Segway Ninebot KickScooter E22E | KICKSCE22E
- Delivery information:
- Nationwide delivery between 3-5 working days .
Segway Ninebot KickScooter E22E
The Ninebot KickScooter E22E Powered by Segway is perfect for last-mile commute and leisure travel. With its lightweight & one-push folding system, the E22E can be easily stored in a car, public transport or just simply be carried in one hand. Owing to its comfort-oriented design, the battery has been fitted in the stem to make it a compact yet powerful KickScooter. The E22E is equipped with front, side and rear E-MARK reflectors, front, rear and brake E-Mark LED lights to ensure rider’s safety in dark conditions. The front-wheel drive E22E KickScooter has a high-power 187Wh (5100mAh) lithium-ion battery. It can be fully charged in just about 3.5 hours and speed up to 20 km/h (12.4 mph) with a range of 22 km (13.6 miles). The E22E is capable of riding up to 15 % of inclination with a maximum load of 100kgs. The non-pneumatic flat-free tyres filled with foam are puncture proof and provide a smoother ride comparable to 40 psi pneumatic tyres.
The large wheel diameter (9 inches) together with the cruise control option will guarantee a comfortable riding experience. In addition to that, the handle-bar has high quality and durable grips with levers differentiated by contrasting colours. Moreover, the E22E is equipped with two independent brakes, front electronic & re-generative and rear foot brake to always ensure safe braking distance. Furthermore, to make it more eco-friendly, the Smart Battery Management System (BMS) makes sure that no power goes to waste whilst closely monitoring the battery performance to prevent criticalities like overcharge and discharge, overheating, short-circuit and such. The E22E has a sleek cableless design with full LED display that shows you real-time information on driving speed, power mode and battery level. It can also be connected with the app by Bluetooth connection. For different travel needs, there are eco-, standard- and sport riding modes.