tight installation.
However, though not explicitly stated, it
is often the case that a child restraint
must rest securely on the vehicle seat
pan and against the seat back to achieve
no more than one inch of movement
when installed. As indicated previously,
vehicle features such as fixed head
restraints may position larger forwardfacing restraints or high-back boosters
away from the vehicle’s seat back,
generating large gaps behind the CRS.
High seat bights and severe vehicle seat
pan contours can also create gaps
behind or under a CRS. In addition,
some child restraint manufacturer
instructions stipulate that proper
installation requires a certain amount of
contact between the vehicle seat back
and the rear of a child restraint when
installed forward-facing. The agency is
unsure as to the specific reasons for this
requirement and is seeking comment on
this issue.
It should be noted that the agency is
proposing to permit the adjustment of
vehicle seat backs, if possible, to
achieve appropriate CRS contact with
the vehicle seat back. This proposal is
aligned with S7(a) of FMVSS No. 225,
‘‘Child restraint anchorage systems,’’
which currently permits seat back
adjustment in order to attach the SFAD
2 to a vehicle’s lower anchorages during
testing.52 Further, adjusting the seat
back so that the child restraint would
rest securely against the seat back is a
reasonable step that a parent or
caregiver may take. For forward-facing
and high-back booster seats, the agency
will also permit evaluators to use all
available remedy methods indicated in
the vehicle owner’s manual to adjust
head restraints that may cause gaps.
Prior to the pilot study, the agency
was unsure not only as to whether there
was a need to develop a criterion to
address CRS stability on the vehicle seat
back, but also as to what would qualify
52 SFAD 2 is the static force application device
used in FMVSS No. 225 testing to test lower
anchorage and tether anchorage strength when seat
belts are NOT used to secure a child restraint
system in the vehicle.
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as an objective criterion. Accordingly,
the agency used the pilot study to both
assess the need for a criterion, and also
to evaluate a potential objective
criterion. In particular, the agency
assessed whether requiring a minimum
of 50 percent contact between the CRS
and the vehicle seat back was needed to
ensure proper fit. That is, if a forward
facing CRS or a booster could not be
installed such that at least 50 percent of
its rear surface was in contact with the
vehicle seat back, then a note to that
effect was made on the pilot study
evaluation forms, as shown in Appendix
C.
The agency also evaluated whether
this criterion, if needed, was both
sufficient and objective. For the
purposes of the pilot study, it was not
necessary for a child restraint to meet
this requirement to achieve acceptable
fit.53 Although the agency observed
several instances during the pilot study
in which child restraints could not be
installed in certain vehicles to meet this
requirement, with the exception of one
vehicle-CRS combination, each of these
vehicle-CRS combinations also failed to
meet an additional fit requirement.
Some of the restraints that did not meet
the seat back contact requirement could
not be installed to meet the CRS
manufacturer’s installation instructions;
others, when installed, could be moved
more than one inch side-to-side or frontto-back. For these reasons, and since the
agency could not find data regarding an
appropriate amount of surface area
contact between a child restraint and
the vehicle seat back or seat pan,
NHTSA is specifically seeking comment
on whether a vehicle seat back-to-CRS
contact criterion is necessary and
should be included on the final set of
evaluation forms. If such a criterion is
deemed necessary, the agency is also
seeking comment on what the
appropriate, objective criteria should be.
Similarly, the agency is also seeking
comment on whether it should adopt a
requirement that assesses CRS stability
on a vehicle seat pan. Although such a
criterion was not evaluated during the
pilot study, the agency did observe
several instances in which large gaps
could be seen under an installed CRS
due to CRS incompatibility with vehicle
seat bights or seat pan contours. The
agency is also seeking comment on what
an appropriate, objective seat pan
contact criterion would be, should it be
deemed necessary.
53 During the pilot study, the agency made an
attempt to develop an objective criterion for contact
between the CRS and the vehicle seat and felt 50
percent contact was a reasonable starting point for
evaluation.
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The agency is proposing an additional
assessment that pertains to whether a
rear-facing CRS contacts the vehicle seat
in front of it when installed. Certain
vehicle manufacturers prohibit rearfacing child restraints from touching the
front seat back because of potential
interference with advanced air bag
sensors. Similarly, child restraint
manufacturers may also require that an
installed child restraint may not come
within a specified distance of the front
seat back. NHTSA tentatively believes
that, if the CRS user’s manual or the
vehicle owner’s manual specifies that
either the child restraint may not
contact the seat back in front or that a
certain distance must be maintained
between the CRS and the back of the
front seat, we should take this into
consideration. The child restraint
should be installed and assessed for fit
in the vehicle such that the specified
distance (if any) is maintained. For fit
assessments under the vehicle-CRS
program, the agency is proposing that
manufacturers make two assessments
with respect to the front seat position—
one with the front seat set to its midposition on its seat track and one with
the front seat set to its forward-most
position on its seat track.54 The agency
acknowledges that not all front seats
will be able to be positioned in their
mid-track position when a CRS is
installed rear-facing in the seat behind
it. As long as the front seat can be
placed in any lockable position with its
seat back at the vehicle manufacturer’s
nominal seat back angle, a CRS can be
considered to meet the fit assessment
conditions in that vehicle. While it may
be impractical to move the driver’s seat
to its full forward position while
operating the vehicle, the consumer has
the option of moving the front passenger
seat of a vehicle to that location to
accommodate a rear-facing CRS, even if
that means other adult passengers may
also have to sit in the rear seat. The
agency expects manufacturers to note
any fit recommendations that require a
front seat to be placed forward of the
mid-track location. We intend to
disseminate that information to
consumers.
The agency understands that vehicles
of the same make and model can have
different upholstery and options that
54 Mid-position for these fit assessments is taken
to be the midpoint between the full-forward and
full-rear position of the seat on its mid-track, using
only the primary seat fore-aft controls. If a
particular vehicle is available with different front
seat options, the manufacturer should exercise due
care by assessing fit in the vehicle seat whose midtrack seat position would be rear-most with respect
to the child restraint. During all assessments, the
front seat back should be set to the vehicle
manufacturer’s nominal seat back angle.
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may affect the installation of a child
restraint. In the agency’s experience,
however, these variations have not been
severe enough to affect the ability to
install the same child restraint within
variations of one vehicle make and
model. That said, the agency expects
vehicle manufacturers to exercise due
care; if a particular trim line or vehicle
option will have an effect on the
consumer’s ability to achieve proper
vehicle-CRS fit, the manufacturer
should not recommend that vehicle-CRS
combination for this program.
F. Vehicle Owner’s Manual
Proper installation of a child restraint
requires that the parent or caregiver read
and follow all the requirements of both
the vehicle owner’s manual and the
child restraint user’s manual. However,
NHTSA is aware of some cases in which
the vehicle cannot accommodate the
child restraint properly due to
constraints imposed by either the child
restraint manufacturer or the vehicle
manufacturer. As such, NHTSA has
decided to propose the following
criterion in the ‘‘Vehicle Owner’s
Manual’’ category for rear-facing CRS,
forward-facing CRS, and boosters:
—Can the CRS be installed (rear-facing
and forward-facing CRS) or booster be
positioned to meet both the restraint
manufacturer’s and the vehicle
manufacturer’s instructions?
It is important for parents and
caregivers to follow all instructions from
both child restraint and vehicle
manufacturers, to ensure that the
maximum protection possible is
afforded. If a child restraint’s user’s
manual advises that the CRS should not
be used in a vehicle having a particular
type of seating arrangement, this
restraint would not meet the assessment
conditions. That is, NHTSA would
deem this CRS as not fitting a vehicle
with that type of seating arrangement,
even if the vehicle manufacturer had
identified the CRS as one that fits the
vehicle. Such an instance may arise if a
vehicle manufacturer recommended a
child restraint for a particular vehicle
that has a specific type of side air bag
and the CRS manufacturer’s instructions
prohibit the installation of that
particular CRS next to that type of side
air bag.
A lack of information can be
challenging for parents and caregivers. It
is prudent for both vehicle and child
restraint manufacturers to provide
sufficient information regarding proper
use. As observed in the pilot study,
there are instances in which specific
features cannot be used or in which the
full use of features on the restraint
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cannot be realized. Not only can this be
a disappointment to caregivers, but it
can also result in consumers improperly
installing the child restraint. For
example, suppose a vehicle
manufacturer established a maximum
weight for children who should be using
CRSs with the LATCH system, but did
not include the LATCH anchor limit
information in the vehicle owner’s
manual. The harnessed restraint
installed with LATCH should be
reinstalled with the seat belt when the
vehicle’s LATCH anchor weight limits
are exceeded. However, a parent who
was not aware of the weight limit might
fail to reinstall the CRS with the vehicle
belt after his or her child’s weight
exceeded the vehicle’s LATCH anchor
weight limit.
Along similar lines, the vehicle
should accommodate the child restraint
so that the CRS may be installed to meet
the child restraint manufacturer’s
instructions. For example, for rearfacing infant seats, the carry handle’s
proper travel position must be reached.
If the carry handle makes contact with
the vehicle’s front seat backs or center
console when placed in this position
and either the vehicle owner’s manual
or the child restraint user’s manual
prohibits such contact, the child seat
should not be installed for use in this
position in the subject vehicle. A similar
rationale should be applied for
convertible seats and/or all-in-one seats
for which seat back contact is prohibited
when positioned rear-facing. Another
example may be when a forward-facing
child restraint’s user’s manual states
that the restraint’s seat back must make
full contact with the vehicle seat back,
but this condition cannot be achieved
because of the seat back or seat pan
contour, a high seat bight, or head
restraint interference. The restraint
should have the ability to be properly
utilized in every mode of use and in
every adjustment position as described
in the manual so that parents and
caregivers can properly adjust the child
restraint to accommodate the growth of
their child(ren).
G. Weight Limits
Most forward-facing child restraints
are equipped with internal harness
systems that are designed for children
weighing 40 pounds or less; however,
many child restraint manufacturers now
make forward-facing child restraints
that are designed for heavier, taller
children. These child restraints come
with an internal harness system that can
be used for children weighing up to 65
pounds, and in some cases, 80 pounds.
As mentioned previously, these
restraints are informally known as
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‘‘high-weight harness’’ restraints. For
vehicles that have established child
weight limits for their LATCH anchors
and those weight limits are lower than
the upper child weight limits of these
high-weight harness restraints, parents
and caregivers should not install or
continue to use these CRSs using the
LATCH system when children surpass
the upper weight range allowed by the
vehicle LATCH anchors. In most cases,
when the child’s weight exceeds the
vehicle manufacturer’s LATCH child
weight limit, the child restraint’s lower
attachments and/or top tether may have
to be detached from the vehicle, and the
vehicle seat belt is then used to install
the child restraint. In some instances,
however, the weight limit established by
the vehicle manufacturer for the
vehicle’s top tether anchor may be
higher than that for the vehicle’s lower
anchors and the top tether may continue
to be used after the CRS transitions from
LATCH to a seat belt, until a new weight
threshold is reached. Regardless of
whether the CRS is installed with lower
attachments or seat belts, many vehicle
and child restraint manufacturers
require that the tether also be
disconnected once the child reaches a
certain weight.
As some vehicle manufacturers do not
include information pertaining to the
child weight limits for LATCH use in
the vehicle owner’s manuals, NHTSA is
concerned that many parents and
caregivers are not given information as
to whether they may have to disconnect
the child restraint from the LATCH
anchors and use the vehicle seat belts as
their child gets heavier. There can also
be confusion if the weight limits of the
CRS and the vehicle LATCH system do
not match. To ensure that parents and
caregivers are provided with adequate
information for proper restraint use and
to improve the fit of CRSs in vehicles,
NHTSA is proposing the following
scenarios to assist vehicle
manufacturers in their fit assessment
process. In the following scenarios, the
LATCH lower anchors and the top
tether anchor have the same child
weight limit or a LATCH weight limit is
not provided by the vehicle
manufacturer.
• If the recommended CRS has a
maximum child weight limit that is 40
pounds or less, NHTSA will evaluate fit
using LATCH lower anchors (with
tether) or using seat belts (with tether),
at each applicable seating position;
• If the recommended CRS has a
maximum child weight limit that is
greater than 40 pounds and the vehicle
manufacturer does include a child
weight limit for LATCH use in the
vehicle owner’s manual, NHTSA will
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evaluate fit at each applicable seating
position as follows:
(1) If the recommended CRS’s
maximum child weight limit is less than
or equal to the child weight limit
specified in the vehicle owner’s manual
for LATCH use, vehicle-CRS fit may be
assessed using LATCH lower anchors
(with tether) or using seat belts (with
tether);
(2) If the recommended CRS’s
maximum child weight limit is greater
than the child weight limit specified in
the vehicle owner’s manual for LATCH
use, vehicle-CRS fit may be assessed
using:
(a) LATCH lower anchors (with
tether) or seat belts (with tether)—for
children weighing up to the child
weight limit specified in the vehicle
owner’s manual for LATCH use; and
(b) Seat belts only—for children
weighing above the child weight limit
specified in the vehicle owner’s manual
for LATCH use.
• If the recommended CRS has a
maximum child weight limit that is
greater than 40 pounds and the vehicle
manufacturer does NOT include a child
weight limit for LATCH use in the
vehicle owner’s manual, NHTSA will
evaluate fit at each applicable seating
position using:
(1) LATCH lower anchors (with
tether) or seat belts (with tether)—for
children weighing up to 40 pounds; and
(2) Seat belts only—for children
weighing more than 40 pounds.
The agency believes the situation can
exist where a vehicle manufacturer
could specify a child weight limit for
the LATCH system in which the lower
anchors have a limit that differs from
the weight limit of the top tether. In
those situations, we believe the below
scenarios would be appropriate for
determining whether the lower anchors
and top tether should be used. With
regard to the lower anchors, we propose
that NHTSA will attach the lower
anchors if the CRS child weight limit is
less than or equal to the anchor’s child
weight limit provided by the vehicle
manufacturer. If the CRS child weight
limit is greater than the vehicle’s
anchors child weight limit, we would
not attach lower anchors and would use
seat belts instead when assessing the fit
of the CRS as the CRS is configured for
children weighing above the child
weight limit specified in the vehicle’s
owner manual for LATCH lower
anchors. With regard to the top tether,
we propose that NHTSA will attach the
tether if the CRS child weight limit is
less than or equal to the tether child
weight limit provided by the vehicle
manufacturer. If the CRS child weight
limit is greater than the vehicle’s tether
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weight limit, we would not attach the
top tether. That is, we would assess fit
without using the tether. A summary of
the above scenarios is shown in
Appendix E.
If NHTSA finds that a CRS does not
fit a vehicle seating position when
attached by the LATCH system or the
seat belt system as described here,
NHTSA plans to take action as proposed
in the ‘‘Program Distribution’’ section
(VII–C).
H. Rear-Facing CRS
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Frontal crashes are the most
frequently occurring types of crashes. In
a frontal crash, a rear-facing CRS acts to
cradle the child, prevents the child’s
head from snapping backward with
respect to its body, and helps distribute
crash forces over the child’s head, neck,
and back, thereby reducing the potential
for injury to any one body region. It is
especially important to face infants
(children under one year old AND
under 20 lbs) rear-facing, as the child’s
neck has not yet matured to support the
child’s head in a frontal crash.
To balance safety and comfort for
children restrained rear-facing, it is also
imperative that parents and caregivers
achieve the appropriate recline angle for
rear-facing restraints.55 This angle,
which is recommended by the CRS
manufacturer, is typically specified to
be between 30 and 45 degrees from
vertical, and must be determined when
the vehicle is on a level surface. Child
restraint manufacturers often equip rearfacing child restraints with a level
indicator so that caregivers can install
the CRS at the appropriate angle. The
prescribed angle must be especially
maintained for newborns to prevent
their airways from being restricted. As
evidenced by the agency’s pilot study,
parents and caregivers may find it
particularly difficult to achieve the
appropriate recline angle when
installing a rear-facing CRS in a vehicle
that has an extreme seat pan contour.
NHTSA’s pilot study revealed several
instances in which anti-rebound bars,
equipped on some child restraints,
increased stability on the vehicle seat,
particularly for the rear center seating
position.56 The agency also observed
that these devices can actually help
parents and caregivers to achieve and
55 See
https://www.car-safety.org/rearface.html.
limit inertia-induced rotation of a rearfacing child restraint upon rebound in a frontal or
rear impact crash, many CRS come equipped with
an anti-rebound bar. This device serves not only to
transmit rotational forces seen by the CRS into the
vehicle seat back during sudden changes in
velocity, but also may reduce the chance of injuries
resulting from a child’s contact with the vehicle
seat during rebound.
56 To
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maintain the recommended recline
angle for the CRS.
With these considerations in mind,
the agency is proposing the following
additional assessment criteria for rearfacing CRS:
—Can the CRS be installed to the recline
angle specified by the manufacturer?
—Can the anti-rotational device, if
applicable, be adjusted/operated/
installed properly?
A rear-facing child restraint should be
able to be installed at the manufacturer’s
prescribed angle (using any level
indicators included) when the vehicle is
on level ground. The agency is not
proposing to permit the use of pool
noodles, towels, or other objects to
achieve the proper angle for the reasons
specified previously. NHTSA is also
proposing that an assessment of the
installation, operation, and adjustment
of anti-rotational devices be made for
applicable CRS when installed rearfacing. If the device cannot be used, or
if using it prohibits a tight fit, the
restraint would not meet the assessment
conditions for fit.
XI. Conclusions and Effective Date
For the reasons described above, the
agency believes that there is a need to
address vehicle-CRS fit via a consumer
information program. We are proposing
that a voluntary Vehicle-CRS Fit
assessment program would be an
effective method of meeting this need,
as our pilot study showed it to be a
viable option. To fulfill the participation
conditions for the program, the agency
is proposing that vehicle manufacturers
follow a list of criteria, similar to those
the agency is proposing in Appendix D,
to determine CRS that fit in various
vehicle models.
Comments are requested on the
program, including the criteria
described in this document to assess a
proper fit of a CRS in a vehicle, and the
conditions we are considering setting
for participation in the program
(conditions that vehicle manufacturers
have to meet to have their information
listed on Safercar.gov).
We are proposing that the program
begin with vehicle model year 2012.
However, we are requesting comments
on the appropriate lead time for vehicle
manufacturers to prepare for and
participate in the program. Under our
proposed program, vehicle
manufacturers will submit
recommendations of CRS that fit in their
vehicle models to the agency via the
Buying a Safer Car submission, which is
collected annually. Although
recommendations will be valid only for
vehicle-CRS pairs, vehicle
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manufacturers need not provide data for
all of their vehicle models in order to
participate. The agency hopes that over
time, a wealth of information will be
generated.
As discussed, in the interest of time
and simplicity, the proposed program
only includes objective fit criteria. Such
objective criteria quantify fit in a clear
manner, which vehicle manufacturers
can quickly comprehend and use to start
providing accurate assessments. The
agency plans to reevaluate the program
after its inception to ensure that
consumers are receiving useful and
complete information. If the agency
determines that it is warranted and
practical, additional CRS ease of fit
criteria could be added. The agency also
expects to revisit other aspects of the
program, such as the number and type
of fit suggestions being made by vehicle
manufacturers. In particular, if the
program is adopted, as proposed, the
agency may reevaluate whether vehicle
manufacturers may continue to claim
vehicle-CRS fit for either LATCH or
vehicle belts, or decide if the
manufacturer must instead claim fit for
both systems of attachment.
While vehicle manufacturers will be
expected to report CRS fit under the
proposed program, we expect there to be
motivation for CRS manufacturers to
share in the process by identifying
vehicles that their products can fit and
reporting their findings to vehicle
manufacturers. This serves both the
vehicle manufacturers’ needs, the CRS
manufacturers’ needs, and consumers’
needs. At this time, the agency does not
plan to collect CRS fit information from
CRS manufacturers directly. The agency
believes that, in the interest of time,
requesting this information from the
vehicle manufacturers is the most
appropriate approach. As mentioned,
NCAP’s Buying a Safer Car information
request should permit NHTSA to gather
this information from the vehicle
manufacturers in an organized and
efficient manner. Furthermore, the
agency does not currently have a means
to collect similar information from the
CRS manufacturers. That being said, in
the interest of providing consumers
with a greater number and variety of
CRS from which to choose from, the
agency is requesting comments on an
alternative or additional approach to
collecting this information.
XII. Paperwork Reduction Act
Before a Federal agency can collect
certain information from the public, it
must receive approval from the Office of
Management and Budget (OMB). Under
the Paperwork Reduction Act of 1995, a
person is not required to respond to a
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collection of information by a Federal
agency unless the collection displays a
valid OMB control number with an
expiration date. Before seeking OMB
approval, Federal agencies must publish
a document in the Federal Register
providing a 60-day public comment
period and otherwise consult with
members of the public and affected
agencies concerning each proposed
collection of information.
NHTSA believes that the consumer
information program described in this
request for comments, if implemented,
may result in a collection of information
burden on motor vehicle manufacturers,
even if the manufacturers provide the
information voluntarily. In a separate
Federal Register document, NHTSA
will provide a full description of the
proposed collection of information,
including: (1) A discussion of the need
for the information and the proposed
use of the information; (2) a description
of the likely respondents (including
estimated number and proposed
frequency of response to the collection
of information); and (3) an estimate of
the total annual reporting and
recordkeeping burden resulting from the
collection of information. A 60-day
public comment period will be provided
when the description of the proposed
collection of information is published.
XIII. Public Participation
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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.
Comments may also be submitted to
the docket electronically by logging onto
the Docket Management System Web
site at https://www.regulations.gov.
Follow the online instructions for
submitting comments.
Please note that pursuant to the Data
Quality Act, in order for substantive
data to be relied upon and used by the
agency, it must meet the information
quality standards set forth in the OMB
and DOT Data Quality Act guidelines.
Accordingly, we encourage you to
consult the guidelines in preparing your
comments. OMB’s guidelines may be
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accessed at https://www.whitehouse.gov/
omb/fedreg/reproducible.html.
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 setting forth the information
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 in developing
a final decision, we will consider that
comment as an informal suggestion for
future action.
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 see
the comments on the Internet. To read
the comments on the Internet, go to
https://www.regulations.gov. Follow the
online instructions for accessing the
dockets.
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.
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Issued on: February 18, 2011.
Joseph S. Carra,
Acting Associate Administrator for
Rulemaking.
Appendix A: Worldwide Child
Restraint Consumer Information
Programs
In developing NHTSA’s Vehicle-CRS
Fit program, the agency considered
other international consumer
information programs for child
restraints. Some of the most prominent
are briefly explained below.
A. Child Restraints Evaluation Program
(CREP)
The New South Wales Roads and
Traffic Authority joined with the
National Roads and Motorists
Association and the Royal Automobile
Club of Victoria to establish a joint
program to assess both the relative
performance and the ease of using child
restraints available in Australia. The
resulting program, which began in 1994,
is known as CREP, or the Child
Restraints Evaluation Program. In
addition to frontal and side impact sled
testing of child restraints based on the
Australian Standard AS 1754, CREP
covers installation and compatibility
with vehicles and features specific to
the child restraint itself. The CREP
criteria assess how easily child
restraints can be installed as well as
how easily a child can be secured. They
also include an evaluation of the
instructions, the clarity and quality of
labeling and packaging, and vehicle
compatibility. CREP does not address
CRS compatibility as it relates to
specific vehicles; therefore, the agency
is not proposing this approach.
B. Consumers Union
Consumers Union (CU), publisher of
Consumer Reports magazine, is a
nonprofit membership organization that
evaluates child restraints in dynamic
sled tests, assesses their ease of use, and
evaluates their compatibility with
vehicles. In the United States, CU rates
child restraints by evaluating the ease of
using installation and harness features
as well as the ease of placing and
removing the child in the restraint. To
evaluate compatibility, a few vehicles
are selected from each model year that
span a variety of body types and
features related to child restraint
installation. CU raters perform CRS
installations in each of these vehicles to
generally assess ease of installation.
They do not, however, publish specific
combinations or suggestions for fit
between child restraints and vehicles. In
addition, CU conducts sled testing to
assign a dynamic performance rating to
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the child restraint. All of the items are
evaluated on a five-part scale using the
following rankings: ‘‘Excellent,’’ ‘‘Very
good,’’ ‘‘Good,’’ ‘‘Fair,’’ and ‘‘Poor.’’ The
ease of use, installation, and dynamic
performance ratings are all combined
into an overall rating for consumers
based on the same five-part scale.
Because the agency is primarily focused
on proposing a program that addresses
vehicle-CRS compatibility as it relates to
specific vehicle and restraint pairs, CU’s
method of evaluating CRS was not
selected.
C. EuroNCAP
The European New Car Assessment
Program, or EuroNCAP, also provides
consumers with child occupant
protection ratings for its vehicles.
Vehicle manufacturers recommend
child restraints suitable for installation
in their products during their offset
frontal and 90-degree side impact crash
tests.57 Each vehicle’s rear seat is fitted
with two child restraints: One suitable
for a 3-year-old child and another
suitable for an 18-month-old infant.
Technicians evaluate the installation of
the child restraints prior to the crash
tests, and they assess the quality and
completeness of the child restraint’s
labeling information. The dynamic
performance of the child restraint is
determined by evaluating injury
readings from child dummies placed in
these child restraints. It is then
combined with the installation and
labeling evaluation as part of a vehicle’s
overall child protection rating. Points
earned during the evaluation are
converted into a star rating. The overall
child protection ratings are attributed to
the vehicle in question rather than the
particular child restraint.58 In addition,
the ratings are specific to that
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57 The EuroNCAP primarily provides consumers
with crash safety ratings for vehicles sold
throughout Europe. The program is funded by
various European governments and private
motoring clubs. EuroNCAP has traditionally rated
vehicles for crashworthiness based on an offset
frontal crash test at 40 mph (64 km/h) and a 90
degree side impact crash test at 31 mph (50 km/h).
Beginning in 2009, a previously optional side
impact pole test became a mandatory part of the
crashworthiness rating.
58 However, the child restraints tested in each
vehicle are still displayed on the EuroNCAP Web
site.
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combination of vehicle and CRS and do
not necessarily indicate the safety
performance of other child restraints in
that vehicle. At this time, there are no
stand-alone evaluations of child
restraints conducted by EuroNCAP. Due
to the fact that only a small portion of
EuroNCAP’s approach is related to
vehicle-CRS fit, the agency is not
proposing to use this method.
D. Japan NCAP (JNCAP)
The Japanese Ministry of Land,
Infrastructure and Transport, in
cooperation with the National
Organization for Automotive Safety &
Victims’ Aid, tests and evaluates the
safety of automobiles as part of its New
Car Assessment Program (JNCAP). In
2002, the JNCAP began rating child
restraints for crash protection as well as
usability.
JNCAP dynamically rates Japan’s most
popular child restraints by conducting a
frontal sled test in excess of the
country’s minimum child restraint
performance requirements.59 Child
restraints containing age-appropriate
dummies are subjected to a 35 mph (56
km/h) sled pulse which is based on the
characteristics of the European child
restraint safety standard, Economic
Commission for Europe’s Regulation 44
(ECE R44). The child restraints are
installed on a sled buck based on the
Toyota Estima, a popular family vehicle
similar to the Toyota Sienna in the U.S.
The rating is comprised of an evaluation
of dummy readings and kinematics, the
level of physical damage (if any) to the
child restraint, and the release (if any)
of child restraint buckles or other
hardware. A four-tier rating system is
used: ‘‘Excellent,’’ ‘‘Good,’’ ‘‘Normal,’’
and ‘‘Not Recommended.’’
JNCAP’s usability ratings are very
similar to the structure and content of
NHTSA’s Ease of Use (EOU) program for
child restraint usability. Five child
restraint specialists rate each child
restraint chosen for dynamic testing
across five categories of usability, each
of which contains a number of different
59 To be sold in Japan, child restraints may be
certified to ECE R44, U.S. FMVSS No. 213, or
Japan’s own regulation, JIS D 0401. The number of
child restraints tested each year varies, but in April
2009, results were published for five CRS that were
deemed ‘‘currently available.’’
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10657
features for evaluation. The specialists
in this program rate each feature on a
scale of 1 to 5, with ‘‘3’’ representing an
‘‘average’’ feature. The ratings given by
all five specialists for each of the five
categories of usability are averaged; all
of the features within each category are
then averaged as well. No overall rating
is provided, but the five usability
category scores are presented to the
consumer as a numerical value from 1
to 5. Because JNCAP’s ratings system
does not address vehicle-to-CRS
compatibility, this approach is not being
proposed.
E. New Program for the Assessment of
Child Restraint Systems (NPACS) and
the Child Seat Rating Scheme
On August 3, 2009, the United
Kingdom Transport Research Laboratory
(TRL) announced it would launch a new
five-star rating scheme for child
restraints in 2010. In its inception, TRL
relied heavily on the NPACS (New
Programme for the Assessment of Childrestraint Systems) protocol published by
the U.K. Department for Transport.
Though all child restraints sold in the
U.K. must meet the minimum
performance standards of ECE R44,
TRL’s new program will subject
products to the NPACS testing protocol,
which goes above and beyond the
minimum performance standards set
forth by ECE R44. The NPACS protocol
(as well as the new TRL CRS program)
includes a side impact sled test as well
as a usability assessment, neither of
which TRL felt were addressed
sufficiently in ECE R44. The rating
scheme that was developed under these
efforts will present individual products’
safety in terms of an overall star rating,
which is based on frontal and side sled
test performance as well as a usability
assessment. TRL hopes that the ratings
will be useful to consumers seeking
information on the comparative
performance of child restraints as well
as provide a new promotional tool for
manufacturers and retailers. Again,
because the NPACS protocol does not
address CRS-to-vehicle compatibility as
it relates to specific product pairs, the
agency is not proposing to use this
protocol.
BILLING CODE P
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srobinson on DSKHWCL6B1PROD with NOTICES
Appendix B: Pilot Study Evaluation
Form
10659
Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
Appendix C: Observations From
Vehicle-CRS Pilot Study
Mitsubishi Eclipse
CRS Model
Chevrolet Impala
Chrysler Sebring
LATCH
Seat
belt
LATCH
Seat
belt
LATCH
Seat belt
LATCH
Seat
belt
N(i) ......
N(i) ......
N(b)(r) ..
Y ...........
Y ...........
N(l) ........
N(b)(i) ..
N(b) .....
N(b) .....
N(c) .......
Y ...........
Y ...........
N(c)(r) ..
Y ..........
N(f) ......
N(r) .......
N(c) .......
N(l) ........
N(b) ...................
N(b) ...................
N(b)(c) ..............
Y ...........
N(l) ........
N(c) .......
Y ..........
Y ..........
N(m) ....
Y
Y
Y
Y* ..........
Y* ..........
Y* ..........
Y* ........
Y* ........
Y* ........
Y* ..........
Y* ..........
Y* ..........
Y ..........
N(b) .....
N(b) .....
Y ...........
Y ...........
Y* ..........
N(c)(f) ..
Y ..........
N(b)(c)
N(c) .......
Y ...........
N(c) .......
N(b)(r) ...............
N(b) ...................
N(b) ...................
N(r) .......
Y* ..........
N(l) ........
N(t) ......
Y* ........
Y* ........
N(t)
N(l)
Y*
Y ...........
Y ...........
n/a .........
N(l) ........
n/a .........
N(l) ........
Y* ..........
N(b)(c)
N(b)(h)
Y(c) ......
Y ..........
N(b)(c)
N(b)(r) ..
N(c)(h)
N(l) ........
N(h) .......
n/a .........
Y ...........
n/a .........
N(l) ........
N(f) ........
N(b) .....
N(b) .....
Y ..........
Y ..........
Y ..........
N(b)(r) ..
N(b) .....
Y ...........
Y ...........
n/a .........
Y ...........
n/a .........
N(r) .......
Y ...........
N(b)(c)
N(b) .....
Y ..........
Y ..........
N(c) .....
N(b)(r) ..
Y ..........
N(c) .......
Y ...........
n/a .........
Y ...........
n/a .........
Y* ..........
Y ...........
N(b) ...................
N(b)(c) ..............
N(b) ...................
N(b) ...................
N(b) ...................
N(c) ...................
N(b)(c)(r) ...........
Y ...........
N(c)(f) ...
n/a .........
N ...........
n/a .........
N(c)(f) ...
N(f) ........
Y ..........
N(b) .....
N(b) .....
N(b) .....
N(b) .....
N(t) ......
N(t) ......
Y
Y
n/a
Y
n/a
N(l)(t)
N(t)
Seat
belt
Combi Shuttle EX ....
Graco Snugride 32 ..
Safety 1st Designer
22.
Graco ComfortSport
Britax Boulevard CS
Sunshine Kids Radian XT.
Safety 1st Summit ...
Britax Frontier ..........
Learning Curve B505
Magna Clek Olli .......
Evenflo Amp ............
Safety 1st All in One
Evenflo Symphony ...
Pontiac 5
LATCH
Seat
belt
N(b) .....
N(b) .....
N(b) .....
N(f) ........
Y* ..........
N(f) ........
N(b) .....
N(b) .....
N(b) .....
N(b) .....
N(b) .....
N(h)(s)
Y ..........
Y ..........
N(c)(r) ..
N(b) .....
Dodge Charger
Ford Focus
LATCH
N—Proper fit could not be achieved in every allowable seating position and mode of CRS use for this combination.
Y—Proper fit was achieved for this vehicle-CRS combination in every allowable seating positioning and mode of use for this combination.
*—Front seat may need to be positioned in front half of seat track to accommodate CRS installed rear-facing.
(b)—Seat belt and child restraint are incompatible.
(c)—Seat or seat back contour creates instability and does not allow for a proper install.
(f)—Could not achieve 1″ or less of movement at the belt/LATCH path for this installation.
(h)—Height of roofline prevents the use of this CRS in its highest position.
(i)—Seat belt latch plate button interfered with belt lock-off hardware.
(l)—Lower anchors and child restraint are not compatible.
(m)—Instructions in the CRS or vehicle owner’s manual prohibited this installation.
(r)—Proper recline could not be achieved without use of a towel or pool noodle.
(s)—Unwanted slack is created between the vehicle seat belt and the belt guide on this CRS.
(t)—Tether cannot be properly tightened.
Hyundai Elantra
Combi Shuttle EX ....
Graco Snugride 32 ..
Safety 1st Designer
22.
Graco ComfortSport
Britax Boulevard CS
Sunshine Kids Radian XT.
Safety 1st Summit ...
Britax Frontier ..........
Learning Curve B505
Magna Clek Olli .......
Evenflo Amp ............
Safety 1st All in One
Evenflo Symphony ...
Mazda Protege
Seat
belt
CRS Model
Toyota Yaris
Subaru Forester
Nissan Murano
LATCH
Seat
belt
LATCH
Seat belt
N(b) .....
Y ..........
Y ..........
Y ...........
Y ...........
Y ...........
Y ..........
Y ..........
N(b) .....
Y ...........
Y ...........
Y* ..........
Y ..........
Y ..........
N(b) .....
Y ...........
Y ...........
Y ...........
N(b) .....
N(b) .....
N(b) .....
N(f) ......
N(b) .....
Y ..........
Y ..........
Y ..........
N(r) ......
Y ..........
N(f) ........
Y ...........
n/a .........
N(l) ........
n/a .........
Y ...........
Y ...........
N(b) .....
N(b) .....
Y ..........
Y ..........
Y ..........
N(r) ......
N(b) .....
LATCH
Seat
belt
LATCH
Seat
belt
LATCH
Seat
belt
N(b)(c)(r)(m) ......
N(b)(m) .............
N(b)(c) ..............
Y ...........
Y* ..........
Y ...........
N(i) ......
Y ..........
N(i) ......
Y ...........
Y ...........
Y ...........
Y ..........
Y ..........
N(b) .....
Y ...........
Y ...........
Y ...........
N(b) .....
N(b) .....
N(b) .....
Y
Y
Y
Y* ..........
Y* ..........
N(l) ........
N(b)(c) ..............
N(b)(c) ..............
N(b) ...................
N(c)(l) ....
Y* ..........
N(l) ........
Y ..........
Y ..........
N(f) ......
Y ...........
Y ...........
Y ...........
Y ..........
Y ..........
N(b) .....
Y ...........
Y ...........
Y ...........
N(b) .....
N(b) .....
N(b) .....
Y
Y
N(l)
N(l) ........
Y ...........
n/a .........
Y ...........
n/a .........
N(r) .......
Y* ..........
N(b)(c) ..............
N(b)(h)(c) ..........
N(b) ...................
N(b) ...................
N(b)(c) ..............
N(c)(r) ...............
N(b)(c) ..............
N(l) ........
N(h)(l) ...
n/a .........
N(b)(l) ...
n/a .........
N(c)(r) ...
N(l) ........
Y
Y
Y
Y
Y
Y
Y
Y ...........
Y ...........
n/a .........
Y ...........
n/a .........
Y ...........
Y ...........
Y ..........
N(b) .....
Y ..........
Y ..........
Y ..........
N(b)(r) ..
Y ..........
Y ...........
Y ...........
n/a .........
Y ...........
n/a .........
N(r) .......
Y ...........
N(b) .....
N(b) .....
Y ..........
Y ..........
Y ..........
N(b) .....
N(b) .....
Y
Y
n/a
Y
n/a
Y
Y
..........
..........
..........
..........
..........
..........
..........
srobinson on DSKHWCL6B1PROD with NOTICES
N—Proper fit could not be achieved in every allowable seating position and mode of CRS use for this combination.
Y—Proper fit was achieved for this vehicle-CRS combination in every allowable seating positioning and mode of use for this combination.
*—Front seat may need to be positioned in front half of seat track to accommodate CRS installed rear-facing.
(b)—Seat belt and child restraint are incompatible.
(c)—Seat or seat back contour creates instability and does not allow for a proper install.
(f)—Could not achieve 1″ or less of movement at the belt/LATCH path for this installation.
(h)—Height of roofline prevents the use of this CRS in its highest position.
(i)—Seat belt latch plate button interfered with belt lock-off hardware.
(l)—Lower anchors and child restraint are not compatible.
(m)—Instructions in the CRS or vehicle owner’s manual prohibited this installation.
(r)—Proper recline could not be achieved without use of a towel or pool noodle.
(s)—Unwanted slack is created between the vehicle seat belt and the belt guide on this CRS.
(t)—Tether cannot be properly tightened.
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Toyota RAV4
LATCH
10660
Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
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Appendix D: Proposed Vehicle-CRS Fit
Assessment Forms
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EN25FE11.032
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Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
10662
Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
Appendix E: Installation Methods for
Assessing Vehicle-CRS Fit
OVERALL CHILD WEIGHT LIMIT IS 40 LBS OR LESS
Is vehicle top tether
anchor child weight limit
in vehicle manual?
CRS child weight limit
≤ vehicle lower anchor
child weight limit
CRS child weight limit
≤ vehicle top tether anchor child weight limit
Methods of installation that NHTSA
will evaluate
Yes .................................
Yes ................................
Yes ................................
Yes ................................
No .................................
Yes ................................
N/A ................................
Yes ................................
N/A ................................
Yes ................................
No .................................
N/A ................................
N/A ................................
Evaluations Conducted for Children
Up to 40 lbs:
• Lower Anchors w/Tether or
• Seat belts w/Tether.
Evaluations Conducted for Children
Up to 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Up to 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Up to 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
srobinson on DSKHWCL6B1PROD with NOTICES
No ..................................
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Is vehicle lower anchor
child weight limit in
vehicle manual?
Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
10663
OVERALL CHILD WEIGHT LIMIT IS GREATER THAN 40 LBS
Is vehicle lower anchor
child weight limit in
vehicle manual?
Is vehicle top tether
anchor child weight limit
in vehicle manual?
CRS child weight limit
≤ vehicle lower anchor
child weight limit
CRS child weight limit
≤ vehicle top tether anchor child weight limit
Methods of installation that NHTSA
will evaluate
Yes .................................
Yes ................................
Yes ................................
Yes ................................
.......................................
.......................................
No .................................
.......................................
No .................................
Yes ................................
.......................................
.......................................
No .................................
No .................................
Yes ................................
N/A ................................
.......................................
No .................................
N/A ................................
Yes ................................
N/A ................................
Yes ................................
Evaluations Conducted for Children
Up To 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Up To Vehicle Tether Anchor
Child Weight Limit:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over Vehicle Tether Anchor Child
Weight Limit:
• Lower Anchors or
• Seat Belts.
Evaluations Conducted for Children
Up To Vehicle Lower Anchor Child
Weight Limit:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over Vehicle Tether Anchor Child
Weight Limit:
• Seat Belts w/Tether.
Evaluations Conducted for Children
Up To Vehicle Lower Anchor Child
Weight Limit:
• Lower Anchors or
• Seat Belts.
Evaluations Conducted for Children
Over Vehicle Lower Anchor Child
Weight Limit but Under Vehicle
Tether Anchor Child Weight Limit:
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over Vehicle Lower Anchor Child
Weight Limit:
• Seat Belts Only.
Evaluations Conducted for Children
Up To 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over 40 lbs:
• Lower Anchors or
• Seat Belts.
Evaluations Conducted for Children
Up To 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over 40 lbs and Under or Equal to
Vehicle Lower Anchor Child
Weight Limit:
• Lower Anchors or
• Seat Belts.
Evaluations Conducted for Children
Over Vehicle Lower Anchor Child
Weight Limit:
• Seat Belts Only.
Evaluations Conducted for Children
Up To 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over 40 lbs:
• Seat Belts w/Tether.
srobinson on DSKHWCL6B1PROD with NOTICES
No ..................................
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10664
Federal Register / Vol. 76, No. 38 / Friday, February 25, 2011 / Notices
OVERALL CHILD WEIGHT LIMIT IS GREATER THAN 40 LBS—Continued
Is vehicle lower anchor
child weight limit in
vehicle manual?
Is vehicle top tether
anchor child weight limit
in vehicle manual?
CRS child weight limit
≤ vehicle lower anchor
child weight limit
CRS child weight limit
≤ vehicle top tether anchor child weight limit
Methods of installation that NHTSA
will evaluate
.......................................
.......................................
No .................................
No .................................
N/A ................................
N/A ................................
Evaluations Conducted for Children
Up To 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over 40 lbs and Under or Equal to
Vehicle Tether Anchor Child
Weight Limit:
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over Vehicle Tether Anchor Child
Weight Limit:
• Seat Belts Only.
Evaluations Conducted for Children
Up To 40 lbs:
• Lower Anchors w/Tether or
• Seat Belts w/Tether.
Evaluations Conducted for Children
Over 40 lbs:
• Seat Belts Only.
[FR Doc. 2011–4212 Filed 2–24–11; 8:45 am]
BILLING CODE C
DEPARTMENT OF THE TREASURY
Submission for OMB Review;
Comment Request
February 18, 2010.
srobinson on DSKHWCL6B1PROD with NOTICES
The Department of the Treasury will
submit the following public information
collection requirement to OMB for
review and clearance under the
Paperwork Reduction Act of 1995,
Public Law 104–13 on or after the date
of publication of this notice. A copy of
the submission may be obtained by
calling the Treasury Bureau Clearance
Officer listed. Comments regarding this
information collection should be
addressed to the OMB reviewer listed
and to the Treasury PRA Clearance
Officer, Department of the Treasury,
1750 Pennsylvania Avenue, NW., Suite
11010, Washington, DC 20220.
DATES: Written comments should be
received on or before March 28, 2011 to
be assured of consideration.
Internal Revenue Service (IRS)
OMB Number: 1545–2081.
Type of Review: Extension of a
currently approved collection.
Title: REG–148867–03 (Final)
Disclosure of Returns and Return
Information in Connection with Written
Contracts or Agreements for the
Acquisition of Property and Services for
Tax Administration.
Abstract: The regulations clarify that
redisclosures of returns and return
information by contractors to agents or
VerDate Mar<15>2010
16:39 Feb 24, 2011
Jkt 223001
subcontractors are permissible, and that
the penalty provisions, written
notification requirements, and safeguard
requirements are applicable to these
agents and subcontractors. Section
301.6103 (n)–1(d) of the proposed
regulations require that contractors,
agents, and subcontractors who receive
returns or return information under the
proposed regulations must provide
written notice to their officers and
employees of the purposes for which
returns or return information may be
used and of the potential civil and
criminal penalties for unauthorized
inspections or disclosures, including
informing them of the imposition of
punitive damages in the case of a willful
inspection or disclosure or an
inspection or disclosure which is the
result of gross negligence. Section
301.6103(n)–1(e)(3) of the proposed
regulations require that before the
execution of a contract or agreement for
the acquisition of property or services
under which returns or return
information will be disclosed, the
contract or agreement must be made
available to the IRS.
Respondents: Private sector:
Businesses or other for-profits.
Estimated Total Burden Hours: 250
hours.
OMB Number: 1545–1916.
Type of Review: Extension of a
currently approved collection.
Title: REG–159824–04 (NPRM)
Regulations Governing Practice before
the Internal Revenue Service.
Abstract: These regulations set forth
minimum standards for State or local
bond options.
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Respondents: Individuals or
households.
Estimated Total Burden Hours: 30,000
hours.
OMB Number: 1545–1774.
Type of Review: Extension of a
currently approved collection.
Title: TD 9187 (Final) Extensions of
Time To Elect Method for Determining
Allowable Loss;
Abstract: The information is
necessary to allow the taxpayer to make
certain elections to determine the
amount of allowable loss under Section
1.337(d)–2T, Section 1.1502–20 as
currently in effect or under Section
1.1502–20 as modified; to allow the
taxpayer to waive loss carryovers up to
the amount of the Section 1.150–20(g)
election and to ensure that loss is not
disallowed under Section 1.337(d)–2T
and basis is not reduced under Section
1.337(d)–2T to the extent the taxpayer
establishes that the loss or basis is not
attributable to the recognition of built in
gain on the disposition of an asset.
Respondents: Private sector:
Businesses or other for-profits.
Estimated Total Burden Hours: 36,720
hours.
OMB Number: 1545–1612.
Type of Review: Extension of a
currently approved collection.
Title: REG–209830–96 (TD 8779—
Final) Estate and Gift Tax Marital
Deduction.
Abstract: The information requested
in regulation section 20.2056(b)–
7(d)(3)(ii) is necessary to provide a
method for estates of decedents whose
estate tax returns were due on or before
February 18, 1997, to obtain an
extension of time to make the qualified
E:\FR\FM\25FEN1.SGM
25FEN1
Agencies
[Federal Register Volume 76, Number 38 (Friday, February 25, 2011)]
[Notices]
[Pages 10637-10664]
From the Federal Register Online via the Government Printing Office [www.gpo.gov]
[FR Doc No: 2011-4212]
[[Page 10637]]
-----------------------------------------------------------------------
DEPARTMENT OF TRANSPORTATION
National Highway Traffic Safety Administration
[Docket NHTSA-2010-00062]
Consumer Information; Program for Child Restraint Systems
AGENCY: National Highway Traffic Safety Administration (NHTSA),
Department of Transportation (DOT).
ACTION: Request for comments.
-----------------------------------------------------------------------
SUMMARY: On April 24, 2009, DOT announced that NHTSA would establish a
new consumer information program, as part of the New Car Assessment
Program, to help caregivers find a child restraint system (``child
safety seat'') that fits their vehicle. Under the program, NHTSA will
make available information from vehicle manufacturers as to the
specific child safety seats the manufacturers recommend for individual
vehicles. This document primarily details observations from an agency
pilot study conducted to determine reasonable conditions for
participation in such a program. It also proposes a set of forms
comprised of objective criteria which vehicle manufacturers can use to
identify child safety seats that fit their vehicles. The agency
anticipates that this program will make it easier for caregivers to
select a child safety seat that fits in their vehicle.
DATES: Comments should be submitted early enough to ensure that they
are received no later than March 28, 2011.
ADDRESSES: Comments should refer to the docket number above and be
submitted by one of the following methods:
Federal Rulemaking Portal: https://www.regulations.gov.
Follow the online instructions for submitting comments. Fax: 1-202-493-
2251.
Mail: Docket Management Facility, U.S. Department of
Transportation, 1200 New Jersey Avenue, SE., West Building Ground
Floor, Room W12-140, Washington, DC 20590-0001.
Hand Delivery: West Building Ground Floor, Room W12-140,
1200 New Jersey Avenue, SE., Washington, DC between 9 a.m. and 5 p.m.
ET, Monday through Friday, except Federal Holidays.
Instructions: For detailed instructions on submitting
comments and additional information on the rulemaking process, see the
Public Participation heading of the Supplementary Information section
of this document. Note that all comments received will be posted
without change to https://www.regulations.gov, including any personal
information provided.
Privacy Act: 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).
FOR FURTHER INFORMATION CONTACT: For non-legal issues related to the
Vehicle-Child Restraint System (CRS) Fit program, you may contact Ms.
Jennifer N. Dang, Office of Crashworthiness Standards (Telephone: 202-
493-0598). For legal issues, you may contact Ms. Deirdre Fujita, Office
of Chief Counsel (Telephone: 202-366-2992). You may send mail to these
officials at the National Highway Traffic Safety Administration, 1200
New Jersey Avenue, SE., West Building, Washington, DC 20590-0001.
SUPPLEMENTARY INFORMATION:
Table of Contents
I. Executive Summary
II. Introduction
III. The Current Child Safety Problem
IV. NHTSA's CRS Activities
V. Addressing Vehicle-CRS Compatibility
A. Consumer Information
B. LATCH
VI. Considerations for Development of a New Consumer Information
Program To Address Vehicle-CRS Compatibility
VII. Review of Worldwide Child Restraint Consumer Information
Programs
VIII. Conditions for Participation, Program Administration, and
Distribution
A. Conditions for Participation in the Vehicle-CRS Fit Program
B. Program Administration
C. Program Distribution
IX. Pilot Study To Assess Effectiveness of Preliminary Vehicle-CRS
Fit Program Evaluation Criteria
A. Development of Vehicle-CRS Fit Evaluation Forms
B. Pilot Study Approach
1. Vehicle Selection
2. CRS Selection
C. General Pilot Study Observations
X. Pilot Study Observations and Resulting Proposed Fit Criteria
A. Vehicle Seat Belts
B. Top Tether Anchorages
C. Lower Anchorages
D. Head Restraints
E. CRS Installation, Use, and Tightness
F. Vehicle Owner's Manual
G. Weight Limits
H. Rear-Facing CRS
XI. Conclusions and Effective Date
XII. Paperwork Reduction Act
XIII. Public Participation
Appendices
APPENDIX A: Worldwide Child Restraint Consumer Information
Programs
A. Child Restraints Evaluation Program (CREP)
B. Consumers Union
C. EuroNCAP
D. Japan NCAP (JNCAP)
E. New Program for the Assessment of Child Restraint Systems
(NPACS) and the Child Seat Rating Scheme
APPENDIX B: Pilot Study Evaluation Form
APPENDIX C: Observations From Vehicle-CRS Pilot Study
APPENDIX D: Proposed Vehicle-CRS Fit Assessment Forms
APPENDIX E: Installation Methods for Assessing Vehicle-CRS Fit
I. Executive Summary
Child restraint systems (CRS) are very effective at protecting
children sitting in vehicles that are involved in motor vehicle
crashes. Nonetheless, past studies have shown that installation
mistakes that reduce or negate the effectiveness of CRS still occur
frequently. Instances of misuse for child restraints can be attributed
to user error or to incompatibilities between the child restraint and
the vehicle. To address misuse due to user error, NHTSA conducts a CRS
Ease of Use (EOU) program. To address the need for increased
compatibility, DOT announced, on April 24, 2009, that NHTSA would
establish a new consumer information program, as part of the New Car
Assessment Program, to help caregivers find a child restraint system
that fits their vehicle.
The agency believes that this program will (1) provide consumer
service by offering guidance on vehicle-CRS matchups, (2) complement
NHTSA's Ease of Use program, 4 Steps for Kids consumer information
campaign, as well as other child passenger safety initiatives, and (3)
encourage child restraint and vehicle manufacturers to work together to
address the need for increased compatibility.
This document outlines factors that the agency deemed significant
to the development of a Vehicle-CRS Fit program and details
observations from an agency pilot study conducted to determine
reasonable conditions for participation in such a program. It also
proposes a set of forms comprised of objective criteria that vehicle
manufacturers can use to identify child safety seats that fit their
vehicles. In developing the proposed evaluation forms, the agency
considered general installation techniques that are required for all
CRS installations, specific installation techniques and other factors
that apply to certain types of CRS or particular modes of use, and
vehicle features that may influence proper CRS
[[Page 10638]]
fit. Under the program, NHTSA will disseminate a list of child
restraints that manufacturers suggest will fit in their individual
vehicles on Safercar.gov.
To participate in the program, vehicle manufacturers shall
recommend at least three current model year child restraints within
each of three different CRS categories (rear-facing, forward-facing,
and booster). For the forward-facing category, at least one high-weight
harness CRS shall be recommended, and for the booster category, no more
than one of the three recommended booster seats may be a dedicated
backless booster. Additionally, the three recommended CRS for each of
the three CRS categories shall be from three different CRS
manufacturers and shall also meet three established price points
(inexpensive, moderately-priced, and expensive) based on the child
restraint's Manufacturer's Suggested Retail Price. To ensure
recommended CRS satisfy the proposed fit evaluation criteria, the
agency is also proposing to conduct its own assessments to spot-check
fit for recommended vehicle-CRS combinations.
The agency is proposing this program for voluntary participation by
vehicle manufacturers and is seeking comment on all of its aspects.
II. Introduction
NHTSA is primarily responsible for reducing deaths, injuries, and
economic losses as a result of motor vehicle crashes. Child safety
seats, technically referred to as child restraint systems (CRS) by
Federal Motor Vehicle Safety Standard (FMVSS) No. 213, ``Child
restraint systems,'' are widely agreed to be the most effective motor
vehicle safety equipment available for restraining children. Although
parents and caregivers strive to protect their children in motor
vehicles, unfortunately, statistics on CRS misuse reveal that
installation mistakes still happen with considerable frequency. A 2004
study conducted with the support of NHTSA estimated that errors in
installation, identified as critical errors by the study, occur at a
high rate of 72.6 percent.\1\ While this study found the most common
reasons for misuse to be loose harness straps securing the child to the
CRS and loose vehicle seat belt attachment to the CRS, other types of
misuse were also observed. Though instances of misuse such as loose
vehicle seat belts can be attributed to user error, in some cases it
may also be attributed to incompatibilities between the CRS and the
vehicle. Due to the variety of vehicle and child restraint features in
the U.S. market, some combinations of child restraints and vehicles
make proper installation more difficult to achieve.
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\1\ Decina L.E. and Lococo K. H. (2004). Misuse of Child
Restraints. NHTSA Publication No. DOT HS 809 671, Page 2.
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In the spring of 2009, the Secretary of Transportation tasked the
agency with conducting a top-to-bottom review of child restraint
regulations and consumer information. As a result of this internal
review, the agency determined that while CRS are effective at
protecting children, more can be done to improve their performance.
Several agency initiatives were developed toward that end. Several
programs pursue upgrading FMVSS No. 213 by adding side impact
requirements to the standard, and by evaluating future improvements to
its frontal impact requirements.
In addition, a new consumer information initiative was begun to
enhance the ease with which parents and caregivers can choose a CRS for
their vehicle, knowing that the CRS will fit their vehicle when
installed. Under the program, NHTSA will make available recommendations
from vehicle manufacturers as to the specific child safety seats, in
various price ranges, that fit in individual vehicles. NHTSA believes
that providing parents with information about which child restraints
fit in their vehicle(s) will improve consumers' confidence in and
comfort with using CRSs, and will reduce installation mistakes.
This document describes the agency's efforts to develop, pilot
test, and propose a Vehicle-CRS Fit program for consumer information
purposes. The agency is proposing this program, which will be part of
NHTSA's New Car Assessment Program (NCAP), for voluntary participation
by vehicle manufacturers and is seeking comment on all of its aspects.
Vehicle manufacturers who wish to participate could use finalized
versions of the evaluation forms provided in this document as a means
of determining whether a particular CRS meets the agency's criteria for
fit in their vehicles. Once a vehicle manufacturer has determined that
a child restraint satisfies the agency's criteria for fit, it may
submit this information to NHTSA for publication on the agency's
consumer information Web site, https://www.safercar.gov.\2\
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\2\ As part of the program, NHTSA will spot-check the fit of
CRSs in vehicles to make sure that the information is accurate.
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III. The Current Child Safety Problem
Child restraints reduce fatal injury by 71 percent for children
less than 1 year old and by 54 percent for toddlers (1-4 years old) in
passenger cars.\3\ Similarly, in light trucks, the corresponding
reductions are 58 and 59 percent for infants and toddlers.
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\3\ Traffic Safety Facts 2007: Occupant Protection, DOT HS 810
991, National Center for Statistics and Analysis, 1200 New Jersey
Ave, SE., Washington, DC 20590, Page 4.
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The agency, along with manufacturers, local governments, and
consumer groups, have consistently urged the public to put all children
in age-appropriate restraints in the rear seats of vehicles. In recent
years, many States have also passed child restraint and booster seat
laws, which require children to travel in approved restraints for their
age.\4\ These education and regulatory efforts are working; over the
past decade, the percentage of unrestrained child fatalities has
decreased significantly: 23 percent in 2008 \5\ compared to 43 percent
in 1998.\6\ In June of 2009, NHTSA published a Research Note that
provided more detailed demographic information about child restraint
use. In a national probability sample of gas stations, day care
centers, recreation centers, and restaurants in five fast food chains,
it determined that 99 percent of children under age 1, 92 percent of
children from ages 1 to 3, 89 percent of children ages 4 to 7, and 85
percent of children ages 8 to 12 were restrained.\7\
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\4\ https://www.iihs.org/laws/ChildRestraint.aspx.
\5\ Traffic Safety Facts 2008: Children, DOT HS 811 157,
National Center for Statistics and Analysis, 1200 New Jersey Ave,
SE., Washington, DC 20590, Page 4.
\6\ Traffic Safety Facts 1998: Children, DOT HS 808 951,
National Center for Statistics and Analysis, 400 7th Street, SW.,
Washington, DC 20590, Page 4.
\7\ Traffic Safety Facts: Child Restraint Use in 2008--
Demographic Results, NHTSA Publication No. DOT HS 811 148, National
Center for Statistics and Analysis, 1200 New Jersey Ave, SE.,
Washington, DC 20590, Pages 2-5.
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Tragically, in 2008, there were still 297 passenger vehicle
occupant fatalities among children under 4 years of age. Restraint use
was not known for all of these fatalities, but of the 282 children
whose restraint use was known, 94 (32 percent) of those children were
unrestrained. In the same year, however, an estimated 244 lives of
children under age 5 were saved by proper restraint use. Of these lives
saved, 219 were attributed to the use of child restraints and 25 to the
use of adult safety belts. If 100 percent restraint use for children
under age 5 had been attained in 2008, the agency estimates that 79
additional lives, for a total of 323 children, could have been saved
that year.\8\
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\8\ Traffic Safety Facts 2008: Occupant Protection, DOT HS 811
157, National Center for Statistics and Analysis, 1200 New Jersey
Ave, SE., Washington, DC 20590, Page 4.
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[[Page 10639]]
IV. NHTSA's CRS Activities
When a parent or caregiver is seeking information regarding a new
CRS purchase, the agency's guidance is that a caregiver should select a
restraint that is certified as meeting FMVSS No. 213, fits the child,
can be used correctly every time, and can achieve a proper installation
in the vehicle in which it will be used. The agency addresses these
recommendations in the following ways:
All child restraints sold in the United States must comply
with the requirements in FMVSS No. 213. This standard contains dynamic
frontal impact sled tests as well as strict labeling and component
durability and strength requirements. All child restraints are
evaluated on a pass-fail basis. Test dummies representing newborn,
twelve-month-old, three-year-old, and six-year-old children are secured
in age-, height- and weight-appropriate CRS to evaluate their dynamic
performance. The latter three dummies are instrumented and must meet
HIC (Head Injury Criterion), head excursion, and chest acceleration
requirements when subjected to the 213 test. FMVSS No. 213 also
specifies knee excursion requirements for CRS tested with the three-
year-old and six-year-old dummies, and additional structural durability
and requirements with which all CRS must comply.
To ensure that consumers choose a child restraint that
fits their child, the agency created its 4 Steps for Kids consumer
information campaign. This initiative arranges the agency's child
passenger safety message into four phases, or ``steps,'' of a child's
development. The first three ``steps'' are CRS-related guidelines that
explain to consumers how to properly transition children from rear-
facing restraints to forward-facing restraints and finally to belt-
positioning boosters. The fourth ``step'' provides information on when
it is appropriate for children to transition into rear seat adult lap/
shoulder belts. Choosing age-, height-, and weight-appropriate
restraints for children throughout their development reduces their risk
of injury in a crash.
As mentioned earlier in the introduction, high rates of
misuse for child restraints have been observed. To address this
concern, along with child restraint usability, the agency conducts a
CRS Ease of Use (EOU) program. The agency published a Final Notice
announcing the EOU program in November of 2002.\9\ This program created
child restraint usability ratings based on five categories: Ease of
Assembly, Clarity of Labeling, Clarity of Instructions, Ease of
Securing the Child, and Ease of Securing the CRS in the Vehicle.
Substantial improvement in CRS usability features was observed: Only 57
percent of child restraints received the top rating when the program
began, and by 2007, 81 percent of child restraints received the top
rating. In 2008, the program was updated to reflect changes in the CRS
fleet by: Amending certain criteria, re-distributing the Ease of
Assembly criteria category among the remaining four, and converting to
a five-star rating system instead of the previous three-letter rating
system.\10\ The agency continues to add child restraint usability
ratings to the list each year. As of December 2009, ratings for 128
child restraints were available.\11\ Child restraints are evaluated
separately from vehicles through this program, but certain facets of
the program relate to vehicle installation. The ``Ease of Securing the
CRS in Vehicle'' category addresses features on the child restraint
that aid in vehicle installation. For example, built-in seat belt lock-
offs \12\ eliminate the need for a locking clip in many instances.
Wider belt paths allow the caregiver to more easily route the seat belt
or lower attachment belt through the belt path, and push-button lower
anchor connectors may be pushed on and removed with the touch of a
button. Features such as these lessen the effort required to install a
child restraint and are, in many cases, accommodated by the vehicle.
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\9\ 67 FR 67448, Docket NHTSA-2001-10053.
\10\ 73 FR 6261, Docket NHTSA-2006-25344.
\11\ Ease of Use Ratings can be found either in Docket NHTSA-
2006-25344 or at https://www.nhtsa.gov/portal/nhtsa_eou/.
\12\ Some child restraints have built-in devices for locking the
vehicle seat belt in place so that the retractor or separate locking
clips do not have to be used.
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The agency also conducts several other child passenger
safety initiatives. NHTSA maintains the content of the National Child
Passenger Safety Certification curriculum through partnerships with
respected child passenger safety experts.\13\ This certification
program is estimated to have trained tens of thousands of interested
individuals to become Child Passenger Safety Technicians (CPSTs).
During this certification, individuals learn how to properly install a
large variety of child restraints and how to assist parents and
caregivers in doing so themselves. CPSTs are an especially valuable
resource to the agency because they can provide information to the
caregivers at the community level. The curriculum is monitored and
updated as necessary based on changes to the CRS fleet and best
practice methodology.\14\ The agency also manages National Child
Passenger Safety Week, an annual campaign during which community
organizations across the country host safety seat checkups and other
child passenger safety awareness events.
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\13\ These experts include members of The National Child
Passenger Safety Board, AAA, Safe Kids Worldwide, The Children's
Hospital of Philadelphia, vehicle and CRS manufacturers, and others.
\14\ CPST best practice methodology is considered the most
acceptable way to transport a child safely on the basis of the
child's age, weight, height, and body development.
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NHTSA's major child passenger safety initiatives (FMVSS No. 213, 4
Steps for Kids, Ease of Use, and the CPST Curriculum) help parents and
caregivers select an age-, height-, and weight-appropriate CRS that is
simple to use and that is safe. However, the agency has recognized for
some time that because of incompatibility issues between the vehicle
and the CRS, parents and caregivers may still have difficulty not only
selecting a CRS that fits their vehicle(s), but also properly
installing selected child restraints in their vehicle(s). The CPST
Curriculum may also not reach the general public. Accordingly, the
agency has taken several steps to address vehicle-CRS compatibility
issues.
V. Addressing Vehicle-CRS Compatibility
A. Consumer Information
To date, the agency's attempts at developing a consumer information
program that addresses vehicle-CRS compatibility issues have
encountered a number of challenges. One of the most difficult issues
the agency has had to resolve is how to manage the enormous amount of
information that can be generated on the dozens of CRSs and vehicles on
the market and the possible interface between each CRS and each vehicle
model.
In the fall of 1995, NHTSA tried to develop a vehicle and child
restraint database. At the time, the agency surmised that a vehicle-CRS
matrix could be distributed via CD-ROM to caregivers, child passenger
safety advocates, and any other parties that educate the public about
proper child restraint use. The resulting matrix was intended to be
all-inclusive; information on specific child restraints would be
coupled with details about vehicle makes, models, and available seating
positions in which they could be successfully installed. However,
during the database development, the agency
[[Page 10640]]
determined that its initial work toward providing information on the
compatibility of 35 CRS with 100 vehicles from model years 1993-1996
was overly ambitious. The sheer number of vehicle/CRS combinations made
the data collection efforts overwhelming, especially considering that
the agency was only working with a subset of the entire vehicle and CRS
fleets. The initial matrix was also limited in its usefulness; the data
applied only to the specific combinations of vehicles and child
restraints listed. Because the development of the database proved
unworkable, and because adoption of a standardized CRS attachment
system was under consideration, the agency decided to discontinue its
efforts to develop a vehicle-CRS matrix.
B. LATCH
On March 5, 1999, the agency issued a final rule establishing FMVSS
No. 225, ``Child restraint anchorage systems.'' This standard, which
became fully effective on September 1, 2002, required the Lower Anchors
and Tethers for CHildren (LATCH) system in most passenger vehicles and
compatible hardware components on child restraints. A ``LATCH'' system
is comprised of a set of small bars (known as lower anchors) located
near the seat bight, and a third attachment point (known as a top
tether anchor) located above or behind the vehicle seat. FMVSS No. 225
requires a LATCH system to be installed at two rear seating positions
on vehicles, and a top tether anchor at a third position. The final
rule also amended FMVSS No. 213 to require child restraints to be
equipped with attachments that mate with vehicles' lower anchors.
The intention of the rulemaking was to provide an easy-to-use CRS
attachment system that is independent of the vehicle seat belts.
Through LATCH, incompatibility problems were reduced, and CRS
installation made more intuitive and more effective.
LATCH successfully resolved some of the compatibility problems that
users experienced with seat belts. In most vehicles, child restraints
can be installed using LATCH successfully. In a 2006 NHTSA survey,
loose installation rates of child restraints had decreased from
previous studies: Sixty-one percent of child restraints were securely
installed using LATCH in the 2006 study, whereas a 2004 study examining
incorrect installations with seat belts found only up to forty-six
percent of child restraints were securely installed.\15\ The report
concluded that there are two main reasons for this development: The
absence of locking clips and the simplified process of fastening the
LATCH attachments to the vehicle anchors. Many caregivers prefer using
LATCH over seat belts when possible. Of those surveyed with experience
using both LATCH and a seat belt, seventy-five percent preferred LATCH.
Fifty-five percent of those who did not use LATCH were either unaware
that lower anchors were available in their vehicle or were unsure how
to use them.\16\
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\15\ Decina, L.E., Lococo, K.H., Doyle, C.T., Child Restraint
Use Survey: LATCH Use and Misuse, NHTSA Publication No. DOT HS 810
679, National Highway Traffic Safety Administration, December 2006,
Page 2.
\16\ Additionally, it was found that caregiver preference played
a large role in LATCH use. For example, even though the CRS may
technically fit in the vehicle seat, the caregiver may find that
locating the LATCH anchors is difficult due to stiff vehicle
cushions or the deep placement of anchors within some vehicles' seat
bights. Others may simply be more comfortable using the seat belt to
install the child restraint because of prior experience with that
method of installation; others may simply assume that the seat belt
is safer.
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In short, the LATCH system has successfully provided caregivers
with an alternative to seat belts installations. Caregivers using LATCH
to install their child restraint no longer have to remember a host of
additional seat belt installation steps such as locking the vehicle
seat belt when installing the child restraint. They also do not have to
wrestle with seat belt geometry incompatibilities such as buckle stalk
lengths and anchor points.
VI. Considerations for Development of a New Consumer Information
Program To Address Vehicle-CRS Compatibility
NHTSA is committed to improving vehicle-CRS compatibility and
providing better consumer information. LATCH has improved the ease with
which a CRS can be installed in a vehicle; however, it does not
standardize the contours of the vehicle seat or the footprint of the
CRS. Consequently, some child restraints might fit a particular vehicle
better than other child restraints. Getting parents to select a
restraint that is known to fit their vehicle ensures that they begin
the installation process with a higher potential for success and level
of efficiency in attaining a correct installation. It can also reduce
their frustration and confusion. For these reasons, the agency has
decided to develop and propose a consumer information program to
address CRS fit in vehicles.
The agency hopes that a program that focuses on vehicle-CRS
compatibility will drive not only improved vehicle designs, but perhaps
improved CRS designs, too, as child restraint and vehicle manufacturers
will likely have to work together to address the need for increased
compatibility. Changes to CRS footprints, redesigned belt paths, and
more LATCH-friendly hardware are a few of the design changes that could
be introduced as a result of compatibility-focused efforts. Although
the agency realizes that implementation of such changes may take time,
we believe that voluntary design improvements will nonetheless occur
due to the increased cooperative efforts between vehicle and CRS
manufacturers to improve vehicle-CRS compatibility.
To best serve consumers, the agency believes that any program
designed to assess vehicle-CRS compatibility should complement and
supplement other child restraint and vehicle information it
promulgates. Such a program should also result in a robust, repeatable
assessment so that it is effective at not only helping parents and
caregivers choose a child restraint that fits their vehicle(s), but
also, in turn, helps deter misuse and frustration stemming from
incompatibilities. We believe this can best be achieved by developing a
program that is based solely on objective criteria. A program based on
objective criteria should be simpler for manufacturers and evaluators
to understand and use compared to one based on subjective assessments.
Establishing objective assessment criteria should also help to minimize
manufacturer concerns that consumers selecting a recommended CRS may
still have difficulty fitting the CRS in their vehicle(s). This may
promote increased voluntary participation as a result and ultimately
provide consumers with the CRS information that they need.
VII. Review of Worldwide Child Restraint Consumer Information Programs
In developing a program that would assist consumers in finding a
child restraint that fits in their vehicle(s), NHTSA examined other
child restraint-related consumer information and rating programs
internationally and did not find a system that met all of the agency's
needs.\17\ However, a portion of a draft ISOFIX usability standard
developed by the International Standards Organization (ISO) was found
to be most relevant.\18\
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\17\ The agency's review of child restraint consumer information
programs is included as Appendix A.
\18\ ISO is a collection of organizations from 162 countries
responsible for establishing world-wide voluntary industry
standards. Representatives from these countries have helped publish
over 17,500 international standards on various technical subjects,
products, and processes.
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[[Page 10641]]
In 1999, ISO published a draft standard outlining specifications
for a rigid anchor system, known as ``ISOFIX,'' for attaching child
restraints to vehicles. In 2004, it also developed a draft standard on
tether anchorages and their acceptable locations in vehicles. Together,
these two draft standards outlined the requirements for a dedicated in-
vehicle CRS installation system that is very similar to the U.S. LATCH
system. In addition, ISO has since drafted rating forms for evaluating
the usability of vehicle ISOFIX designs with different child
restraints.\19\ The intent of these ratings forms is to assess the
usability of a particular vehicle's ISOFIX system as well as a
particular child restraint's installation features (which is similar
to, but not as comprehensive as, the agency's current Ease of Use
program). In addition, the forms also assess the interface between that
vehicle and CRS when the user actually performs an installation.
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\19\ ISO/DIS 29061-1. Road vehicles--Methods and criteria for
usability evaluation of child restraint systems and their interface
with vehicle anchorage systems.
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Of all the consumer information and ratings programs the agency
examined, the ISO draft standard most closely fit the agency's needs
because of its unique assessment of the installation interface between
a CRS and a vehicle. However, the agency was not able to draw
extensively from the draft ISO usability standard for the proposed
Vehicle-CRS Fit program for a number of reasons. For instance, in light
of its comprehensive Ease of Use program, the agency did not see a need
for including a CRS usability evaluation as a part of this Vehicle-CRS
Fit program, nor did the agency feel that inclusion of criteria
pertaining to the usability of CRS attachment hardware was warranted.
Adopting a program that evaluates the actual vehicle-CRS interface
would effectively address certain ISO criteria related to the usability
of CRS attachment hardware in vehicles because the attachment hardware
may generate installation issues, such as instability, that can
prohibit a child restraint from fitting properly in a vehicle. Some of
the ISO criteria also incorporate the ease of performing tasks related
to the installation, and many of these are then designated ``good,''
``average,'' or ``poor.'' For the proposed program, the agency wanted
to include only objective installation criteria that pertain to proper
fit, i.e., whether a proper fit was achieved, not the ease of attaining
that fit. In addition, the ISO draft rating forms only evaluate ISOFIX
installations. The agency wanted a program that assessed both LATCH and
seat belt installations. Finally, the ISO draft standard does not cover
booster seats either, and the agency wanted to include these in its
Vehicle-CRS Fit program since they are an important part of its child
passenger safety initiatives.
VIII. Conditions for Participation, Program Administration, and
Distribution
Observations from an agency pilot study confirmed that installation
issues can arise from either the child restraint or the vehicle, and
can also be vehicle-CRS interface specific. For some vehicles, the same
fit problem was observed when installing several different CRS types
(infant, convertible, combination, booster, etc.) and models of child
restraints. Considering that these same child restraints could be
properly installed in several other vehicle models, it appears that for
the vehicle models in which the subject child restraints would not fit,
design changes to accommodate a greater number of CRS models would be
appropriate. In some instances, inadequate fit was observed for every
seat belt or LATCH installation for every child restraint installed in
a vehicle. Therefore, it is likely that manufacturers of such vehicles
would need to make changes to improve fit for both LATCH and seat belt
installations to have information included in the consumer information
program described today. Additionally, it was found that certain
vehicle features may prohibit the installation of certain types of CRS
in certain seating positions. Consequently, it may not be reasonable
for vehicle manufacturers to claim that a child restraint fits in all
applicable seating locations within a vehicle. Furthermore, space
constraints, particularly for smaller vehicle models, may dictate the
position of a vehicle's front seats or rear seating positions that are
acceptable for installation of certain CRS.
A. Conditions for Participation in the Vehicle-CRS Fit Program
In the interest of time and the need for improved consumer
information, the agency is proposing that this program begin as a
voluntary effort in MY 2012 for vehicle manufacturers only; however we
are seeking comment on whether more time is needed. We believe that
consumers will shop for a CRS having their vehicle already in mind, so
it would be most reasonable for the fit program to be vehicle-based.
The agency also believes gaining access to vehicles is more difficult
and burdensome for child restraint manufacturers than it is for vehicle
manufacturers to gain access to child restraints. However, the agency
does not think that child restraint manufacturers should be excluded
from the vehicle-CRS fit efforts; in fact, the contrary is true. NHTSA
highly encourages vehicle and child restraint manufacturers to work
together to complete these fit assessments. However, at this time, the
agency will only collect vehicle-child restraint fit suggestions from
vehicle manufacturers.\20\
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\20\ Vehicle-CRS fit recommendations will be accepted only for
those vehicles having Gross Vehicle Weight Ratings (GVWRs) of 10,000
lbs. or less, as this program is intended to supplement NCAP, which
limits testing to vehicles having GVWRs of 10,000 lbs. or less.
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The agency is proposing that vehicle manufacturers should install
child restraints in their vehicles, and while doing so, should bear in
mind the considerations outlined throughout this document, and use the
evaluation forms included in Appendix D (once they are finalized) to
assess CRS fit in their vehicles. For a manufacturer to indicate that a
specific child restraint fits in a particular vehicle, the child
restraint must be assessed in all applicable modes of use and in all
appropriate seating positions in the vehicle. Depending on the
restraint, modes of use can include, but are not limited to: Rear-
facing, forward-facing, booster (high-back and backless), with and
without a base, and with both ``short'' and ``long'' belt paths, where
applicable. Child restraints that manufacturers determine fit a vehicle
must fit in every appropriate seating location in the vehicle. For most
passenger cars, appropriate seating positions will include those in the
rear or second row; however, additional rows of seating must also be
assessed, if applicable.
Because of the agency's continuing efforts to ensure that children
ride in the rear seat, the agency does not expect manufacturers of
vehicles with rear seats that can accommodate child restraints to
provide fit suggestions for the front right passenger seat.\21\ For
two-
[[Page 10642]]
seaters and pickup trucks without a rear seat that have an air bag on-
off switch, however, we believe that it would be appropriate to
indicate child restraints that fit the front right passenger seat.
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\21\ The agency understands that in some cases, such as in
transporting four children in a vehicle with only five seating
positions, forward-facing restraints or booster seats may be
correctly installed in the front right passenger seat. However, as
the agency wants to encourage that children be properly restrained
in the rear of the vehicle unless the vehicle in which they are
traveling does not have a rear seating location, the agency does not
want to suggest to parents and caregivers that the front seat is an
acceptable travel position for younger occupants by providing
vehicle-CRS fit recommendations for this seat. Therefore, the agency
does not expect vehicle manufacturers to assess front right
passenger seat fit if a usable rear seat exists.
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The agency is proposing to not permit manufacturer recommendations
of child restraints or boosters that fit in only certain seating
positions or rows in the vehicle. The agency feels that parents and
caregivers who purchase a child restraint for their vehicle based on
this program should have the option to use it in all appropriate
seating locations. This is especially important when the family grows
and child restraints are often moved from the center to the two
outboard seating positions or from the second to the third row.
However, the pilot study showed that it may be difficult for vehicle
manufacturers to meet this condition for participation. In a number of
cases, an excellent fit was possible in outboard seating positions, but
not in the center position, or vice-versa. Accordingly, although the
agency tentatively believes that this stipulation is necessary, we are
requesting comment on whether we should permit a CRS to be identified
by the vehicle manufacturer as fitting its vehicle even if the CRS does
not fit in all seating positions. Although we would like eventually to
list only those child restraints that fit unconditionally in vehicles,
should we accept, at this point in the program, a listing of CRSs that
fit in only certain seating positions? Limitations on CRS use in the
vehicle could be noted on Safercar.gov. We question whether requiring
that a CRS fit all seating positions in all rows (except the driver's
seat row) may result in reduced vehicle manufacturer participation in
the short term and no CRS being listed for a number of vehicles on
Safercar.gov.
Although vehicle manufacturers must ensure that recommended child
restraints fit for all applicable modes of their use, the agency has
tentatively decided to allow the manufacturer to specify that a child
restraint fits when installed with either LATCH or the vehicle seat
belts (plus top tether, if applicable). Of course, it is most ideal for
a child restraint to fit correctly using either method of installation.
However, the agency's pilot study revealed that requiring both methods
for this program would make it difficult for many manufacturers to
participate. Depending on the vehicle design, either a LATCH or seat
belt installation was found to be problematic for many of the CRS
selected for the pilot study, but not necessarily both.
The agency feels that giving the vehicle manufacturers the option
to assess fit for either LATCH or seat belt installations will likely
result in better participation and useful information for consumers.
This approach can alert consumers to incompatibilities related to LATCH
anchor spacing, seat belt length, buckle stalk length, etc., that they
may not have been otherwise aware of, hopefully decreasing the number
of incorrect installations in the field. The agency also suspects that
some vehicle manufacturers will be interested in making design changes
to increase the number of child restraints that can achieve a proper
installation in their vehicle(s) with either LATCH or seat belts. The
agency recognizes, however, that making vehicle improvements to either
system can require some lead time. Consequently, in the interim,
manufacturers can provide consumers with fit suggestions based on
either child restraint installation method.
The agency is also proposing that to participate in the Vehicle-CRS
Fit program (i.e., to have the CRS information included on
Safercar.gov), vehicle manufacturers need to identify at least three
current model year child restraints within each of three different
categories: rear-facing, forward-facing, and booster. We are proposing
to condition participation on listing restraints in all type/age
categories as a way to encourage manufacturers to address
systematically and comprehensively the issue of CRS fit for all ages
and sizes of children. These categories were also chosen because they
follow NHTSA's 4 Steps for Kids program.
Child restraints within each of the three type/age categories
should also be from three different child restraint manufacturers. This
condition for participation is being proposed to encourage vehicle
manufacturers to work with a variety of child restraint manufacturers
and products. It will also discourage a vehicle manufacturer from
forming partnerships with only one child restraint manufacturer and
thus minimize consumer confusion or belief that only one brand of child
restraint is acceptable for use in their vehicle. Also, NHTSA believes
that this condition may give manufacturers with low volume child
restraint models the opportunity to gain additional exposure. To
satisfy the booster category, we are proposing that no more than one of
the three booster seats can be a dedicated backless booster. This
condition is being proposed for a few reasons. For one, most backless
boosters have higher minimum height and weight requirements than their
high-back counterparts. Therefore, requiring more high-back boosters in
order to participate serves to cover a greater range of child sizes. In
addition, some high-back boosters are designed such that the back can
eventually be removed and used as a backless booster when the child
reaches a certain height. In this, there are a number of products on
the market that are both styles in one and would have to be evaluated
for fit in both high-back and backless modes anyway. Further, the
agency suspects that due to their increased complexity, high-back
boosters will likely exhibit more fit complications.
The agency is tentatively proposing to not permit vehicle
manufacturers to recommend fewer than three child restraints for any
one of the three categories (rear-facing, forward-facing, and booster);
recommendations of only one or two child restraints for any one
category will not be posted on Safercar.gov. The agency questions
whether this approach is appropriate or whether providing one or two
recommendations for any one category may better serve consumers than
providing no CRS recommendations for a particular category. Comments
are requested on this issue.
Since it is generally advisable for parents to keep children in a
harness for as long as possible to ensure the highest level of crash
protection, the agency is proposing to further stipulate that at least
one high-weight harness CRS be identified in the forward-facing
category. These high-weight harness CRS are child safety seats that
allow use of internal harness systems on children weighing more than 40
pounds. If a vehicle manufacturer has fulfilled the basic program
participation conditions, they then have the option of also
recommending ``All-in-one,'' ``three-in-one,'' and built-in child
restraints. Recommendations made for these CRS types, however, are
optional. They would have to be in addition to those made for child
restraints outlined previously as conditions for participation. Figure
1 depicts the acceptable types of CRS that can be recommended within
each of the three main categories.
[[Page 10643]]
[GRAPHIC] [TIFF OMITTED] TN25FE11.029
The agency's last proposed condition for participation in this
program regards price points. Within each of the three categories
(rear-facing, forward-facing, and booster), vehicle manufacturers must
identify products that meet established price categories based on the
child restraint's Manufacturer's Suggested Retail Price (MSRP). The
proposed price points for each category, which were established based
on a survey of model year 2009 CRS, are shown in Table 1. These price
points were established so that CRS selection is not limited to the
most expensive child restraints available, and again to ensure a
variety of CRS makes and models. A child restraint does not need to be
expensive to provide adequate crash protection. Likewise, the agency
wants to encourage through this program that a child restraint does not
need to be expensive in order to fit properly in one's vehicle. If a
vehicle manufacturer would like to fulfill only the minimum conditions
for participation for three child restraint recommendations in a
particular category, they must include at least one restraint that
falls in the ``inexpensive'' range and at most one restraint in the
``expensive'' range. If more than three child restraints are
recommended for any one category, the additional child restraints may
fall within any price point the vehicle manufacturer chooses. The
agency is proposing to provide vehicle manufacturers with this price-
point information with the Buying a Safer Car information request and
plans to re-evaluate the price points as needed. Comments are requested
on this approach.
Table 1--Price Points for CRS Categories
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Rear-facing Forward-facing Booster
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Inexpensive......................................... < $100 < $130 < $80
Moderately Expensive................................ $100-$200 $130-$230 $80-$100
Expensive........................................... > $200 > $230 > $100
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B. Program Administration
The agency proposes that the easiest way to collect child restraint
and vehicle fit suggestions is through NCAP's annual Buying a Safer Car
information request since vehicle manufacturers are already familiar
with its submission process. Though participation in this program would
be voluntary, the agency would also need to ensure that any fit
information it receives from manufacturers is correct. As in the pilot
study, the agency could rent or lease vehicles to spot-check child
restraints identified by vehicle manufacturers as fitting specified
vehicles. Using the final versions of the evaluation forms proposed in
this document, the agency would spot-check the vehicle-CRS fits
identified by the vehicle manufacturers.\22\
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\22\ Similar to how NHTSA conducts its EOU program, the agency
is proposing that two two-person agency teams would spot-check fit
recommendations in the same vehicle. If both teams did not reach
similar conclusions about whether a CRS meets the fit requirements
for a particular vehicle, another NHTSA representative would make
the final determination.
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C. Program Distribution
The agency is proposing that the vehicle-CRS fit combinations
identified by vehicle manufacturers be published via the Safercar.gov
Web site, the agency's main consumer information portal. Adding this
information to Safercar.gov can provide consumers with the best
available vehicle-CRS fit information and provide market incentives
among manufacturers. In the past, this has helped to ensure the success
of voluntary programs such as the agency's side air bag out-of-position
testing initiative through NCAP.\23\ Nearly every vehicle manufacturer
[[Page 10644]]
voluntarily participated in this program within two years. The agency
has also taken a similar approach in MY 2011 for promoting vehicles
with advanced crash avoidance technologies.\24\ Though this program
does not assess the occupant protection afforded by a particular
vehicle-CRS combination in a crash, the agency believes that giving
consumers information on whether a child restraint may be installed
properly in a vehicle does provide indirect safety benefits. By
providing consumers with information about child restraints that have
been successfully installed in particular vehicles, the agency seeks to
improve consumers' confidence in and comfort with selecting and using
CRSs, and to reduce installation mistakes in the field.
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\23\ Each year, vehicle manufacturers provide evidence to the
agency that they have conducted (and passed) a series of tests
designed to assess the aggressivity of side air bags with respect to
out-of-position occupants. Participating vehicle manufacturers are
given credit on Safercar.gov in exchange for providing this data.
\24\ Federal Register Volume 72, No 175, 51908-51973. September
11, 2009.
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For the Vehicle-CRS Fit program, the agency is proposing to display
all suggested child restraints along with information pertaining to
vehicle star ratings and safety features. As is the case in the Ease of
Use program, NHTSA plans to minimize consumer confusion by emphasizing
to consumers that the child restraint suggestions are not
recommendations based on the CRS or vehicle's safety performance.
Furthermore, to reduce manufacturer concerns that displaying particular
child restraint suggestions on Safercar.gov will imply that assessments
are an indicator of occupant safety in the event of a vehicle crash,
the agency proposes to add a disclaimer to the Vehicle-CRS Fit
assessment section of the Web site which will state, ``NOTE: The
restraints above have been determined to fit successfully in this
vehicle via the method(s) listed. This is an assessment of installation
ONLY and should NOT be considered a safety claim for the vehicle or the
child restraint. ALL child restraints and vehicles sold in the United
States must pass rigorous Federal standards. Child restraints provide
high levels of safety when selected to be age- and size-appropriate for
the child and properly installed.''
In addition, it will be further explained that the child restraints
listed may not be the only products that can achieve a successful
installation in that vehicle. To address concerns that parents and
caregivers may believe that child restraints listed on Safercar.gov are
the only CRS that are acceptable for their child and that will fit in
their vehicle, the agency proposes to also include the following note:
``This list of child restraints is not all-inclusive. Vehicle
manufacturers voluntarily provide this information for parents and
caregivers as a starting point to help them select a child restraint
that fits their child and fits their vehicle. You may find other child
restraints that fit equally as well as those presented above. Also, you
may contact a Child Passenger Safety Technician (CPST) in your area to
check that your child seat both fits and is installed properly in your
vehicle by clicking here: https://www.nhtsa.gov/cps/cpsfitting/
index.cfm.''
If, during spot-checking activities, a child restraint is found to
not meet the fit assessment criteria, NHTSA is proposing to remove that
information from Safercar.gov Web site. This is consistent with
removing the ``M'' from vehicles determined not to meet the side air
bag out-of-position testing requirements. The same strategy was
employed when spot-checking the performance of certain crash avoidance
technologies for MY 2011 vehicles and beyond. If the deletion of that
child restraint means the vehicle no longer meets the participation
conditions for that category, the agency proposes to give the vehicle
manufacturer the opportunity to indicate another child restraint, which
will be checked for fit by the agency. If no alternatives can be found,
and the vehicle no longer meets the program's participation conditions,
it is proposed that all child restraint suggestions for that vehicle
will be deleted from Safercar.gov. Alternatively, the agency proposes
to allow the vehicle manufacturer to contest the result from the spot-
check test by demonstrating that the restraint in question fulfills the
fit assessment criteria. Such a challenge will be reviewed by agency
staff and a decision will be made as to whether the restraint meets the
assessment criteria for ``fit'' and hence, the listing of the child
restraint.
For each vehicle model, the agency envisions a detailed page on
Safercar.gov that shows consumers the child restraints that have been
indicated as appropriate for all vehicle seating position in the three
categories--rear-facing, forward-facing, and booster. We also propose
to indicate LATCH availability in the vehicle and whether the
manufacturer has indicated each child restraint fits properly using
vehicle seat belts, LATCH, or both. Having a dedicated Web page will
also give the agency the opportunity to reinforce important principles
and programs such as 4 Steps for Kids and the CRS Ease of Use program.
Consumers will be shown the height and weight ranges for the child
restraints of interest. The agency also intends to link consumers to
other areas of child passenger safety on NHTSA's Web site as well as
offer installation tips and best practice guidance.
The agency intends to use this Web site to disseminate any
installation notes that the vehicle manufacturer may need to
communicate. Such additional information can include, but would not be
limited to: Front seat positioning along the seat track, sharing of
outboard lower anchorages to ``create'' a center LATCH position,
instances in which using lower anchors or seat belts in certain seating
locations eliminates the use of other positions, etc.
IX. Pilot Study To Assess Effectiveness of Preliminary Vehicle-CRS Fit
Program Evaluation Criteria
A. Development of Vehicle-CRS Fit Evaluation Forms
In deciding to model its Vehicle-CRS Fit program after the draft
ISO CRS-Vehicle usability program, the agency wanted, most importantly,
to draw on the concept of developing a set of standard criteria to
achieve the most repeatable assessments possible. The agency believed
that developing standard evaluation forms would be the most beneficial
approach for both vehicle manufacturers and consumers. The consumer
information program would be enhanced if vehicle manufacturers, CRS
manufacturers, consumers, and NHTSA have a common understanding of what
the program considers a ``proper fit.'' Vehicle manufacturers would be
able to directly use these forms in their internal assessments and
would have more certainty in knowing that NHTSA will agree with their
assessments of fit. Without a set of evaluation criteria, it could be
possible for some vehicle manufacturers to submit data to the agency
that does not meet NHTSA's expectations for a proper installation. In
addition, if varying criteria were used, the agency might not be able
to assist consumers in understanding what a manufacturer's fit
recommendations constitute.
As mentioned previously, to ensure a robust assessment, the agency
reasoned that only objective criteria should be considered for the
Vehicle-CRS Fit program. Accordingly, the agency's program will not
assess how easily a child restraint can be installed in a vehicle, but
will simply assess whether it can be installed successfully (i.e.,
whether the child restraint can fit in the vehicle). Although this is
somewhat contrary to the draft ISO CRS-vehicle usability program, NHTSA
believes there is subjectivity in the draft ISO criteria concerning the
assessment of the ease of fit (such as those that require the
[[Page 10645]]
evaluator to assess the ease of performing a task).
The agency has tentatively determined that the best way to
objectively evaluate CRS fit in vehicles is to develop criteria based
on factors known to influence installation, as outlined in the National
Child Passenger Safety Certification Training Program student
manual.\25\ The agency considered both general installation techniques
(i.e., those that are required for all child restraint installations),
as well as specific techniques that may be necessary for installation
of certain types of child restraints or particular modes of use, such
as ensuring that infant and rear-facing convertible restraints can be
installed to the proper recline angle, ensuring that seat belts are of
adequate length to install CRS with multiple belt paths (both long and
short), and that the carry handle on infant restraints can be
positioned according to manufacturer instructions. The agency was
careful to incorporate vehicle features that influence proper CRS fit,
such as top tether anchorages, lower anchorages, vehicle seat belts,
and vehicle head restraints. In addition, we added criteria surrounding
CRS installation tightness, and maximum weight limits of LATCH
anchorages, as each of these factors can also dictate vehicle-CRS
compatibility. It should be noted that many of the factors that were
determined to be influential to achieving proper CRS installation based
on the CPST student manual, including attachment to lower anchors,
ability to tighten lower attachments once they are connected to lower
anchors, maximum side-to-side and front-to-back movement of the CRS
once it is installed, operation of the CRS harness once the CRS is
installed, and tightening of the top tether once it is attached to the
tether anchor, also mimicked criteria included in the draft ISOFIX
usability standard.
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\25\ The National Child Passenger Safety Certification Training
Program is a curriculum designed to teach participants about the
importance of child safety and how to properly install child
restraints. Certified technicians, CPSTs, are equipped with the
knowledge to explain installation procedures to parents and
caregivers so that they may safely transport their families, and to
empower them with the knowledge to confidently install and reinstall
child restraints as needed. The training program, which is based on
the concept of learning (the facts, skills, and information),
practicing (the new skills and information), and explaining/teaching
(what was learned to parents and caregivers), was developed by NHTSA
in the mid-1990s and has been updated by the agency as needed. The
National Child Passenger Safety Board oversees the quality and
integrity of the training and certification requirements, while Safe
Kids Worldwide administers certification. CPSTs receive hands-on
experience through a variety of activities, including child safety
seat checks, and their exposure to common installation problems,
incompatibility issues, general knowledge of child restraints and
features, make them a valuable resource for parents and caregivers
seeking child restraint installation assistance.
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Comments are requested on our use of the National Child Passenger
Safety Certification Training Program student manual and the manual's
determinations as to whether a CRS fits a vehicle. The benefits of
using the manual are that the criteria contained therein have been used
in the child passenger safety community for years as determinants of
CRS fit. Accordingly, the manual serves as the primary guide to proper
CRS installation and is a prominent child passenger safety resource.
The installation criteria included in the manual are based on common
sense, simplicity, and a ``best practices'' perspective. Furthermore,
the agency's pilot study confirmed that applying the criteria outlined
in the CPST manual resulted in secure CRS installation. However,
because the agency is unaware of any test or accident data supporting
some of the criteria specified for proper installation, the agency does
not know if certain criteria