Menu
Vectiv Taraval W Gardenia White/Sandstone
Hiking Boots - Women -
Other colors available
60 days to change your mindThe Vectiv Taraval Gardenia White/Sandstone are hiking boots for women from The North Face.
Ideal for day hikes, they have an upper made from a mix of leather and breathable mesh, making them durable and hard-wearing.
For comfort, they have insoles made of Ortholite®️ X55™️a technology that improves cushioning and wicks away perspiration.
You'll also benefit from greaterconfidence on demanding terrain, as the tilted midsole is designed to provide both high stability and excellent energy return, thanks to a special Vectiv™. plate. It also facilitates natural forward propulsion for greater responsiveness and mobility. Made from EVA foam, it also offers comfort and good support.
The outsole is studded with SurfaceCTRL™ technology at a height of 4 mm, making the shoes grippy on all types of terrain, even difficult trails.
This shoe is perfect if you're looking for a lightweight, responsive and robust model that also guarantees comfort.
- Wide ghillie lacing system
- Protective, hard-wearing overlays
- Tilting midsole geometry
- Protective toe and heel reinforcements
- Lightweight and durable
- Vectiv™ technology
- 3D TPU foot plate for multi-directional stability
- 4 mm lugs for good grip
Composition:
- Upper: mix of synthetic leather and breathable mesh
- Insole in Ortholite®️X55™️ made with 5% recycled rubber
- VECTIV midsole made with EVA greater comfort and flexibility
- Outsole made with Surface CTRL™ rubber with 10% natural rubber
| SURFACE CTRL® | This rubber component of the outsole with bio-based materials offers more grip and durability. |
| ORTHOLITE® |
The soles are made of open-pore polyurethane. To put it simply, it is a foam membrane! This honeycomb sole design wears less quickly than traditional soles, draining moisture more easily and absorbing impact better. Footwear with this technology will keep feet warm and dry, protecting against bacteria and fungus while improving performance through shock absorption and minimal wear over time. |
Our Bloch' letter
