The CRAMPON pedal series from Canfield Brothers, the platform bicycle pedal! From life-threatening jumps to backwoods all mountain trails and all types of riding in between, we have created the platform pedal to rule them all.
This pedal is the evolution of more than 7 years of development and more important, real world testing! They are proven on the world cup DH circuit and suitable for any style of riding! No one has more experience in building the ultra thin pedal. We have continued to shape to the “new” market of DH pedals because of this design. This is the original, DH rated Crampon platform!
The benefits of these pedals extend way past the weight. The patented, (Patent #D615,003 S), unique shape and profile offer the rider superb grip and maximum impact clearance. Because there is no front edge for your pedal to contact, there is never a stall moment or worse, over-the-bars crash with “block” style pedals. Keeping your foot close to the spindle of the pedal further increases the efficiency of the pedal. You no longer have a “lag” or “dead spot” in your pedal stroke. Your foot makes perfect circles and you have almost the full advantage of clip style. You can push and pull through you pedal stroke, not just push. The “convex” shape naturally contours your foot and aids in even further grip.
The Crampon series of pedals from Canfield Brothers, they are the ULTIMATE!
Crampon Magnesium:
- 280 grams
- Thin 6mm front impact edges
- 106mm wide x 106mm magnesium platforms
- Painted finish
- DU bushings
- Chromoly axle
- Replaceable dual sided pins, (allen key on both sides)
- Patented convex shape
Crampon Ultimate:
- 340 grams
- Thin 6mm front impact edges
- 106mm wide x 106mm aluminum platforms
- Anodized finish
- DU bushings
- Chromoly axle
- Replaceable dual sided pins, (allen key on both sides)
- Patented convex shape
Crampon Classic:
- 390 grams
- Thin 6mm front impact edges
- 106mm wide x 102mm platforms
- Anodized finish
- Sealed micro bearings
- Chromoly axle
- New 1/8″ replaceable dual sided pins
- Patented convex shape