Crankbrothers Stamp Trail Lace MTB Shoes

Stamp Trail Lace Flat Shoes 

The Crankbrothers Stamp Trail Lace shoe is the perfect blend of performance and adventure. Engineered for thrill-seekers, the trail shoes were designed with rugged durability and adventure in mind, keeping you comfortable in the saddle for longer rides.

A synthetic upper features a classic lace-up closure system complete with a lace pocket, perforations to provide airflow and breathability, and a TPU-reinforced toebox for enhanced protection.

In addition, a moderately flexible midsole, a new versatile Match tread pattern, and the high-friction MC2 rubber compound combine to provide optimal grip on and off the bike

Highlights  
Match System: MC2 rubber compound and MATCH outsole design optimize the interface with the pedal.  

Lace Closure  
Classic lace closure system, with integrated pocket for lace retention.    

Find Your Size  
Unisex fit - Fits true to size. For wider feet, we recommend going up a half size. Size selector above is US Mens.  

Weight  
295g per shoe (US 9 / EU 42)  

Outsole
- Deep, consistently placed lugs for excellent grip and predictability regardless of foot position or pedal selection  
- Match compound: High-friction MC2 flat rubber compound optimized for grip, durability, and rebound  
- Match outsole: Designed for balanced traction on and off the bike, great walkability, and an optimized pedal interface  
- Outsole stiffness zones provide direct control and reduce fatigue. Features a flexible toe area with great pedal feel  
- Rubber wraps the front for added toe protection  
- Extended heel for additional support and balance off the bike  
- Low-rebound EVA midsole to damp vibrations  

Upper
- Integrated lace pocket for lace retention  
- Enhanced breathability via laser-cut perforations  
- EVA insole absorbs shock and vibration  
- Padded tongue  
- PU film for abrasion resistance and easy cleaning  
- Relaxed fit for all-day comfort  
- Padded heel cup for great retention and comfort  
- Robust TPU toe protection