Demand the best in the world of trail running and choose the Salomon S-Lab X Alpine Modular shoe for women. This modern marvel offers extreme versatility to make you an exceptional adventurer.
Face challenging weather conditions and the toughest trails with confidence thanks to a water-repellent outer membrane. Water does not penetrate, and the whole structure stands as an example of robustness, capable of withstanding any situation. Its great durability allows it to endure over the years without deteriorating, becoming a remarkably reliable ally.
Two in one, this model combines the S/LAB Sense 8 and S/Lab Alpine Skin shoes within it for enhanced capabilities. The former provides incredible lightness and the latter unmatched technicality. A side zip offers easy donning while two straps, one at the midfoot and one at the heel, ensure perfect support.
The upper features a substantial rock guard and mud guard that allow you to face any obstacle. An integrated gaiter extends along your foot to prevent unwanted infiltrations of snow, dust, and debris.
The Carbon Chassis ensures ideal grip on all terrains and is paired with an exceptional Contagrip MD outsole. The latter features exemplary lugs on every surface, and the solidity of its rubber gives you full confidence to tackle new challenges.
Key points of the Salomon S-Lab X Alpine Modular shoe
Discover the women's Salomon S/Lab shoes and find the ideal pair for your next trail competition!
Easy to put on and take off. For a secure and personalized fit.
Positioned on the tip, it offers ideal protection for your toes in the mountains or on rough terrain.
S/Lab is a product manufacturing process aimed at performance. They are developed by Salomon athletes for athletes.
The Contagrip® MD is designed to withstand wear and tear. Made of extremely durable rubber, it features a lug profile that is just as effective on hard and soft surfaces as it is on loose and unstable terrain.
The Velcro strap comfortably secures the foot and allows for easy adjustment of the fit.
Precise grip on technical terrains thanks to lateral rigidity.