Crankbrothers Stamp 1 Gen2 sand bicycle pedals (CR-16822)

The Crankbrothers Stamp 1 Gen2 sand bicycle pedals offer a precisely designed platform suited for dynamic riding both on MTB trails and during urban commutes. With the use of sliding bearings and a platform construction, this model guarantees effective power transfer to the drivetrain while ensuring foot stability during intense maneuvers.

Sliding bearings and platform construction

The Crankbrothers Stamp 1 Gen2 features sliding bearings that optimise rotational smoothness and minimise resistance while pedalling in all conditions. The platform design of the pedals provides a wide contact surface with the shoe, enhancing confidence and comfort while riding. This solution gives the user a sense of complete control during descents, climbs, and sudden accelerations.

Durable polyamide material

The body of the pedals is made from high-quality polyamide material, known for its resistance to mechanical damage and adverse weather conditions. The use of this material allows for a low product weight while simultaneously increasing its durability. Polyamide performs well in both daily urban commutes and on demanding off-road trails.

Customisation options with replaceable pins

The presence of replaceable pins in the Stamp 1 Gen2 model allows for individual adjustment of grip levels to personal preferences and the type of footwear used. This solution enables quick increases or decreases in the number of pins, translating into secure foot placement even in extreme off-road conditions. This construction also ensures a longer lifespan for the pedals through easy replacement of worn-out components.

Crankbrothers Stamp 1 Gen2 sand pedals - features:

• Sliding bearings ensure smooth rotational movement in all conditions;
• Platform design allows for wide contact with the shoe;
• Body made of durable polyamide material;
• Designed for MTB riding and daily urban routes;
• Replaceable pins enable customisation of grip levels;
• Impact and external factor resistance due to robust construction;
• Foot stability during dynamic manoeuvres and descents;
• Simple maintenance and easy replacement of worn pins.