Men's MTB cycling shoes Giro Empire SRC clay red (GR-7159566)

Men's MTB cycling shoes Giro Empire SRC clay red are advanced footwear designed for mountain biking enthusiasts who value both performance and comfort. The upper made of microfiber provides an excellent fit and durability, which translates into long-lasting comfort during intense rides. High-quality materials make these shoes lightweight and flexible, allowing for optimal power transfer to the pedals.

Ionic+® technology

Men's MTB cycling shoes Giro Empire SRC clay red are equipped with Ionic+® technology, which provides antibacterial properties and neutralises unpleasant odours. This makes it significantly easier to maintain the freshness of the interior of the shoes, even in challenging terrain conditions. This technology also contributes to increased comfort during use, which is crucial for longer cycling trips.

SuperNatural Fit Kit

The innovative SuperNatural Fit Kit in the men's MTB cycling shoes Giro Empire SRC clay red allows for precise adjustment to the individual needs of the user. This enables optimal arch support, minimising fatigue and the risk of injury. This insole also provides better control over the bike, which is extremely important during dynamic rides in difficult terrain.

Carbon fibre composite outsole

The outsole of the men's MTB cycling shoes Giro Empire SRC clay red made from a carbon fibre composite guarantees excellent stiffness and effective power transfer. This solution makes each pedal stroke more efficient, and the effort put into riding is maximally utilised. Additionally, the compatibility with the SPD system allows for quick and easy attachment to the pedals, increasing safety and comfort while riding.

Men's MTB cycling shoes Giro Empire SRC - features:

• Upper made of durable microfiber;
• Carbon fibre composite outsole providing stiffness;
• Lace-up closure for precise adjustment;
• SPD clip system supporting pedalling efficiency;
• Ionic+® technology with antibacterial properties;
• SuperNatural Fit Kit insole for optimal arch support.