KuKirin G2 Pro VMP Electric Scooter 500W Motor 48V15.6AH Battery 9 Inch Tires Foldable Disc Brakes - Black

High Power
The KuKirin G2 Pro is equipped with a powerful 500W DC Hall brushless motor and rear wheel drive design, allowing it to accelerate quickly in a short time and provide high power output. With a top speed of up to 25km/h and 3 speeds to choose from, the KuKirin G2 Pro lets you get around town and reach your destination with ease.
Long Battery Life
Equipped with a high-capacity 48V 15.6Ah lithium-ion battery, it provides high-quality power output and a long range of 65km, allowing you to complete round-trip commutes or long-distance city rides on a single charge. Its high current output provides stability and reliability, even for long periods of use.
Adaptable to All Terrains
Riding around town isn’t always easy, but the KuKirin G2 Pro’s dual spring front and rear suspension system makes it easier. Carefully tuned spring shock absorbers absorb bumps on difficult terrains to provide a smooth and comfortable ride. Whether it’s a gravel country road or a potholed city road, it can handle everything with ease. 9-inch vacuum tires provide excellent traction and shock absorption. The large tire design makes riding in the rain safer without worrying about skidding or mud. It not only navigates complex road conditions, but also adds more confidence to your ride.
Easy Folding
The quick folding design of the KuKirin G2 Pro makes it first-class in terms of convenience. Whether you’re carrying it with you on the bus, subway or in the trunk of your car, this e-scooter is easy to store, making it perfect for city commuting. The folding design is simple and intuitive, and it takes only a few seconds to fold, making it convenient and efficient.
Lightweight and Solid Material
Made of aluminum alloy + steel, it is both lightweight and solid. The frame has been expertly designed to support loads of up to 120kg, making it suitable for users of all sizes and needs, while an IP54 waterproof rating makes it waterproof and maintains its performance even in adverse weather conditions.