The ultimate riding experience designed for power, comfort and long-distance adventure. Unlock new possibilities with GlideMotion suspension and our most powerful, long-range e-scooter.
- GlideMotion suspension
- Up to 70km one-charge range
- 1100W max. power
- 15.5 mph (25 km/h) max speed
- 10" enhanced grip tyres
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.
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Steering Stabilisation×
Steering Stabilisation
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×
Steering Stabilisation
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.