The North Face Vectiv Infinite II women
True to size: This footwear is true to size for a supportive, comfortable fit
Combining a 3D dual-density Pebax® footplate, midsole rocker geometry and SurfaceCTRL™ grip, VECTIV™ technology is designed to maximise energy on the trail. And in the Infinites, this translates as the perfect balance of responsiveness and support in ultra-distance trail running shoes. Compared to the original, Infinite II Trail Running Shoes have a 10 mm greater toe spring, 1 mm more cushion, and 1 mm greater lug depth for better traction on rocky trails. All this means you'll be fully supported while the rockered midsoles propel you into your next gait cycle.
Grip sole
Rubber compounds deliver grip, traction and durability on both wet and dry surfaces.
Cushioned
Enjoy shock-absorbing comfort over long distances.
Stable
Heel-positioning technology ensures stability on uneven terrain.
Technical Trail Tracks
Avoid stubbed toes and bruised ankles.
Features
- Upper: Tongue wings to reduce slippage and enhance the step-in comfort and fit.
- Made on an updated D-width last that accommodates a broad set of consumer foot shapes.
- Sole unit: VECTIV™ 2.0 rockered midsole offers a forked heel and forefoot and a TPU plate for increased lateral displacement and stability.
- Rocker midsole geometry engineered to create long-lasting forward propulsion.
- Plush, premium-EVA midsole with a 6 mm high-rebound Pebax® drop-in insert at the forefoot.
- 10 mm greater toe spring than the original VECTIV™ Infinite.
- 28 mm/22 mm stack height and a 6 mm offset.
- Surface CTRL™ rubber outsole with 5 mm lugs and a soft-ground design for high-level traction on extremely technical terrain.
- Midsole has 1 mm more cushion and outsole has 1 mm greater lug depth than the S21 version.
- Real weight (US 7): 240 g.
Technologies
VECTIV™
VECTIV technology combines a 3D plate and rockered midsole under foot to turn energy into momentum to propel you forward.
Surface CTRL®
This bio-based outsole rubber compound provides superior traction and durability.