The E-Bike Safety Problem Isn’t Just About Helmets

A warning from Canadian injury data

As electric bicycles and scooters become familiar sights around schools, parks and neighbourhood streets, the safety conversation often begins with one question: “Are they wearing a helmet?” It is an important question, but not the only one.

In an August 13, 2026 release, the Canadian Paediatric Society reported 57 severe cases involving powered personal mobility devices in its 2025 paediatric surveillance survey, including 10 deaths and 12 intensive-care admissions. Head injuries accounted for 47% of reported cases. Most involved recreational e-scooter use, often without a helmet or adult supervision.

These are reported severe cases, not a calculation of risk per trip—and they include more than one device type. Nevertheless, they underline the need for prevention before a collision occurs.

Helmets reduce harm; they do not prevent every crash

Research supports helmet use. A systematic review and meta-analysis published in the International Journal of Epidemiology found that bicycle helmets were associated with lower odds of head and serious head injuries among cyclists involved in crashes. TRID

Yet a helmet cannot make a rider notice a turning driver, judge closing speed or choose a safe gap at an intersection. It cannot correct weak brakes, an unsuitable device or a street design that forces riders into conflict with traffic.

An effective safety strategy therefore has two jobs: reduce the probability of a collision and reduce the severity of injuries if one occurs. Helmets are a crucial part of the second job, but training, design and infrastructure are central to the first.

Know what the young person is actually riding

A product advertised as an “e-bike” is not necessarily legally classified as a bicycle. Rules vary by province and municipality, and scooters are not governed by precisely the same rules as electric bicycles.

In Ontario, provincial e-bike requirements state that riders must be at least 16, wear an approved helmet and obey cycling road rules. A road-legal e-bike must have operable pedals, motor power no greater than 500 watts and a maximum assisted speed of 32 km/h.

Parents should verify the actual device specifications rather than rely on a retail label or an app-based speed setting.

Before a purchase or first ride, families should confirm where the device may legally operate, whether the rider meets the minimum age, and whether the brakes, tyres, lights and battery are in proper condition.

A device that accelerates quickly demands appropriate judgement and control, even on a short trip.

Teach hazard perception, not just how to balance

Learning to steer and accelerate is not the same as learning to share the road.

New riders need repeated practice recognizing hazards before they become emergencies: a vehicle preparing to turn right, a parked car door about to open, pedestrians approaching a crossing or a driver whose view is blocked.

Start in a low-traffic, permitted environment. Practise smooth braking, scanning well ahead, shoulder checks without drifting, predictable lane positioning and yielding at intersections.

Discuss when to dismount and walk rather than ride. Make clear that riding with a passenger or racing friends can change balance, stopping distance and decision-making.

Drivers must also do their part: look for smaller, faster-approaching road users at turns and driveways, provide adequate passing room and never assume an approaching rider can stop instantly.

Enforcement is only one piece of the answer

Vancouver’s October 2, 2026 police update offers a revealing snapshot.

A targeted e-scooter campaign had generated more than 1,275 warnings and tickets, including 920 concerning helmet use, at least 181 for sidewalk riding and 84 for carrying a passenger.

Those figures describe enforcement contacts, not the proportion of all riders who break rules. Vancouver Police Department

Enforcement can communicate clear expectations. But cities must also ask whether people have safe, intuitive places to ride.

If a corridor has no protected connection, riders may be exposed to fast traffic or tempted to use the sidewalk, transferring risk to pedestrians.

The International Transport Forum’s 2024 Safer Micromobility report recommends complementing education and enforcement with safer infrastructure and better vehicle design.

Municipalities can identify conflict-heavy intersections, improve visibility, manage turning speeds and evaluate problems using crash, injury and trip-exposure data -not tickets alone.

Three parts of one safety system

The Micromobility Safety Revolution framework describes three connected responsibilities: Safer Riders who anticipate hazards and respect other road users; Safer Vehicles with appropriate speed, braking and reliability; and Safer Cities that reduce predictable conflicts through thoughtful street design.

For parents, the immediate action is a device-and-skills check before the next ride. For municipal leaders, it is to ensure safety programs address street conditions as seriously as rider behaviour.

The takeaway: A properly fitted helmet matters enormously. Real micromobility safety begins earlier – with the decisions, equipment and road environments that can keep a crash from happening at all.