- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- Larger variation of the legendary Crampon pedals\n- Ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-t...
- The original ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-thin 6mm leading edges to reduce pedal s...
- The original ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-thin 6mm leading edges to reduce pedal s...
- The original ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-thin 6mm leading edges to reduce pedal s...
- The original ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-thin 6mm leading edges to reduce pedal s...
- The original ultra-thin flat pedal, places foot as close to the spindle as possible for maximum pedal stroke efficiency\n- Patented convex shape \n- Ultra-thin 6mm leading edges to reduce pedal s...
