Are electric scooters safe?

The short answer

This page exists because “are electric scooters safe?” is usually answered either by somebody selling scooters or by somebody who has never ridden one. Neither is useful. We sell scooters here, through affiliate links, which is exactly why the numbers below are the regulator’s rather than ours.

The honest summary: a scooter is a small-wheeled vehicle with no crash structure, ridden standing up, at speeds between 15 and 30 mph, in traffic. That is inherently riskier than sitting in a car and considerably less risky than the same speeds on the same roads with no brakes worth the name. The spread between a careful rider on a well-specified scooter and a casual one on an unspecified scooter is very large, and almost all of it is in your hands.

What the injury data says

The US Consumer Product Safety Commission tracks these injuries because it regulates the products. Its figures cover e-scooters, e-bikes and hoverboards together under “micromobility”, and the headline numbers from its reporting are these (U.S. Consumer Product Safety Commission, Oct 2026):

ED visits, 2017-2022, all micromobility

360,800ED visits, 2017-2022, all micromobility

average annual increase since 2017

+23%average annual increase since 2017

deaths, 2017-2022

233deaths, 2017-2022

of injuries to children 14 and under

36%of injuries to children 14 and under

Three qualifications belong with those numbers, and leaving them out is how this statistic usually gets misused:

1. Rising injury counts partly reflect rising ridership. The CPSC publishes counts, not rates per mile ridden, and nobody publishes reliable mileage denominators for this category. An increase in injuries during a period when the number of devices sold increased sharply does not by itself mean riding got more dangerous.
2. The categories are bundled. E-bikes, e-scooters and hoverboards are counted together in the headline figure. E-scooter injuries specifically rose 22% in 2022 over 2021 (U.S. Consumer Product Safety Commission, Oct 2026), but most published totals are not scooter-only.
3. Over a third of injuries involve children 14 and under. This site is written for adults. If you are buying for a younger rider, the certification and minimum-age discussion on scooters for teens matters more than anything on this page.

The regulator’s most recent full report extends this surveillance through 2024 and was published in April 2026 (CPSC micromobility report, 2017-2024, Oct 2026). We have not reproduced its model-level findings here because we could not extract them cleanly from the source document, and we would rather cite the figures we can quote exactly.

What actually drives the risk

Injury data on this category consistently points at the same small set of factors, and the scooter’s brand is not among them.

• Head protection. The most frequently injured areas include the head and neck, and the regulator’s own advice is unambiguous: “Always wear a bicycle helmet when riding” (U.S. Consumer Product Safety Commission, Oct 2026). This is the single highest-leverage decision available to you and it costs less than a tire.
• Speed. Energy scales with the square of velocity, so 28 mph is not slightly worse than 20 mph, it is roughly twice the energy to dissipate. Our speed guide covers what the figures mean; the fast scooter round-up states the legal position above its picks for the same reason.
• Surface and wheel size. Small wheels and potholes are the classic scooter crash. A larger diameter tire meets an edge at a shallower angle and is far less likely to stop dead — which is most of the argument on our tire page.
• Braking hardware. Regenerative braking alone is not strong enough to be a primary brake (eRideHero, Sep 2026), and a great many scooters sold as having “dual braking” pair one friction brake with regen.
• Visibility and traffic mixing. A scooter is small, quiet and low. Fitted lights, and the decision not to ride where cars are doing 45 mph, both matter more than any spec.

The specs that lower it

If you want to buy a safer scooter rather than merely ride more carefully, four specifications are worth paying for — and all four are things a manufacturer either publishes or conspicuously does not.

1. Two real friction brakes. Two discs, or a drum and a disc. Our brakes guide ranks the hardware; a drum is enclosed and holds up better in the wet, a disc has more outright bite.
2. A published IP rating of IPX5 or better if you ride year-round. Wet electronics fail in ways you discover at speed — IP ratings explained.
3. Payload headroom. Braking distance and frame stress both rise as you approach a rating. If you are near the ceiling, go up a class: what a payload rating actually means.
4. A safety certification you can look up. UL 2272 covers the electrical and battery system. It is not a crash standard and does not make a scooter safe to ride; it means somebody tested the thing that catches fire.

A scooter that publishes none of these is not necessarily badly built. It is unaccountable, and on a vehicle you ride in traffic that is a reason to choose something else. The broader method is in how to read a spec sheet.

Battery fires, in proportion

Lithium-ion fires get disproportionate coverage, and they are genuinely serious: the regulator recorded 19 deaths associated with micromobility device fires between January 2021 and November 2022 (U.S. Consumer Product Safety Commission, Oct 2026). Against 233 total deaths in the broader period, fires are a real but minority share — the majority of harm in this category comes from crashing, not burning.

The mitigations are simple and the regulator states them plainly: do not charge while asleep or away from home, because many of these fires and deaths happen at night (U.S. Consumer Product Safety Commission, Oct 2026). Add to that: use the charger that came with the scooter, stop using a pack that has been crushed or submerged, and let a wet scooter dry before plugging it in. More on the ownership side of this in our battery guide and the maintenance checklist.

The three habits that matter most

If you do nothing else from this page:

1. Wear a helmet, every ride. Including the short one. Especially the short one — that is when nobody bothers.
2. Ride 5 mph slower than the scooter will go. It costs you almost no time on a typical commute and it buys back a disproportionate amount of stopping distance and reaction time.
3. Check the brakes and tires monthly. Cables stretch, pads wear and pressure drops silently. The routine is in the maintenance checklist.

And know the local rules before you ride rather than after: speed limits, sidewalk bans and helmet laws vary by state and often by city — are electric scooters legal sets out what to check and where.