Our top of the range Flex, now in partnership with McLaren in their historic Papaya colourway - made iconic by racing legends. The Flex is the world’s most compact e-scooter - built for performance and space-saving convenience. Its forward-facing stance and Active Steering Stabilisation ensure unmatched control for a smooth ride.
It is currently only legal to use an e-scooter on private land with the permission of the land owner. It is illegal to ride an e-scooter on a public road, cycle path, bridleway or pavement.
Steering stabilisation in the Pure x McLaren Papaya ensures a smoother and more controlled ride, providing enhanced stability and reducing wobble for a more comfortable experience.
Steering stabilisation is a crucial feature in modern e-scooters, designed to enhance rider safety and comfort. It works by providing resistance against sudden or unintended handlebar movements, ensuring a smoother and more controlled ride. This system uses a combination of mechanical and electronic components to detect and counteract abrupt steering inputs, which helps in maintaining stability and preventing wobbles or potential accidents.
The technology behind steering stabilisation involves sensors that continuously monitor the scooter's motion and handlebar position. When an unexpected movement is detected, the stabilisation mechanism automatically adjusts to counterbalance the motion. This is particularly beneficial at higher speeds or on uneven terrains, where maintaining control can be challenging.
Overall, steering stabilisation significantly improves the riding experience by offering better handling, reducing fatigue, and increasing confidence for the rider.
Steering stabilisation is a crucial feature in modern e-scooters, designed to enhance rider safety and comfort. It works by providing resistance against sudden or unintended handlebar movements, ensuring a smoother and more controlled ride. This system uses a combination of mechanical and electronic components to detect and counteract abrupt steering inputs, which helps in maintaining stability and preventing wobbles or potential accidents.
The technology behind steering stabilisation involves sensors that continuously monitor the scooter's motion and handlebar position. When an unexpected movement is detected, the stabilisation mechanism automatically adjusts to counterbalance the motion. This is particularly beneficial at higher speeds or on uneven terrains, where maintaining control can be challenging.
Overall, steering stabilisation significantly improves the riding experience by offering better handling, reducing fatigue, and increasing confidence for the rider.
Product information:
Ultra-Compact
Designed from the ground up by a world-class team of engineers, this is an ultra-compact solution which fits comfortably in a car, on public transport racks or a small space at home.
Without compromising on performance, it saves time, saves space and is designed with the rider at the forefront.
Folded dimensions:
57cm (H) x 30cm (W) x 62cm (L)
Ultimate Riding Position
Boldly challenging the traditional approach to e-scooters. The Flex is a reinvention of the e-scooter with rider experience and safety at its core. Our unique riding position enables the rider to take a natural, forward-facing stance, with feet apart, delivering a more stable and comfortable ride.
Turn away from convention. This fundamentally different riding position spreads your weight evenly on either side of the chassis and lowers your centre of gravity – for unrivalled stability, greater control and advanced safety.
Active Steering Stabilisation
The only way to secure a smooth, controlled riding experience. Our patented tech helps to keep your scooter’s steering centralised, dampening any unwanted side-to-side movement. The effect is that your ride is tighter, less floaty, and less likely to incur quick directional changes caused by bumps and dips in the road.
Maximum Visibility
Dynamic handlebar and footpad indicators ensure signalling is clear and visible.
A bright 150 lumens headlight and rear brake light help you navigate confidently in all conditions.
Heads up: Your packaging might show older range or power figures. The scooter hasn't changed — we've just updated how we measure performance.
1 Max. one-charge range: Tested at Evesham VeloPark in the UK, summer 2025 we achieved a range of 52km. 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.
2 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
Learn more
