SIDI MTB Eagle 10 Mega Shoes - Performance and Comfort on Any Terrain
The SIDI MTB Eagle 10 Mega shoes are designed to deliver the best performance on any terrain. Featuring a Microtech upper construction and an anatomical closure system, these shoes guarantee the perfect combination of comfort and efficiency both on and off the bike.
- Surface: MTB
- Use: Training
- Closing system: Soft Instep Closure System with Tecno-3
- Sole: Sidi MTB SR17, combination of stiffness and flexibility
- Ventilation: Microtech upper with good breathability
SIDI MTB Eagle 10 Mega - Maximum Control and Comfort for Demanding Cyclists
The SIDI MTB Eagle 10 Mega is perfect for mountain bikers looking for a balance between performance and comfort. Equipped with advanced technology and a MTB-specific design, these shoes provide the support needed to tackle the toughest terrain with confidence and security.
Soft Instep Closure System and Tecno-3: Customised and secure fit
The Soft Instep closure system distributes pressure evenly across the instep thanks to its anatomically curved strap and thermoformed EVA pad. This, combined with the Tecno-3 system, which adjusts the shoe along the entire foot, provides a perfect fit without uncomfortable pressure points.
Sidi MTB SR17 sole: Stiffness and flexibility combined
The Sidi MTB SR17 sole is designed to offer the necessary stiffness for efficient power transfer when pedalling, while providing enough flexibility for comfortable walking. This sole guarantees excellent grip, even on difficult terrain, thanks to its MTB-specific design that disperses mud and improves stability.
Microtech Upper: Lightweight and breathable
The upper of the SIDI MTB Eagle 10 Mega is made from Microtech, a lightweight and durable material that offers excellent breathability. This ensures that your feet stay cool and comfortable during long days of cycling, without compromising on protection or support.
Improved ventilation and safety
The shoes feature reflective inserts on the heel, which improves the cyclist's visibility in low-light conditions, increasing safety. In addition, the heel is reinforced to prevent deformations during the most demanding routes.