20" Fat Tire Electric Mountain Bike for Adults, 1500W Peak Motor 30MPH Electric Bike, 48V 18AH Removable Battery, Dual Suspension & 7-Speed, UL 2849 Certified

Technical Specifications: Motor: 750W Brushless (1500W Peak ) Max Speed: 30 MPH Battery: 48V 18Ah Removable Range: Up to 60+ miles (PAS mode) Recommended Use: Off-Road Bicycle Type: Mountain Bike Age Range: 18+ Key Features: 1500W Peak Motor – Powerful acceleration for steep trails 48V 18Ah Battery – Long-lasting removable power Full Suspension – Front fork + saddle absorb bumps 20"x4.0 Fat Tires – Superior traction on sand, snow, rocks 7-Speed & 3 Modes – Electric, pedal assist, or manual UL 2849 Certified – Safety tested and verified

• Powerful 1500W Peak Motor: Equipped with a 750W brushless motor, this electric mountain bike delivers powerful acceleration and reliable torque for tackling steep trails, loose gravel, and rugged terrain.
• Long-Range 48V Battery: The high-capacity 48V 18Ah removable lithium battery supports up to 60+ miles on a single charge in pedal-assist mode. Battery level is easily monitored via the LED display, and the removable design allows for convenient charging anywhere.
• Full Suspension: This electric mountain bike features a dual suspension system, including a front fork and a rear shock absorber, along with a comfortable seat, effectively absorbing impacts from bumps, tree roots, and rocks.
• 20"x4.0 Fat Tires: Wide 20x4-inch fat tires provide exceptional grip and stability on soft or unstable surfaces like sand, snow, mud, and loose dirt. The increased contact patch helps you maintain control and float over obstacles, making challenging off-road conditions more manageable.
• Versatile Modes: Adapt to varying trail conditions with three flexible riding modes: Pure Electric for throttle-only operation, Pedal Assist for extended range, and Traditional Manual mode for full exercise. The 7-speed gearing system adds versatility for climbing or cruising, while the LED display keeps you informed of speed, battery, mileage, and mode in real time.