
Xiaomi
Scooters
Skip the cart — checkout in seconds
accessories · scooters
Discover a superior commuting experience with the Xiaomi Electric Scooter 5 Pro, a powerful and intelligent electric scooter engineered for daily city rides and weekend adventures. Built with a 1000W max power motor and a rear-wheel drive system, the scooter delivers unmatched efficiency and smooth uphill performance—tackling inclines up to 22% with ease. Its advanced dual suspension system—with front dual-spring and rear single-spring shock absorbers—was designed to absorb road impact and increase riding comfort, even on uneven surfaces.
A long-lasting 477Wh lithium battery enables a travel range of up to 60km per charge, supported by an intelligent battery management system featuring six layers of protection: overcurrent, overcharge, short circuit, temperature, discharge, and under-voltage sleep mode. The IPX5 waterproof rating, smart Bluetooth connectivity, and multi-functional dashboard ensure high usability across varying weather conditions and user needs. Whether commuting to work or exploring the city, the Xiaomi Electric Scooter 5 Pro guarantees a safe, connected, and stable ride.
Range: Approx. 60km
Weight: 22.4kg
Max. Incline: Approx. 22%
Braking System: Drum brakes (front), E-ABS (rear)
Motor Power: 400W (rated), 1000W (max)
Tires: 10" wide tubeless
Max. Load: 120kg
Rider Height Compatibility: 120–200cm
Rider Age: 16–50 years
Operating Temperature: -10℃ to 40℃
Storage Temperature: -20℃ to 45℃
Waterproof Rating: IPX5
Charging Time: Approx. 9 hours
Battery Model: T2336-BD4A
Battery Capacity: 10.2Ah / 477Wh
Charging Temperature: 0℃ to 40℃
Adapter Output Power: 70W
Input Voltage: 100–240VAC
Max Output Voltage: 54.6VDC
Input Current: Max. 2A
Output Current: 1.3A
Package Contents:
Conclusion:
The Xiaomi Electric Scooter 5 Pro has been designed to combine advanced safety, performance, and rider comfort in one compact package. With smart features, long-range capability, and robust construction, it remains a reliable solution for modern urban mobility.