How to choose an e-scooter that suits you

Choosing an e-scooter comes down to matching a handful of specifications to how you’ll actually use it, not to a marketing headline. Motor power, battery capacity, real-world range, weight, weather resistance and the tyre-and-brake setup tell you far more about a scooter’s day-to-day behaviour than its top speed ever will. This guide explains what each figure means and how legal limits, which vary by country, shape what you can ride on public roads.

Motor power: what the watts tell you

Motor power is usually given in watts (W), and you’ll often see two figures: nominal (continuous) power and peak power, which the motor can only sustain for a few seconds on a hill or from a standing start. A commuter scooter typically runs a nominal motor of 250–500 W; more powerful devices climb into the 700–1,000 W range. In many countries, a device legally counts as a lightweight e-scooter — not a moped — only while its motor power stays at or under roughly 1,000 W (1 kW) and its manufacturer-set top speed stays at or under 25 km/h, though the exact thresholds vary (see powerful & off-road scooters for what happens above that). A higher-wattage motor mostly buys better hill-climbing and acceleration, not a higher legal top speed.

Voltage, amp-hours and battery capacity

Battery size is described by voltage (V) and amp-hours (Ah); multiply the two together and you get watt-hours (Wh) — the real measure of how much energy the pack stores. A 48 V, 10 Ah battery holds about 480 Wh, for example. Common pack voltages are 36 V, 48 V and 60 V: a higher voltage generally lets the motor draw power more efficiently and copes better with hills, but it doesn’t by itself mean a longer range — that comes from the Wh figure and how efficiently the scooter uses it. When comparing two scooters, compare Wh, not just Ah or voltage alone. See battery basics for how pack chemistry and cell count affect lifespan.

Real-world range versus the advertised figure

Manufacturers usually quote range from a single, light rider cruising on flat, dry ground in the lowest power mode with no stops — conditions few commutes actually match. In everyday riding, expect noticeably less than the advertised number: a heavier rider, hills, headwind, frequent stop-start traffic, low tyre pressure and an older battery all cut into it, and cold weather can cut it sharply further (see riding and storage in winter). As a rough planning rule, treat the advertised figure as an optimistic ceiling and the true range on a typical commute as meaningfully lower — better to have headroom than to run out of charge halfway home.

Weight and portability

Total weight typically runs from around 12 kg for a light, short-range folding scooter to well over 30 kg for a long-range or dual-motor model with a bigger battery and sturdier frame. A lighter scooter is easier to carry up stairs, onto a bus or up to a flat, but usually trades away battery capacity and sometimes stability at speed. If you need to carry the scooter daily — up stairs or onto public transport — weight and a reliable folding mechanism often matter more than a bigger battery.

IP rating: how much weather it can take

An IP (Ingress Protection) rating, shown as two digits after “IP” (or an X where a digit isn’t tested), describes resistance to dust and water — not full waterproofing. IPX4 means protection against splashing water from any direction, a practical minimum for riding in rain; IPX5 adds resistance to a low-pressure water jet. No common e-scooter rating covers submersion, and even a well-rated scooter shouldn’t be ridden through deep puddles, hosed down, or charged while still wet — moisture reaching the battery or connectors is a fire-safety risk, not just a warranty one (see charging and fire safety). Treat a stated IP rating as protection against rain and spray, not against water crossings.

Tyres, brakes and suspension

Tyres come in three broad types: pneumatic (air-filled), which give the most comfort and grip but can puncture; solid or honeycomb tyres, which never go flat but transmit more shock from the road; and a middle ground of gel- or foam-filled tyres. Braking usually combines two independent systems — commonly an electronic/regenerative brake on the motor plus a mechanical drum, disc or foot-operated friction brake — because relying on a single brake type is riskier on wet or icy surfaces. Front or rear suspension improves comfort on rough pavements and cobbles but adds weight and maintenance points; it doesn’t change what’s legally allowed to ride, since a suspended, off-road-styled scooter is still bound by the same speed and power cap as any other lightweight e-scooter. Some scooters offer an optional seat; whether a seated device still counts as a lightweight e-scooter or moves into a different vehicle category can depend on where you live, so check the local rule (see e-scooters with a seat) rather than assuming.

The 25 km/h limit is common, but not universal

Many countries cap the lightweight e-scooter category at a manufacturer top speed around 25 km/h — a device built or modified to go faster is often legally a different vehicle and needs registration, a plate and insurance. Removing or bypassing a speed limiter to exceed that cap is rarely a grey area; it typically takes the scooter out of the e-scooter category altogether, whatever the exact local threshold is. See powerful & off-road scooters for how this applies to riding in practice, not just the device’s top spec.