MISTLI Electric Scooter
2024 MISTLI Scooter
Increase the double-Z-shaped seat: Upgrade the double sponge cushion, regardless of the individual or parent-child riding are as comfortable, the front child seat safety has rails .
Front and rear Quadruple damping system: Front mechanical shock absorbers, rear wheel upgrade hydraulic damping system, parent-child shock absorption effect is remarkable riding .
The steep slope climbs slightly: the animal-like power, gradeability of about 25 ° provides most of the climbing conditions cater to . .
Automotive grade explosion-proof vacuum tires: deep sawtooth anti-slip design, strong grip, stable and secure, inflatable cushioning and wear resistance, adapting to different road conditions .
Double Brake system: front and rear double brake + EBAS electronic brake system, pinch off the brake motor priority, the route will be significantly reduced during braking
£1,370.91 - 2024 Electric Scooter by MISTLI
822-176-267 : MISTLI Electric Scooter adults, Powerful 500W motor, 10"Electric brake, Easy Carry design, 36V battery electric scooters, suitable for adults and adolescents, White, 80~100km
MISTLI Electric Scooters » MISTLI Electric Scooters Gallery »Increase the double-Z-shaped seat: Upgrade the double sponge cushion, regardless of the individual or parent-child riding are as comfortable, the front child seat safety has rails . Front and rear Quadruple damping system: Front mechanical shock absorbers, rear wheel upgrade hydraulic damping system, parent-child shock absorption effect is remarkable riding . The steep slope climbs slightly: the animal-like power, gradeability of about 25 ° provides most of the climbing conditions cater to . . Automotive grade explosion-proof vacuum tires: deep sawtooth anti-slip design, strong grip, stable and secure, inflatable cushioning and wear resistance, adapting to different road conditions . Double Brake system: front and rear double brake + EBAS electronic brake system, pinch off the brake motor priority, the route will be significantly reduced during braking
