Men's platform cycling shoes Crankbrothers Stamp Lace CR-STL01030A105 (CR-STL01030A105)

Crankbrothers Stamp Lace black/red/black platform cycling shoes have been designed for cycling enthusiasts seeking reliable footwear for long rides. The upper material made of synthetic fabric ensures durability and resistance to mechanical damage, which is crucial during intense cycling. Combined with a sturdy construction, these shoes offer comfort and protection, making them an ideal choice for both professionals and amateurs.

Advanced outer sole

The outer sole made of MC1 rubber provides excellent grip on various surfaces. This special rubber compound is designed to deliver optimal traction, allowing full control over the bike even in challenging terrain conditions. Thanks to this, the Crankbrothers Stamp Lace black/red/black platform cycling shoes guarantee stability and confidence on every ride.

Comfortable EVA insole

The Crankbrothers Stamp Lace black/red/black platform cycling shoes are equipped with an ethylene-vinyl acetate (EVA) insole, providing excellent cushioning. The EVA insole adapts to the shape of the foot, offering additional comfort during longer rides. This solution minimises the risk of foot fatigue, which is important for cyclists covering long distances.

Practical lace fastening

The lace fastening on the Crankbrothers Stamp Lace black/red/black platform cycling shoes allows for a precise fit to the foot. This type of fastening enables pressure adjustment and ensures stability, which is essential during intense cycling. As a result, the user can enjoy comfort and secure foot hold in every situation.

Crankbrothers Stamp Lace platform cycling shoes - features:

• Durable synthetic upper construction ensuring long-lasting wear;
• MC1 rubber outer sole providing excellent grip on various surfaces;
• Comfortable ethylene-vinyl acetate (EVA) insole offering excellent cushioning;
• Lace fastening allowing precise adjustment to the foot;
• Stability and confidence during rides thanks to advanced sole construction;
• Resistance to mechanical damage due to the durable upper material.