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The former
requirement for reporting accidents to the Federal Motor Carrier
Safety Administration (FMCSA) (accident notification under 49 CFR
Part 394) has been replaced with a new requirement for retaining
and analyzing accident information.
Background
As
part of the ongoing FMCSA safety management effort to reduce the number
of vehicle accidents on highways, assistance by safety specialists in
accident analysis and countermeasures planning is now an integral part
of compliance reviews conducted by the FMCSA. Accident countermeasures
are examples of defensive strategies designed to reduce preventable
accidents.
Purpose
This
folder is designed to provide motor carriers and drivers with an introduction
to the concepts of preventability analysis and accident countermeasures.
The material suggests practical measures that can be taken now to prevent
accidents, though its main intent goes further. The core of the presentation
is a series of case histories of successful countermeasures. These are
true stories of industry successes in promoting highway safety. The
case histories are presented, together with a guide called Determining
Preventability of Accidents, to help readers analyze accidents and create
strategies to keep similar accidents from happening in the future.
The
FMCSA intends to stimulate thinking and discussion about accident preventability
and prevention within the motor carrier industry. The preventability
guide and the Accident Countermeasures cases are not rating sheets nor
orders from above to be followed exactly. They are guidelines and discussion
tools to help carriers and drivers look at their unique operations and
practices with an eye to identifying opportunities to make safety improvements.
Determining
preventability
No
two accidents or carriers are exactly alike, and the FMCSA recognizes
that not all accidents are preventable. Some types of accidents, furthermore,
can be prevented by drivers, while others require changes in motor carrier
practices and policies or equipment. The new FMCSA method for determining
preventability is based on examination of the facts in accident records.
Cases
and countermeasures
The
countermeasures cases in this file actually occurred. They are true
success stories that show how relatively modest improvements led to
significant reductions in accident rates.
Contents
and attachments
This
section contains A Guide to Determining Preventability of Accidents
and Accident Countermeasures: Success Stories. Attachments include an
Accident Register form and a chart, Revenue Necessary to Pay for Accident
Losses.
You
are welcome to reproduce and distribute any of the materials in this
booklet.
A
Guide to Determining Preventability of Accidents
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The
heart of accident analysis is the determination of preventability, based
on the facts furnished in the motor carrier's recordable accident register,
and from various other sources. These sources of information must be
evaluated in light of all available facts that are pertinent to the
cause of the accident. Digging out these facts from the information
on these reports can be difficult in practice due to the limited data
contained in some reports. But the information can be obtained in many
instances by a detailed analysis and reconstruction of the accident
sequence.
Each
accident must be judged individually. Certain types will generally fall
in the non-preventable category, and certain others, in the absence
of extenuating circumstances and conditions, fall in the preventable
category. The types of accidents listed below do not cover every accident
that may occur, but they are intended to provide general guidance to
assist in determining preventability.
Non-Preventable
Accidents
Struck
in Rear by Other Vehicle
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Driver's
vehicle was legally and properly parked
- Driver
was proceeding in his/her own lane of traffic at a safe and lawful
speed
- Driver
was stopped in traffic due to existing conditions or was stopped in
compliance with traffic sign or signal or the directions of a police
officer or other person legitimately controlling traffic
- Driver
was in proper lane waiting to make turn.
Driver
was properly parked in a location where parking was permitted
- Vehicle
was stopped, parked, or left standing in accordance with Sections
392.21 and 392.22 of the Federal Motor Carrier Safety Regulations.
Preventable
Accidents
Accidents
at Intersections
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Driver
failed to control speed so that he/she could stop within available sight
distance
- Driver
failed to check cross-traffic and wait for it to clear before entering
intersection
- Driver
pulled out from side street in the face of oncoming traffic
- Driver
collided with person, vehicle, or object while making right or left
turn
- Driver
collided with vehicle making turn in front of him/her.
Striking
Other Vehicle in Rear
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Driver
failed to maintain safe following distance and have his/her vehicle
under control
- Driver
failed to keep track of traffic conditions and did not slow down
- Driver
failed to ascertain whether vehicle ahead was moving slowly, stopped,
or slowing down for any reason
- Driver
misjudged rate of overtaking
- Driver
came too close before pulling out to pass
- Driver
failed to wait for vehicle ahead to move into the clear before starting
up
- Driver
failed to leave sufficient room for passing vehicle to get safely
back in line.
Sideswipe
and Head-on Collisions
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Driver
was not entirely in his/her proper lane of travel
- Driver
did not pull to right and slow down or stop for vehicle encroaching
on his/her lane of travel when such action could have been taken without
additional danger.
Struck
in Rear by Other Vehicle
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Driver
was passing slower traffic near an intersection and had to make sudden
stop
- Driver
made sudden stop to park, load, or unload
- Vehicle
was improperly parked
- Driver
rolled back into vehicle behind them while starting on grade
Squeeze
Plays and Shutouts
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Driver
failed to yield right-of-way when necessary to avoid accident
Driver
backed up when backing could have been avoided by better planning of
his/her route
- Driver
backed into traffic stream when such backing could have been
avoided
- Driver
failed to get out of cab and check proposed path of backward
travel
- Driver
depended solely on mirrors when it was practicable to look back
- Driver
failed to get out of cab periodically and recheck conditions
when backing a long distance
- Driver
failed to check behind vehicle parked at curb before attempting
to leave parking space
- Driver
relied solely on a guide to help him/her back
- Driver
backed from blind side when he/she could have made a sight-side
approach
Accident
Involving Rail Operated Vehicles
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Driver
attempted to cross tracks directly ahead of train or streetcar
- Driver
ran into side of train or streetcar
- Driver
stopped or parked on or too close to tracks.
Driver
passed where view of road ahead was obstructed by hill, curve, vegetation,
traffic, adverse weather conditions, etc.
- Driver
attempted to pass in the face of closely approaching traffic
- Driver
failed to warn driver of vehicle being passed
- Driver
failed to signal change of lanes
- Driver
pulled out in front of other traffic overtaking from rear
- Driver
cut in too short while returning to right lane.
Accidents
While Being Passed
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Driver
failed to stay in his own lane and hold speed or reduce it to permit
safe passing.
Accidents
While Entering Traffic Stream
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Driver
failed to signal when pulling out from curb
- Driver
failed to check traffic before pulling out from curb
- Driver
failed to look back to check traffic if he/she was in position where
mirrors did not show traffic conditions
- Driver
attempted to pull out in a manner that forced other vehicle(s) to
change speed or direction
- Driver
failed to make full stop before entering from side street, alley,
or driveway
- Driver
failed to make full stop before crossing sidewalk
- Driver
failed to yield right of way to approaching traffic.
Driver
did not reduce speed in area of heavy pedestrian traffic
- Driver
was not prepared to stop
- Driver
failed to yield right of way to pedestrian.
Mechanical
Defects Accidents
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Defect
was of a type that driver should have detected in making pre-trip or
enroute inspection of vehicle
- Defect
was of a type that driver should have detected during the normal operation
of the vehicle
- Defect
was caused by driver's abusive handling of the vehicle
- Defect
was known to driver, but ignored
- Driver
was instructed to operate with known defect.
Driver
was not operating at a speed suitable for the existing conditions of
road, weather, and traffic
- Driver
failed to control speed so that he/she could stop within assured clear
distance
- Driver
misjudged available clearance
- Driver
failed to yield right-of-way to avoid accident
- Driver
failed to accurately observe existing conditions
- Driver
was in violation of company operating rules or special instructions,
the regulations of any Federal or State regulatory agency, or any
applicable traffic laws or ordinances.
Accident
Countermeasures: Success Stories
References
in parentheses are to cases in the Commercial Vehicle Preventable Accident
Manual (Countermeasures Manual).
CASE
# 1. COUNTERMEASURE:
An
Oregon-based carrier transporting wood chips from the coast to the Eugene
area began to have an unusual number of accidents. An analysis by the
Safety Specialist revealed that the majority of the accidents occurred
on a three-mile stretch of the route being used. This two-lane road
was narrow, winding, and frequented by tourists in summer; and plagued
with fog, ice, and snow in winter. Further investigation revealed that
for the past eight months construction had been underway along the three-mile
stretch - about the same time the accidents had been happening. The
highway department indicated that construction would continue for another
six months.
The
Safety Specialist discussed the findings with management and recommended
the carrier's vehicles be rerouted until the construction was complete.
(Countermeasures
Manual Case No. A11-Planning Schedules, Loads and Routes)
The
carrier realized that it could not continue with the increased level
of accidents for another six months and agreed with the recommendation.
Although the new route was approximately 30 miles more each way, the
benefit of reducing accidents outweighed this.
CASE
# 2. COUNTERMEASURE:
An
Illinois-based produce hauler was experiencing a high number of driver
injuries resulting in a large number of workman compensation claims.
A Safety Specialist's review of the accidents revealed that drivers
were wrenching their necks inside their cabovers (vs. conventional cabs)
when passing over bumps in the road. The drivers were being thrown unexpectedly
out of their seats and into the windshield or ceiling of their tractors.
The cabovers were identified as being the primary source of these incidents
- the driver's seat is located directly over the front wheels and provides
little resistance or cushion to reduce the impact of bumps in the road
to the driver.
The
Safety Specialist recommended that the carrier insert language into
their employee manual requiring drivers to wear their seat belts.
(Countermeasures
Manual Case No. A8-Company Driver Manuals)
The
carrier agreed to the recommendation and, in addition, instructed guards
at each terminal gate to check drivers before leaving to ensure they
were complying with the company's policy. This simple solution, which
had been overlooked by everyone, turned out to be the key in reducing
this type of injury to zero.
CASE
# 3. COUNTERMEASURE:
An
Indiana-based school bus contractor was experiencing a high number of
accidents caused by driver inattention. After examining all of the carrier's
accidents, the Safety Specialist determined that they all were occurring
during the month of June. The Safety Specialist also came to the conclusion
that no specific driver or vehicle was responsible for the accidents.
It seemed that the drivers, in general, were becoming inattentive because
summer was near and they were anticipating the end of the school year.
Further analysis revealed that the Safety Director held two safety meetings
a year with the drivers, one in September and another in February.
The
Safety Specialist recommended to the carrier that it should begin holding
safety meetings sometime in April and provide each driver with a one-page
handout in the period prior to the start of these meetings to keep them
alert.
(Countermeasures
Manual Case No. A7-Fleet Safety Program and Supervision)
This
simple solution turned out to be the key in reducing these accidents
to zero. When the Safety Director was asked why he had never noticed
this problem, he replied "This was right there in front of me,
but I just never had the time to sit down and look at it in this manner!"
CASE
# 4. COUNTERMEASURE:
A
Utah-based carrier, which conducts the majority of its business west
of the Mississippi River, was experiencing a high number of accidents.
After
discussion with some drivers and management officials, an analysis by
the Safety Specialist revealed that a high number of accidents occurred
during the same time of day on a three-to-five mile section of a certain
interstate, heading west. Apparently, drivers were being blinded as
they came over the crest of a very large hill at sunset.
The
Safety Specialist discussed the situation with management and recommended
that the carrier change the time its drivers were being dispatched.
The carrier agreed with the recommendation and immediately began to
dispatch drivers an hour earlier or an hour later in order to avoid
driving over the hill at sunset. This change eliminated the accidents.
CASE
# 5. COUNTERMEASURE:
During
a review of a large Indiana-based household goods carrier that operates
over 5,000 tractor-trailers, a Safety Specialist discovered that the
carrier was experiencing a high number of rear-end collisions. Some
of these accidents caused damage to the extent that they were reportable
to the DOT. Most, however, were of a lesser amount but still added to
the carrier's cost of operation.
The
Safety Specialist recommended the installation of brake and turn signal
lights at the top of the carrier's trailers.
(Countermeasures
Manual Case No. B6-Turning Left and Right)
(Countermeasures
Manual Case No. C10-Vehicle lighting and Conspicuity)
This
reduced accidents almost immediately.
CASE
# 6. COUNTERMEASURE:
During
a review of a Washington-based grocery company, operating over 100 tractor
trailers primarily in urban areas, the Safety Specialist discovered
an accident pattern - an inordinate number of right turn accidents.
Some of the accidents caused damage to the extent that they were reportable
to DOT. Most, however, caused damages in a lesser amount but still added
to the carrier's cost of operation.
The
Safety Specialist discussed the findings with the carrier and recommended
the installation of turn signals at a higher level on trailers.
(Countermeasures
Manual Case No. B6-Turning Left and Right)
(Countermeasures
Manual Case No. C10-Vehicle Lighting and Conspicuity)
The
carrier agreed and also applied signs to the back of each trailer, on
the right side, warning of wide turns. Accidents dropped dramatically
over a very short period of time.
CASE
# 7. COUNTERMEASURE:
During
a recent review, a Washington-based carrier that operates over 2,400
tractor trailers west of the Mississippi River was found to have a high
number of loss-of-control accidents during adverse driving conditions.
The
Safety Specialist recommended the carrier require drivers to attend
a safety meeting.
(Countermeasures
Manual Case No. A7-Fleet Safety Program and Supervision)
(Countermeasures
Manual Case No. A9-Driver Training Aids)
To
promote attendance, the carrier scheduled ten Saturday meetings in various
locations and required all drivers to attend one. Drivers were paid
to attend the meetings and coffee and doughnuts were provided. The safety
meeting consisted of approximately four hours of training on the Federal
Motor Carrier Safety Regulations, driving in adverse conditions, and
other general safety information. Within a short period of time, the
company records indicated a 60 percent reduction in accidents.
CASE
# 8. COUNTERMEASURE:
An
Oregon-based produce hauler, generally running from Portland to Los
Angeles was having a very high number of backing accidents. Considering
the areas in which they were required to load and unload, the carrier
had not found the number of accidents unusual. An analysis by the Safety
Specialist revealed that the carrier was using qualified but relatively
inexperienced drivers in sleeper teams. They were paid for load/unload
time whether they actually had to do the work or not. Although most
of the backing accidents involved damage costing less than $1,000, one
dock worker had been crushed between a trailer and the dock, which emphasized
the danger inherent in backing accidents.
The
Safety Specialist recommended that each driver attend a safety meeting,
and that a safety notice be distributed to all drivers requiring them
to assist each other during backing maneuvers.
(Countermeasures
Manual Case No. A7-Fleet Safety Program and Supervision)
(Countermeasures
Manual Case No. A9-Driving Training Aid)
(Countermeasures
Manual Case No. B3-Start-Up/Back-Up)
The
carrier agreed with the suggestion and required every driver to attend
a safety meeting (meetings were held on several Saturdays to allow attendance
by all). Drivers were paid overtime and coffee and donuts were furnished.
The meeting contained about four hours of training on proper procedures
for backing. In addition, a safety notice was distributed in driver's
paychecks instructing them to assist each other during backing maneuvers.
Backing accidents dropped quickly, and because of increased driver awareness,
there was a reduction in other types of accidents as well.
CASE
# 9. COUNTERMEASURE:
A
Missouri-based farm commodity and hazardous material transporter was
experiencing a high number of accidents. Examination of all its accidents
revealed that they occurred during bad weather and that the majority
of them were caused by drivers who were not paying attention to the
road conditions, (that is, they were driving too fast for the weather).
The
Safety Specialist recommended that the carrier implement a safe driver
recognition/incentive program and a driver training program geared to
avoiding accident situations and to driving in adverse weather conditions.
(Countermeasures
Manual Case No. A3-Safe Driving Recognition)
(Countermeasures
Manual Case No. A4-Driver Safety Infractions)
(Countermeasures
Manual Case No. A7-Fleet Safety Program and Supervision)
(Countermeasures
Manual Case No. B11-Driving in Adverse Conditions)
The
carrier agreed with the recommendations, and now holds quarterly safety
meetings with 95 percent driver participation. Any driver who attended
the previous meeting and was accident free during the quarter receives
a $150 U.S. Savings Bond. The carrier also, implemented a driver training
program and classroom instruction on accident situations and driving
in adverse weather conditions. After the carrier took this proactive
stance, its accident rate improved from 0.88 to 0.37 over 12 months.
CASE
# 10. COUNTERMEASURE:
A
city-based carrier that operates over 30 delivery trucks was experiencing
a high number of accidents.
An
analysis by the Safety Specialist revealed that a majority of accidents
occurred within a two to three block area downtown every Thursday between
nine and ten in the morning. The analysis also revealed that drivers
were paid every Thursday morning, and that a number of banks are located
within the problem area. Apparently, after they were paid in the morning,
drivers would stop at the banks while on-duty to cash their paychecks.
Driving
in this highly congested area during rush hour placed both the driver
and vehicle in extremely unfavorable conditions. Cashing the checks
during the morning rush hour traffic was placing both the driver and
vehicle in the worst possible place at the busiest time of the day and
led to the high number of accidents.
After
further discussion with management officials, the Safety Specialist
recommended that the carrier change the time the drivers were being
paid. The carrier agreed with the recommendation and began paying the
drivers at the end of the day. The change forced drivers to cash their
paychecks after work while off-duty, and eliminated the accidents.
CASE
# 11. COUNTERMEASURE:
An
Illinois-based carrier that operates over 200 tractor trailers was experiencing
a high number of accidents. An analysis by the carrier's Safety Director
revealed that the majority of these accidents fell into three main categories.
The carrier was experiencing:
too
many right turn accidents
- too
many backing accidents
- too
many right lane change accidents.
After
further discussion among management officials, the carrier developed
a program that was based on the three accident types that were occurring
most frequently. Each accident type was assigned a different color
dot sticker: red, blue, and yellow. The number one accident situation
(right turns) was assigned a red dot sticker. The number two accident
situation (backing) was assigned a blue dot sticker The number three
accident (right lane change) was assigned a yellow dot sticker. The
dots were placed on the right side mirror of the motor carrier's vehicle
as a safety reminder to drivers who had accidents.
The
carrier also placed a large red sticker halfway back on the side of
trailers to aid drivers when making right turns. If a driver could
not see the colored sticker in the right side mirror, then he/she
had not pulled far enough out to execute the turn.
After
implementing the program, the carrier began to see accident numbers
starting to decrease considerably.
After
a few months, however, the carrier became lax in seeing that the dots
remained affixed. Accident rates started to rise again. The Safety
Director states that the carrier now makes sure that when a unit comes
through the shop, the safety dots are checked and replaced if needed.
Other carriers could easily copy this program to meet their own company's
most frequent accident situations.
CASE
# 12. COUNTERMEASURE:
Motor
carriers in California and Tennessee have recently experienced accidents
involving the driver's inability to see other vehicles because of poor
visibility (specifically, in fog or dust storms).
According
to researchers here and in Europe, use of front and rear running lights
during daylight hours would save lives and prevent injuries, since many
crashes are caused by poor visibility. These running lights can be:
special
additional lights
- reduced-intensity
headlights for daytime use, or
- high-intensity
parking lights.
In
Finland, researchers found that, during a six-year period, the use
of daytime running lights in winter reduced daytime crashes by 21
percent. In Sweden, results were similar: crashes decreased by 11
percent. Finland, Sweden, and Denmark now require all drivers to use
daytime running lights. In 1989, Canada passed legislation requiring
that all new cars, trucks, vans, and buses be equipped with front
lights that turn on whenever the engine is running. According to James
White of Transport Canada, about 20 percent of all drivers voluntarily
use running lights in the daytime. By 1994, he said, enough new vehicles
will be on the road to bring the total to two in five vehicles with
lights on in the daytime.
Of
course, all of these countries are in the north where it can be relatively
dark much of the day in the winter. What about here in the United
States? Some States already require the use of headlights just after
sunrise, before sunset, or whenever visibility is poor. New York recently
passed a law requiring the use of low-beam headlights whenever it
rains, snows, sleets, or hails. Any time one has windshield wipers
on in New York, headlights must be switched on or the driver risks
being ticketed for an equipment violation (a $100 fine).
In
one study, the Insurance Institute of Highway Safety (a research organization
supported in part by the insurance industry) equipped 2,000 trucks
and vans with automatic daytime running lights for a year. Crashes
decreased by 13 percent in bad weather and 7 percent at other times
- less than the reduction shown in several European studies but enough
to lend support to the use of daytime running lights.
A
government study completed in April 1990 showed that, in light levels
equivalent to early morning or twilight, drivers were able to see
vehicles with running lights sooner than those with no lights. The
lights improved visibility and provided drivers going 55 miles per
hour with about three extra seconds to brake or take other action
to prevent a crash. Several car makers, including General Motors,
Chrysler, Ford, and Volvo, voiced support for daytime running lights
as a way to decrease highway deaths and injuries. General Motors has
filed a petition with the National Highway Traffic Safety Administration
for clearance to install daytime running lights.
Daytime
running lights won't affect gas mileage by much: for every $10 spent
on gas, they would cost an extra nickel (0.5 percent, according to
a study by the Canadian government). Some people may object that these
daytime lights can be blinding for other drivers, especially when
reflected in rearview mirrors and for older drivers. One government
study indicated that glare in the rearview mirror during daytime could
be a problem, though the age of the driver was not a significant factor.
The right intensity for running lights under different conditions
"should be considered" in recommending lamp design, the
study concluded.
Meanwhile,
it makes good safety sense to switch on low-beam headlights in adverse
weather conditions, at daybreak, dusk, and on dark and overcast winter
afternoons.
Forms
Accident Register: PDF
or HTML
On Guard: PDF
or HTML
On Guard: PDF
or HTML
Revenue Necessary To Pay For Accident
Losses: PDF
or HTML
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