Enhancing School Bus Safety and Pupil Transportation Safety

Similar documents
NHTSA s Final Rule on Seat Belts: Where Do We Stand?

Quick Facts General Statistics. Fatality Rate per 100,000 Population Source: FARS/Census

DOT HS April 2013

DEPARTMENT OF TRANSPORTATION. National Highway Traffic Safety Administration. 49 CFR Part 571. [Docket No. NHTSA ]

DEPARTMENT OF TRANSPORTATION. National Highway Traffic Safety Administration. 49 CFR Part 571. Docket No. NHTSA RIN 2127-AK09

Pupil Transportation Safety

TRAFFIC SAFETY FACTS. Overview Data

December 9, The Honorable Deborah A.P. Hersman Chairman National Transportation Safety Board 490 L'Enfant Plaza East SW Washington, DC 20594

RESPONSE National Transportation Safety Board Safety Recommendation H-09-14

White Paper. Compartmentalization and the Motorcoach

TRAFFIC SAFETY CONFERENCE. John A. Barton, P.E. Deputy Executive Director

Rates of Motor Vehicle Crashes, Injuries, and Deaths in Relation to Driver Age, United States,

STUDY OF AIRBAG EFFECTIVENESS IN HIGH SEVERITY FRONTAL CRASHES

Federal Motor Vehicle Safety Standards

Where are the Increases in Motorcycle Rider Fatalities?

Frequently Asked Questions about Bus Transportation

Crash Investigation Data in the United States October 2017

Department of Transportation

Florida Strategic Highway Safety Planning Florida Strategic Highway Safety Plan (SHSP) Update and Performance Overview

Department of Legislative Services Maryland General Assembly 2003 Session. FISCAL AND POLICY NOTE Revised

SEGMENT 2 DRIVER EDUCATION Risk Awareness

Public to U.S. Senate: Pump the Brakes on Driverless Car Bill. July 2018

Nobody Told Me That Motorcycles Are So Dangerous

First Do No Harm: Why Seatbelts are a Patient Care Issue. Noah Smith, NHTSA Office of EMS

Crashworthiness for Transit Bus. Presentation by Jodi Godfrey Co author: Lisa Staes

Traffic Safety Facts. School-Transportation-Related Crashes Data. Overview. Person Type. Key Findings

MODULE 11 CPS in Other Vehicles

Protecting Occupants

National Center for Statistics and Analysis Research and Development

Collect and analyze data on motorcycle crashes, injuries, and fatalities;

NEW JERSEY LAW ENFORCEMENT LIAISON NEWSLETTER

Case 1:17-cv Document 1 Filed 08/16/17 Page 1 of 11 UNITED STATES DISTRICT COURT FOR THE DISTRICT OF COLUMBIA

The Evolution of Side Crash Compatibility Between Cars, Light Trucks and Vans

Understanding Traffic Data: How To Avoid Making the Wrong Turn

Passenger Crash Protection in School Buses

School Bus Constructed Vehicles

Preliminary 2014 Ontario Road Safety Annual Report Selected Statistics

NHTSA DOCKET NO. NHTSA Reports, Forms and Record Keeping Requirements

Large Trucks. Trends. About 1 in 10 highway deaths occurs in a crash involving a large truck.

Road Map For Safer Vehicles & Fleet Safety

TRAFFIC SAFETY FACTS Fatal Motor Vehicle Crashes: Overview. Research Note. DOT HS October 2017

6/12/ SESPTC. Passenger Restraints Proper Use of Car Seats. Occupant Protection Systems

ROADWAY INJURY EXPERIENCE FOR PERSONS WHO HAD BEEN DRINKING AND/OR USING DRUGS

Women In Transportation Seminar The Future of Transportation How Do We Get There. US Department of Transportation NHTSA Julie J Kang

Airbags. Your vehicle is equipped with three types of airbags: front airbags, side airbags, and side curtain airbags.

NHTSA / ANSTSE. Traffic Safety for Teen Drivers Presenter:

#1Motor vehicle. crashes are the leading cause of death for American teens.

LIFESAVERS /1/2014. The Limits of Compartmentalization Protection. The Limits of Compartmentalization Protection. Compartmentalization

Federal Motor Carrier Safety Administration

Transportation Demand Management Element

Road Safety CE576 Fall 2011

New belt geometries in rear seat from a comfort, handling and safety perspective

An Evaluation of the Relationship between the Seat Belt Usage Rates of Front Seat Occupants and Their Drivers

DOT HS August Motor Vehicle Crashes: Overview

Enhancing Safety Through Automation

Airbags. Your vehicle is equipped with three types of airbags: front airbags, side airbags, and side curtain airbags.

Safety and Green Vehicle Performance Rating

Virginia Department of Education. A Regulatory View of Virginia Pupil Transportation

Impaired Driving and Ignition Interlocks

Testing Automated Collision Avoidance Systems for Transit Buses

The Future of Vehicle Safety

NATIONAL TRANSPORTATION SAFETY BOARD Public Meeting of July 23, 2013 (Information subject to editing)

Airbags SAFETY INFORMATION

Testing Transit Bus Automated Collision Avoidance Warning Systems in Revenue Operations Active Safety Collision Warning Pilot in Washington State

Target Zero: Underutilized Strategies in Traffic Safety That Work

Basics of a Good Rural Road!

The Sad History of Rollover Prevention 30 Years, Thousand of Deaths and Injuries, and Still No Safety Performance Standard

Getting the Board on the bus

40 Years Since Congers:

COMMENTS FROM THE NATIONAL ASSOCIATION OF STATE DIRECTORS OF PUPIL TRANSPORTATION SERVICES (NASDPTS)

Recommendations of the Expert Group on Preventing Motorcycle Injuries in Children

MICHIGAN TRAFFIC SAFETY MATERIALS CATALOG

Highway Safety Update

Safety Briefing on Roof Crush How a Strong Federal Roof Crush Standard Can Save Many Lives & Why the Test Must Include Both Sides of the Roof

Traffic Safety Facts

Statement before the North Carolina House Select Committee. Motorcycle Helmet Laws. Stephen L. Oesch

Airbags. Passenger s seat weight. sensor. Driver s seat position. sensor

Statement before Massachusetts Auto Damage Appraiser Licensing Board. Institute Research on Cosmetic Crash Parts. Stephen L. Oesch.

Wheelchair Transportation Principles I: Biomechanics of Injury

DOT HS October 2011

The National Association of State Motorcycle Safety Administrators (SMSA) Strategic Plan

National Association for Pupil Transportation RESPONSE TO THE NOVEMBER 2015 NHTSA STATEMENT ON SEAT BELTS ON LARGE SCHOOL BUSES

What action is expected to take place in the foreseeable future in ADRs with regard to seat belts on school buses?

100% Effective Natural Hormone Treatment Menopause, Andropause And Other Hormone Imbalances Impair Healthy Healing In People Over The Age Of 30!

Airbags SAFETY INFORMATION. Your vehicle is equipped with several types of airbags: front airbags, side airbags, and side curtain airbags.

The Weak Impact Of New NHTSA Side-Impact Standards

Road fatalities in 2012

Utah Fatal Crash Summary 2014

Using Injury Data to Understand Traffic and Vehicle Safety

AIRBAG: IS IT AN EFFECTIVE OCCUPANT PROTECTION SYSTEM?

ODOT Transportation Safety. It All Starts With Crash Data

AAA ON THE ISSUES

traffic safety facts 1997 a compilation of motor vehicle crash data from the fatality

AGE AND GENDER OF OCCUPANTS KILLED OR INJURED IN MOTOR VEHICLE CRASHES

TTI TRAFFIC SAFETY CONFERENCE. John A. Barton, P.E.

Statement before the Maryland House Committee on Environmental Matters. Passenger Restrictions for Young Drivers. Stephen L. Oesch

Figure 15. Yearly Trend in Death Rates for Motor Vehicle Transport: NSW, Year

A Question of Size: Involvement of Large Trucks in Road Crashes

Summary Report Alabama School Bus Seat Belt Pilot Project

LOADING AND UNLOADING SURVEY NATIONAL SCHOOL BUS. Kansas leads the world in the success of each student.

Transcription:

For Release on August 26, 2002 (9:00 am EDST) Enhancing School Bus Safety and Pupil Transportation Safety School bus safety and pupil transportation safety involve two similar, but different, concepts. School bus safety concerns only those children on school buses. Pupil transportation safety relates to all children going to and from school and schoolrelated activities, no matter what mode of transportation is used. All of the available science and data indicate that today s school buses are the safest vehicles on the highway and over the years have provided excellent levels of crash protection for children. In its April 2002 report, School Bus Safety: Crashworthiness Research, the National Highway Traffic Safety Administration (NHTSA) noted: Every year, approximately 450,000 public school buses travel an estimated 4.3 billion miles to transport 23.5 million children to and from school and school-related activities. The school bus occupant fatality rate of 0.2 fatalities per 100 million vehicle miles traveled (VMT) is much lower than the overall rate for motor vehicles of 1.5 per 100 million VMT. If one considered the average number of passengers on school buses versus passenger cars, there would be even a larger difference in the fatality rates per passenger mile. A study released by the National Research Council (NRC) of the National Academy of Sciences in June 2002, The Relative Risks of School Travel: A National Perspective and Guidance for Local Community Risk Assessment, reported that: Each year approximately 800 school-aged children are killed in motor vehicle crashes during normal school travel hours. 1 Of these 800 deaths, about 20 (2 percent) 5 school bus passengers and 15 pedestrians are school bus-related. The other 98 percent of the school-aged deaths occur in other motor vehicles or to pedestrians, bicyclists, or motorcyclists. 1 The NRC defined normal school travel hours as 6:00 a.m. to 8:59 a.m. and 2:00 p.m. to 4:59 p.m. each weekday from September 1 through June 15.

2 These studies re-affirmed the conclusions of all previous studies -- school buses represent the safest way for children to travel to and from school and school-related activities. This outstanding safety record of school buses is due to several factors, including the unique Federal Motor Vehicle Safety Standards that school buses must meet, the extensive and specialized training required of school bus drivers, the recognizable color of school buses, and the ability of school bus drivers to utilize school bus lighting and signage to control traffic when children are getting on or off the school bus. Additionally, school bus drivers are trained to provide direction to children when crossing the road in front of the school bus. While the NRC study confirmed the outstanding safety record of school buses, it also pointed out the serious risks that exist for children who do not use school buses to get to and from school and school-related activities. The NRC study was done in response to a Congressional mandate to investigate the safety issues attendant to the transportation of school children to and from school and school-related activities by various transportation modes. As such, the NRC study provides excellent insight into both school bus safety and pupil transportation safety issues. The NRC study collected crash data for the 9-year period from 1991 through 1999. These data show the following annual average fatalities to school children during normal school travel hours: 5 school bus passengers 15 pedestrians outside school buses 169 occupants of passenger vehicles with an adult driver 448 occupants of passenger vehicles with a teenage driver 131 pedestrians 46 bicyclists These numbers alone do not allow for an accurate comparison among the various ways children get to and from school. In order to understand the relative safety among different modes of transportation, it is necessary to compare the number of fatalities in each mode using a common basis (or measure of exposure to risk). The most commonly used measure of exposure for motor vehicle crash data is the number of miles traveled. This allows for a comparison of the number of fatalities based on the exposure to risk as measured in the number of miles traveled. All things being equal, if a particular mode of travel accounts for 10 percent of the miles traveled, one would expect 10 percent of the fatalities to occur in that mode. The NRC study calculated the number of miles traveled by children during normal school travel hours in each mode and compared them to the number of fatalities in each mode. The following chart provides the results. As an example, school buses provide 28 percent of the miles traveled, but school bus passengers result in less than 1 percent of the fatalities and pedestrians outside of the school bus account for less than 2 percent of the fatalities. As another example, passenger vehicles with teen drivers provide only 16 percent of the miles traveled, but account for 55 percent of the fatalities.

3 Mode Exposure Exposure Fatalities Fatalities 100 Million Student Miles Percentage Number of Student Fatalities Percentage School Bus: 313 2 28 % Passengers 5 Less than 1 % Pedestrians 15 Less than 2 % Other Bus 38 3 % 1 Less than 1 % Passenger Vehicle 580 51 % 169 21 % (Adult Driver) Passenger Vehicle 184 16 % 448 55 % (Teen Driver) Bicycle 4 Less than 1 % 46 6 % Pedestrian 15 1 % 131 16 % Total 1,134 100 % 815 100 % The NHTSA study was conducted in response to a Congressional mandate to assess occupant safety on school buses and to examine available information about occupant safety and analyze options for improving [school bus] occupant safety. In response to this mandate, NHTSA initiated a comprehensive research program to develop the next generation of school bus occupant protection. After reviewing real-world school bus crashes, NHTSA conducted laboratory testing to evaluate various means of potentially improving the crash protection provided to children in school buses. The testing evaluated compartmentalization, the current form of crash protection provided in school buses, as well as changes in seat spacing and seat back height within the compartmentalization concept. The research also evaluated lap belts and lap/shoulder belts, in addition to an experimental airbag-belt system. The NHTSA research confirmed that compartmentalization is an effective restraint strategy for a frontal crash in a school bus. However, the potential for neck injury and overriding the seat back exists in some frontal crashes. Additionally, compartmentalization does not completely address the crash protection needed in side and rollover crashes. The NHTSA report provides strong evidence that lap belts are not a good form of crash protection for children in school buses. The laboratory tests for lap-belted test dummies resulted in Neck Injury measurements in excess of twice the maximum desirable threshold. Additionally, the NHTSA report noted that, it is clear that the potential for abdominal injury exists especially when lap belts are used. 2 The NRC study estimated the number of student miles traveled as 313 billion miles each year. The NHTSA study reported the number of vehicle miles traveled as 4.3 billion miles each year.

4 Of all the passenger crash protection systems tested, the NHTSA report identified lap/shoulder belts as the best overall. However, the report identified some unintended consequences that could have a negative impact on pupil transportation safety. Specifically, the installation of lap/shoulder belts in school buses would reduce the design capacity of the school bus. The State Directors Association believes a reduction in the design capacity of school buses due to the installation of lap/shoulder belts is a legitimate concern. For example, a 77-passenger school bus would only be able to transport 60 students -- a 22 percent reduction in the design capacity. However, the more important issue is the real-world impact on the in-use capacity of school buses. The association is attempting to collect data from states to determine the number of students who would be displaced from school buses due to a reduction in the in-use capacity. Transporting fewer students in school buses would result in more students in less-safe forms of transportation. As noted in the NRC study, this would result in more fatalities and injuries to school children. Like any other new item of equipment, the installation of lap/shoulder belts in school buses would increase the cost of new school buses. The State Directors Association is very concerned about the continued increase in the cost of new school buses due to additional regulations in the areas of safety and emissions. For example, the costs of meeting the new requirements of FMVSS No. 221, School Bus Body Joint Strength, and emission standards already promulgated by the Environmental Protection Agency are estimated to increase the price of a school bus by approximately five (5) percent. As school buses get more expensive, at present funding levels fewer buses will be purchased and fewer children will be transported on the safest form of transportation. This will result in more children transported in less-safe modes of transportation, and additional fatalities and injuries to children. As safety professionals, our goal is to transport more, not fewer, children in school buses. Finally, the NHTSA report noted that misuse of lap/shoulder belts by children exists in passenger motor vehicles. The agency expressed its concern that misuse of lap/shoulder belts by children in school buses would cause the same types of neck and abdominal injuries that could result from lap belts. The State Directors Association is also concerned about the potential for non-use of lap/shoulder belts if such systems are installed in school buses. Accordingly, the association believes it is important to maintain compartmentalization in school buses to ensure that unrestrained students would still be afforded a high level of crash protection. The State Directors Association believes the best way to address concerns about potential misuse and non-use is through training and education. There is a widely held societal belief that all motor vehicles should be equipped with some form of restraint system. This belief is reinforced by strong, continued efforts to encourage everyone to buckle up in their motor vehicles. Based on the NHTSA study, it appears that the installation of lap/shoulder belts in school buses would provide small, incremental safety benefits. However, as noted in the NHTSA report, the data and science do not support a mandate for lap/shoulder belts in school buses.

5 Nevertheless, the State Directors Association recognizes that the American public expects school buses to be as safe as possible, and that the public believes lap/shoulder belts should be installed in all new school buses. Accordingly, if the funding were made available for the installation of lap/shoulder belts in school buses, the State Directors Association would support their installation. However, unless sufficient funding is made available to address all areas of school bus and pupil transportation safety, the State Directors Association believes the same funds may be used in other areas of school bus and pupil transportation with greater potential safety benefits. The safety of school children is the hallmark of the school bus transportation industry. The State Directors Association believes the NRC and NHTSA studies provide strong evidence that decisions about enhancing school bus safety and pupil transportation safety must be made in concert. While relatively few in number, the State Directors Association believes it is important to try to reduce the number of children who are killed and injured each year going to and from school and school-related activities in school buses. The State Directors Association also believes the approximate 800 fatalities, and associated injuries, that occur each year to children during normal school transport hours that are not in school buses is completely unacceptable. It is clear that adequate funding is the bottom line to improvements in both areas. The State Directors Association believes there are many partners in pupil transportation federal and state government agencies, the school bus transportation industry, parents and safety advocacy organizations. The State Directors Association believes it is important for this diverse group to focus their efforts on finding the funds necessary not only to improve the safety of school buses, but also to increase the percentage of school children transported to and from school and school-related activities in school buses.