Road safety and legislation
Crash Studies
Maids (Europe)
Muarc (Australia - currently running)
Muarc Survey - Riders over 25 years
Narelle Hayworth and Christine Mulvihill of the Monash University
Accident Research Centre have asked motorcyclists to comlete a
survey for research purposes.
It can be found at http://www.monash.edu.au/muarc/riders
The survey is directed at the over 25's, particularly those who
have had a crash in the past 5 years.
MAIDS: Motorcycle Accidents In Depth Study
http://www.motorcyclistonline.com/newsandupdates/maids/index.html
http://maids.acembike.org/
European Safety Study Finds Familiar Causes for Motorcycle Accidents
European's most thorough study of motorcycle accidents to date points
to the usual culprits in crashes but also has a few surprise. For
example, speed may not be all that dangerous.
The other driver and his failure to perceive the motorcyclist is
still a common cause of motorcycle accidents.
European safety researchers have published what is being termed
"the most comprehensive in-depth data currently available for
Powered Two Wheelers (PTWs) accidents in Europe." Based on
investigations of 921 motorcycle accidents (with 103 fatalities)
in France, Germany, Italy, the Netherlands, and Spain...
# The Other Guy is still deadly:
The object motorcyclists most often collided with were passenger
cars. In half of the collision accidents, the driver of the other
vehicle was judged to have made the primary error that caused the
crash, and he failed to "perceive" the motorcyclist in
70 percent of the two--vehicle collisions. In 37 percent of the
the accidents with a partner, it was the motorcyclist who created
the problem. ...
# But you don't always need his help:
The second most common point of impact was the roadway itself. Yes,
some of these non-collision accidents happened as the rider attempted
to avoid hitting a car, but plenty of riders managed to crash all
by themselves. In rural areas over half the accidents happened without
the help of another vehicle. ...
# It's not the speed. It's the sudden stop:
"There were relatively few cases in which excess speed was
an issue related to accident causation," The MAIDS authors
note. However, the authors point that a speed differential (going
either faster or slower than nearby traffic) was a contributing
factor in 18 percent of the crashes. They also point out that the
typical accident speed was fairly low. In 70 percent of the crashes,
the rider hit the car or other object at under 30 mph. Of course,
the severity of injuries went up with crash speed.
# Don't leave the protective gear at home or wear it casually:
Since this was Europe, 90 percent of the crashers were wearing helmets,
and they did a good job, when they stayed on. However, 9 percent
of the helmeted riders lost their helmets during the crash, either
because they didn't fit properly, weren't fastened properly, or
were damaged during the crash. ...
# Because your skills aren't going to save you:
The study concludes that "73.1% of all PTW riders attempted
some form of collision avoidance immediately prior to impact. Of
these, 32% experienced some type of loss of control during the manoeuvre."
# Fewer drinkers crashed more:
Only 5 percent of the crashers had been drinking, which is much
lower that in other studies, but the exposure data revealed that
drinkers were still over-represented among the crashers. ...
# Youth and enthusiasm:
Riders between 18 and 25 years of age crashed more than their fair
share, while riders aged 41 to 55 crashed less frequently than the
exposure data said they should. ...
# Hidden threats:
Both riders and drivers "failed to account for visual obstructions"
in as many as a third of the accident. A parked truck, roadside
bushes or glare can hide something and we need to allow for the
possibility that it might be there. Riders wearing dark clothing
were more likely to crash than others. ...
# Right there in front of you:
The study found that 90 percent of all threats were in front of
the riders who crashed as a result of them.
# It's not what you ride:
The only type of bike that was over-represented in the MAIDS data
was "modified conventional street motorcycles." Engine
size also didn't show up as a risk factor. There were not enough
bikes equipped with anti-lock brakes to draw any conclusion about
their effectiveness.
# Check those tires:
Tire failure was the only technical failure that made a real blip
in the MAIDS data, at 3.6%. Brake problems were cited in 1.2% of
the accidents.
# Beware the crossroads:
Over half the accidents happened in intersections.
# Weather or not:
Weather was deemed to be a factor in 7.5% of the accidents.
# Mean streets:
"Roadway design defects" caused or contributed to the
crashes 3% of the time.
# The license matters:
Riders with no licenses or improper licenses crashed more than riders
who were properly licensed for what they were riding. This reiterates
the conclusions of other studies.
# Trained for this?
Riders who took some sort of rider training were more likely to
try some sort of avoidance maneuver, such as braking or swerving.
Untrained riders were more likely to sit there and crash without
doing anything to prevent it. Riding experience also worked in the
rider's favor, both total and on the bike being ridden. Inexperienced
riders are also more likely to do something that causes the accident.
As other studies have found, you are in more danger on a bike that
is new to you (bad news for motorcycle testers).
The full 173-page report can be downloaded as a PDF file from the
site of the ACEM http://maids.acembike.org/
(Association des Constructeurs Europeens de Motocycles, a European
motorcycle industry organization). You must go through a free registration
and confirmation process for access to it.
Back to Road Safety
and Legislation index

|