Chaussures Basses de Randonnée Millet Intense Gore-Tex Black Homme
Discover the Intense Gore-Tex Men's Low Hiking Shoes, designed for trail enthusiasts in search of performance and ultimate comfort. Every detail of these shoes has been designed to meet the demands of the most extreme conditions.
The INTENSE GTX trail shoe is distinguished by its Matryx fabric, known for its robustness and lightness. This innovative material ensures excellent breathability, keeping your feet cool and dry even during the most intense runs. So you benefit from increased durability while retaining optimum comfort.
Equipped with the GORE-TEX membrane, this shoe provides effective protection against the elements. Whether you're tackling cold, damp conditions or wet terrain, GORE-TEX guarantees total waterproofing while allowing your feet to breathe. The result is unrivalled comfort and enhanced performance in all seasons.
The MICHELIN sole with a 6 mm drop on the INTENSE GTX ensures optimum cushioning and exceptional grip. This design provides greater stability on all types of terrain, giving you unfailing traction, even on the slipperiest surfaces.
Embrace the Intense Gore-Tex Men's Low Hiking Shoes for a superior trail experience, where every step propels you to new heights.
- Suitable for trail running with a Michelin® Reattiva outsole for optimum grip and light weight.
- Also suitable for hiking and trekking thanks to a lightweight TPU stone guard offering extra protection.
- Features a Matryx® nylon/kevlar textile, known for its strength, lightness and extreme comfort.
- Incorporates a Confort Pro insole for optimized cushioning and protection.
- Non-slip, self-locking laces ensure a secure fit.
- Features a 6mm drop for improved responsiveness.
- Made from Matryx Jacquard material and a GORE-TEX ePE membrane, guaranteeing breathability and resistance.
- MICHELIN REATTIVA outsole, designed for performance and durability.
- Available in sizes from 6 to 12.5
- Designed in Vietnam with particular attention to the performance and durability of materials.
