E-scooter Injuries in England and Wales: Head Trauma More Common Than in Motorcycles, Study Finds

Short summary

The Conversation reports on a large national study from England and Wales examining injuries sustained by e-scooter riders compared with motorcyclists and cyclists. The research shows that when injuries are moderate or severe, head and internal injuries are more common among e-scooter riders, while fractures are less so. Helmet use is strikingly low among injured e-scooter riders, and injury patterns vary with city and distance traveled, underscoring safety priorities for riders and policymakers.

• Head injuries are around 3.5 times more common in e-scooter riders than motorcyclists, and about 1.7 times more common than among cyclists.
• Only about 6% of seriously injured e-scooter riders wore helmets, far below cyclists (45%) and motorcyclists (76%).
• Rental e-scooter incidents vary by city, suggesting environment and usage patterns affect risk.
• Potential safety measures include helmet use, rider training, cautious behavior in wet or uneven conditions, and policy considerations for youth riders.

Overview

A national trauma database study from England and Wales analyzes injuries following e-scooter crashes and compares them with motorcycles and bicycles. The dataset includes more than 15 000 people with moderate or severe injuries, including 580 e-scooter riders, 7 000 motorcyclists, and 7 000 cyclists. The research shows distinct injury patterns, with head and internal injuries playing a larger role in e-scooter trauma, even though fractures were less common for e-scooter riders than for the other groups. The authors emphasize that the figures describe patterns among those who are injured, not the overall risk of injury per journey.

Injury patterns and head trauma

Among seriously injured adults, traumatic brain injuries were around three and a half times as common among e-scooter riders as among motorcyclists, and about 1.7 times more common than in cyclists. More than a third of injuries recorded among adult e-scooter riders involved traumatic brain injury. Damage to internal organs and blood vessels was also proportionally more common in e-scooter trauma, while fractures were actually less frequent than among motorcyclists or cyclists. The researchers caution that the data do not allow a direct statement about the relative likelihood of brain injury per journey across modes because journey numbers and travelled distances were not directly comparable across groups.

Why e-scooter injuries occur

The study suggests injury patterns stem from device design and riding style. E-scooters require the rider to stand upright, giving them a high centre of gravity. Small front wheels and narrow handlebars provide less protection in case of potholes, kerbs, or debris, making a fall over the front of the scooter more likely and increasing the risk of head impact on the road. Helmet use is therefore particularly important, yet only about 6% of seriously injured e-scooter riders were recorded as wearing helmets, compared with 45% of cyclists and 76% of motorcyclists. Children were disproportionately represented among injured e-scooter riders, at around 16% of cases, which is higher than among cyclists or motorcyclists.

Incidents and city variation

A second part of the research examined more than 23 000 rental e-scooter incidents across more than 33 million journeys and almost 78 million kilometres. Collision rates varied considerably between cities, suggesting that where people ride matters as much as what they ride.

Official figures and wider context

Official figures for Great Britain indicate police recorded 1 312 collisions involving e-scooters in 2024, resulting in 1 390 casualties: six deaths and an estimated 444 seriously injured. These figures illustrate the broader burden beyond the trauma database sample and highlight the ongoing safety debate around e-scooters in urban transport networks.

How e-scooter injuries are treated

Treatment varies with the type and extent of injury. Minor fractures may require casting, while more complex fractures may need surgery using plates, screws, or rods. Serious head injuries can necessitate intensive care and brain surgery, and internal bleeding may require emergency procedures. The consequences of crashes can extend well beyond the initial event, with months away from work and the possibility of permanent disability in severe cases. Helmet use can reduce risk to the head, but other factors such as braking, acceleration, steering, road conditions, and intoxication also contribute to injury risk.

Implications for safety and policy

The study underscores that while e-scooters offer advantages for short trips, the injuries observed in trauma centres reveal that a fall from an e-scooter is not necessarily trivial. Helmet use is a readily actionable mitigation, and rider training on acceleration, braking, and steering is advisable before navigating busy traffic. The researchers also caution against simplistic headlines that claim e-scooters are universally more dangerous than motorcycles, since robust comparisons require data on journeys and distances traveled, which were not available in this study.

Conclusion

In sum, e-scooters provide convenient and affordable urban mobility but carry a distinct injury pattern when crashes occur, with head and internal injuries featuring prominently. This highlights the need for safety-focused policies, rider education, and infrastructure that can help protect riders in city environments.