Amflow
PR Carbon Pro
The PR Carbon Pro pairs Amflow’s powerful 150Nm Avinox M2S drive unit with an 800Wh removable battery, 160mm FOX Performance suspension and highly adjustable carbon frame.
It’s built for big trail days where power, range and adaptability matter.
| Battery | 800wh removable |
|---|---|
| eBike System | Avinox M2S – 130Nm nominal / 150Nm peak |
| Brakes | Magura Gustav Pro hydraulic disc, 4-piston |
| Display | Avinox DPC100 2-inch OLED Control Display |
| Year | |
| Colours | Basalt Gray |
| Gears | SRAM S1000 Eagle Transmission electronic derailleur |
| Chain | Chain |
| Gear Type | Derailleur |
| Sizes | XXL, M, L, XL |
| Fork | FOX 36 Performance, 160mm |
| Rear Shock | FOX Float X Performance |
| Dropper Post | 190mm M; 210mm L/XL; 230mm XXL |
The Amflow PR Carbon Pro takes a slightly different approach to the PX. It retains the lightweight carbon construction and highly adjustable trail geometry, but moves to a larger 800Wh removable battery, making it particularly well suited to long rides and riders who want the flexibility of battery swapping.
The Avinox M2S drive unit delivers 130Nm nominal torque and up to 150Nm and 1500W at peak assistance. Despite that output, the motor weighs approximately 2.59kg and uses multiple sensors to provide smooth, responsive assistance rather than simply delivering maximum power all the time.
FOX 36 Performance suspension provides 160mm of front travel, paired with a FOX Float X Performance rear shock. SRAM S1000 Eagle Transmission takes care of electronic shifting, while Magura Gustav Pro four-piston brakes and large 203mm rotors provide the stopping power.
Like the PX, the PR chassis allows extensive geometry adjustment. Riders can alter the head angle, bottom bracket height and chainstay length, creating up to 40 combinations to tune the bike towards climbing, technical terrain or higher-speed descending. The removable battery is the big distinction. It can be taken out for charging or swapped during longer rides, combining a substantial 800Wh capacity with greater flexibility than a permanently integrated system.
