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Biktrix Super Challenger

by Biktrix
Original price $4,499.00 - Original price $4,499.00
Original price
$4,499.00
$4,499.00 - $4,499.00
Current price $4,499.00
The Biktrix Super Challenger is a robust and high-performance e-bike designed to push the limits of urban commuting and adventure. Equipped with a powerful 2000W motor and a dual battery system offering a range of up to 100 miles, it's ideal for long-distance rides.

Battery: 48V 17.5Ah 840Wh (48V/38.5Ah Dual Battery)
Motor: 2000W Hub-Drive
Speed: 45km/h
Rated Travel Range: est. 100mi/160km
Charging Time: 5 Hours
Sensor: Cadence Sensor

Charger Included: Yes
Display: Kd51c
Frame: 6061 Aluminum
Fork: Suspension fork w/50mm travel, lockout and preload
Rear Derailleur: Shimano Altus 7 Speed
Cassette: 7 Speed 14-28t Freewheel
Brakes: Dual Piston Hydraulic Brakes w/180mm Rotors
Tire: 20x4" Kenda Krusade
Rim: 6 Spoke Solid Rims

Dimension: Total Length 1720mm (67.7in)
Net Weight: Weight (Without Battery) 42kg (92.6lb)
Load Capacity: Up to 330lb

Biktrix Challenger 2 750W 48V Full Suspension Step-Through eBike

Powerful Motor

The Super Challenger boasts a powerful 2000W geared hub motor, delivering ample power for diverse riding conditions. This motor ensures a smooth and responsive ride, whether you're climbing hills or cruising on flat terrain.

Biktrix Challenger 2 750W 48V Full Suspension Step-Through eBike

Hydraulic Disc Brakes

The Super Challenger features robust and responsive braking systems, ensuring reliable stopping power for a safer, more controlled riding experience. These high-quality brakes are designed to handle diverse terrains and conditions, making the Super Challenger a top choice for cycling enthusiasts.

Biktrix Challenger 2 750W 48V Full Suspension Step-Through eBike

Advanced Suspension System

The bike features front and rear suspension systems, designed to absorb bumps and enhance safety on rough terrains. The dual coil spring rear suspension, coupled with the front suspension fork, ensures a smooth and comfortable ride, regardless of the surface.