Pure Advance E-scooter - Electric Scooter for urban mobility
Ultimate riding position
70% slimmer
924W power
Up to 57km range
Reimagine Your Ride with the Pure Advance Electric Scooter
The Pure Advance Electric Scooter redefines what an e-scooter can be, offering a unique forward-facing design that puts comfort, stability, and control first. With twin footpads replacing the traditional standing deck, this innovative layout ensures longer journeys are more enjoyable than ever. Its sleek folding mechanism makes it effortless to store and transport, so it’s always ready when you are.
Power That Keeps You Moving
Built for performance, the Pure Advance features a robust 924W maximum power that handles quick accelerations and hill climbs with ease. Paired with a high-quality battery, this scooter offers a generous range of up to 57km on a single charge*, giving you the freedom to explore without frequent stops. Whether cruising city streets or navigating hilly terrain, the Pure Advance keeps you moving with confidence.
*Range varies based on rider weight, terrain, and weather conditions.
Pure Advance E-scooter SE
A variant legally made for the Swedish regulations of electric scooters. It has a motor with a nominal power of 250W, and Max Power of 924W. Maximum speed of 20km/h.
Pure Advance E-scooter DK/NO
A variant legally made for the Norwegian and Danish regulations of electric scooters. It has a motor of nominal power of 500W, and Max Power of 924W. Maximum speed of 20km/h.
Pure Advance E-scooter EU
A variant made for the Finnish market and most of the European countries. It has a motor of Nominal Power of 500W, and Max Power of 924W. Maximum speed of 25km/h.
*25km/h EU Variant only
Heads up: Your packaging might show older range or power figures. The scooter hasn't changed — we've just updated how we measure performance.
Max. one-charge range: Tested at Evesham VeloPark in the UK, summer 2025 we achieved a range of 57km. Tested under these conditions: Ambient temperature of 26°C +/-6°C ridden on a flat, level asphalt surface, on a closed loop circuit. Wind conditions <7m/s, ridden at a constant speed of 15km/h maintained with cruise control, total rider weight 75kg (+/-5kg). The tyres were inflated to the maximum pressure stated on the tyre. The scooter was set to ECO mode and the headlight turned off.
Max. power: The max motor power is determined by multiplying the full state of charge battery voltage of 42V by the maximum motor input current of 20A. 924W
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