Study of scooter accidents uses simulations to suggest ways riders could reduce brain injuries

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A team of researchers at Changsha University of Science and Technology, working with a colleague from Xiamen University of Technology, has found that scooter riders could reduce their chances of a brain injury in a crash if they better protected themselves. In their paper published in the Journal of The Royal Society Interface, the group describes reconstructing electric, self-balancing scooter (ESSs) crash scenarios to learn more about the injuries that often result.

The researchers began their work after learning that accidents involving scooters are on the rise all around the world due to their increasing popularity. They also noted that many such accidents result in significant brain injuries. To learn more about the events that lead to such injuries, they reconstructed multiple accident scenarios using "fail" videos on and applied what they describe as . The result was the generation of virtual scooter riders crashing under such scenarios as running into a stop sign, a car or a person, which led to the scooter rider being tossed from the scooter onto the ground—and in many cases, suffering a head injury.

The researchers were able to manipulate the actions of the scooter rider in simulations to learn more about the repercussions of actions taken before and during an accident. They found that often, scooter riders fail to take any injury as an accident unfolds. They further note that such failures often lead to worse injuries than would be the case had the rider taken preventative actions. They note, for example, that simply raising the arms to cover the head while in the air would protect the head and brain of a rider from the inevitable fall, particularly if the rider was not wearing a helmet.

The researchers also found that the type of ESS did not make much of a difference in head injury risks—single and two-wheeled scooters were equally dangerous. They also calculated that approximately half of riders who crash have a roughly 50/50 chance of a skull fracture in any given . They conclude that could be significantly reduced by riders if they used their limbs to cushion blows to the head as unfold.

More information: Fang Wang et al, Numerical investigation of the rider's head injury in typical single-electric self-balancing scooter accident scenarios, Journal of The Royal Society Interface (2022). DOI: 10.1098/rsif.2022.0495

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Citation: Study of scooter accidents uses simulations to suggest ways riders could reduce brain injuries (2022, September 22) retrieved 2 October 2023 from
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