GUNAI Electric Bike
2024 GUNAI Bike
500W Electric Mountain BikeWith 500w brushless motor, the maximum speed is about 35-40 maximum speed and mileage are determined by factors such as the rider's weight, the friction of different grounds, and whether the battery is fully charged, motor has a speed limiting 48V 15AH lithium battery could take off to charge, supports about 1000 times recharge full charge takes 5-6 hours.
Safety DesignThe aluminum alloy frame is made of durable 6061 aluminum alloy, which is light and strong. Front and rear mechanical brakes make your riding trip safe, inch tires can make driving more stable to suit all road conditions such as snow, road, beach and MTB mountain. The strong high strength steel suspension fork and 7 speed shift system can give you a comfortable and safe ride.
Double Shock Absorption SystemThe dual high-strength carbon steel shock absorbing fork has a strong shock absorption effect than the normal non-shock-absorbing fork on th
£1,699.00 - 2024 Electric Bike by GUNAI
02 : GUNAI 27.5 Inch Electric Bike for Adult 500W Mountain Bike with 48V 15AH Lithium Ion Battery
GUNAI Electric Bikes » GUNAI Electric Bikes Gallery »500W Electric Mountain BikeWith 500w brushless motor, the maximum speed is about 35-40 maximum speed and mileage are determined by factors such as the rider's weight, the friction of different grounds, and whether the battery is fully charged, motor has a speed limiting 48V 15AH lithium Battery could take off to charge, supports about 1000 times recharge full charge takes 5-6 hours. Safety DesignThe aluminum alloy frame is made of durable 6061 aluminum alloy, which is light and strong. Front and rear mechanical brakes make your riding trip safe, inch tires can make driving more stable to suit all road conditions such as snow, road, beach and MTB mountain. The strong high strength steel suspension fork and 7 speed shift system can give you a comfortable and safe ride. Double Shock Absorption SystemThe dual high-strength carbon steel shock absorbing fork has a strong shock absorption effect than the normal non-shock-absorbing fork on th
