Thanks to an innovative design, the The North Face Vectiv Enduris FutureLight shoe for men stands out as a top choice for your trail sessions. A true haven of safety, it allows you to enjoy serenity during your long-distance outings.
Developed over years of research, the Vectiv construction helps you achieve your goals in the best conditions. It features a dual-density 3D TPU plate that rewards your strides with a lively energy return. It extends over targeted areas of the upper to offer you impeccable stability.
Designed like a rocker, the midsole smooths the foot's roll so you can optimize your effort with dynamic propulsion. To ensure effective cushioning, it is composed of two distinct foam layers for exemplary shock absorption.
Equipped with the waterproof membrane FutureLight, the mesh upper offers exceptional breathability and remarkable protection against the elements. Its material adapts to the shape of your foot to contribute to your well-being. Padded, the tongue and collar provide a lasting comfort sensation.
The rock guard protects you on rough paths, and various TPU inserts increase abrasion resistance. The midfoot reinforcements ensure support, while the heel counter provides reassuring support.
Assembled with Surface Control innovation, the outsole is designed for trail running. This rubber promises optimal grip on a wide variety of terrains. The 5 mm lugs enhance the whole by ensuring reliable traction and grip.
Key points of the The North Face Vectiv Enduris FutureLight shoe
Ortholite allows for the provision of single, double, and triple density insoles, corresponding to increasing levels of comfort and protection.
FutureLight is an advanced waterproof and breathable technology that allows the upper to keep feet constantly dry and cool.
The Vectiv technology combines a 3D plate with a rocker-shaped midsole to reward the energy of each stride with extremely dynamic propulsion.
Rubber that offers optimized grip for trail running and hiking.
A dual-density TPU plate that provides stability as well as better rebound with each stride for powerful propulsion.