Segway Ninebot KickScooter F25E E-Scooter

SPECIAL ORDER ITEM PLEASE ALLOW 2-3 DAYS FOR DELIVERY

New Design E-Scooter, Greater Performance
The new Segway Ninebot F Series Electric Scooters come with a fresh new design and a great riding experience.
Designed with comfort and safety in mind, the Segway Ninebot F25E features impact absorbing 10″ pneumatic tyres and a low center of gravity due to the positioning of the battery pack, offering a smooth and stable ride.

Premium Build
The F25E E-Scooter features a powerful 7.6Ah battery, which reaches full charge in approx 5hrs. Combined with its 250W motor, you and your scooter will excel at speeds of up to 15mph and travel up to 15 miles dependant on your riding conditions.

The motor power will also enable you to climb inclines of up to 10 degrees. Weighing just 15.3kg, the F25E can be easily folded in 2 steps, enabling you to transport and store your scooter with ease. While the redsigned charging port is now easier to access.

Safety First
Featuring innovative regenerative braking, the Segway Ninebot F25E transforms energy captured during braking into power. Whilst the 2 independent brakes, electronic front and rear disc provide safer and faster braking.

Ensuring you’ll always be seen whilst riding even in low light conditions are the bright front, rear and brake lights as well as front, side and rear E-MARK certified reflectors. Adding to the safety of the scooter is the Smart Battery Management System which protects the battery against overheating, short circuit and overcharge.

Functionality
The F series electric scooters feature an intuitive LED dashboard which displays battery level, speed, bluetooth connection and allows you to easily select one of 3 ride modes.

With a double click on the LED dashboard, switch between, ECO mode for a long drive; standard mode for a good  balance of speed and range; sport mode for more powerful driving and walk mode to easily walk along side your electric scooter. Bluetooth enabled, connect to the Segway-Ninebot App for additional features.