BAFANG 48V 1000W Electric Bike Conversion Kit for 20/26 Inch Fat Tire Bikes - Rear Hub Motor with PAS Sensor, LCD Display Option

High-Torque 1000W Power System:
This electric bike conversion kit is built around a robust 48V 1000W rear hub motor, generating an impressive 85N·m of torque to easily tackle challenging surfaces such as snow, sand, and steep hills. With a top speed of 42 km/h, it delivers smooth and reliable performance whether you’re exploring off-road trails or navigating city streets.

Wide Compatibility:
Designed to fit both 20" and 26" fat tire bikes, this kit is ideal for snow and beach riding. It requires a 175mm rear dropout width and is compatible with disc brakes (V-brakes not supported). For best performance, please ensure your bike uses a cassette-style rear wheel (freewheel designs are not compatible), allowing for a straightforward installation and dependable operation.

Four Riding Modes for Every Journey:
Switch effortlessly between four riding modes: full Electric Mode, assisted Pedal Assist, on-demand Boost Mode, and motor-free Pure Bicycle Mode. This flexibility lets you adapt power output to any terrain or riding style, from relaxed cruising to challenging climbs.

Smart Display for an Enhanced Ride:
Elevate your ride with an optional smart display that shows real-time data such as speed, distance, battery level, and more. Monitor your performance, adjust settings on the go, and optimize energy use for a more engaging and personalized cycling experience.

Flexible Battery Options:
Customize your range with a selection of compatible battery capacities. Whether you’re planning short commutes, family adventures, or longer excursions, you can choose the battery that best fits your distance needs and budget, ensuring every ride is both practical and enjoyable.

BAFANG Quality Assurance:
Unlock the full potential of your e-bike with premium accessories from BAFANG. We are committed to delivering high-quality, reliable components that enhance your riding experience and are built to perform in diverse conditions.