The North Face Vectiv Hypnum Women's Walking Shoes

Combining an ultra-light yet supportive footplate, midsole rocker geometry, and SurfaceCTRL grip, the new VECTIV technology is designed to maximise energy on the trail. And in the Hypnums that translates into light hiking shoes for exploring new places in comfort.

Knitted Mesh Upper

Constructed using a breathable mesh upper, The North Face Vectiv Hypnum Walking Shoes offer maximum breathability for ultimate comfort. Perforations within the fabric encourage cool air to circulate, removing an uncomfortable heat build-up and allowing moisture vapour to escape for a damp-free comfortable fit and feel. The mesh upper creates a healthy environment for your feet to thrive in. As well as this, the bootie construction removes the need for a tongue and swathes you in a sock-like fit; it conforms to the shape of your foot for a supportive and comfortable fit. For a secure and comfortable fit, the upper features women-specific shaping including slimline heels and midfoot bracing. The midfoot brace system helps to create a second-skin fit; it conforms to the shape of the foot to provide stability and comfort. As well as this, protective TPU overlays offer lightweight protection in the toes and heels whilst the 3D molded heel counter locks in the heel for a secure and stable fit. Reflective webbing has also been used in the heel to ensure enhanced visibility on late night adventures. Completing the upper is a lacing system that locks down the midfoot to reduce in-shoe slippage so you can enjoy distraction-free strides.

Vectiv Technology Midsole

Designed to maximise energy on the trails, the midsole has been constructed using The North Face's revolutionary Vectiv technology. The Vectiv system works to provide you with more energy return by reducing fatigue and helping you prepare for the next toe-off. Vectiv technology minimises energy loss, increases propulsion, and delivers an abundance of structural support making movements feel effortless and giving you the confidence to reach new PB's. Within the midsole, a rocker geometry is engineered to create long-lasting forward propulsion so you'll always feel ready to take your next step. The curved nature of the soles delivers outstanding energy return and works to create fluid moves throughout the gait cycle for optimal efficiency. To ensure complete comfort, the lightweight ground-contact EVA foam helps to cushion the feet as you strike down on hard, unforgiving surfaces. The soft nature of the foam ensures complete comfort on uneven terrain so you can go further for longer. As well as this an Ortholite footbed provides added underfoot comfort as well as moisture management that works to keep your feet cool and dry. Completing the midsole is a dual-density 3D TPU plate underfoot which offers multi-directional stability and forward propulsion.

Surface Control Rubber Outsole

Designed to be hardwearing and grippy the Vectiv Hypnum Walking Shoes have been developed using The North Face's signature Surface Control Rubber Outsole. This durable compound has been specially designed to ensure traction on both wet and dry surfaces. Not only does the outsole work exceptionally well on wet and dry terrain but it also works to ensure multi-directional traction on a wide range of surfaces. The highly durable rubber is strong enough to withstand the toughest trails yet, is flexible enough to adapt to different terrain so you can have complete control. The durable rubber provides a strong grip on the most challenging terrain; it works to protect itself from damage, and protect users from losing control and slipping. The outsole is designed to hold firm on uneven terrain so you can have complete confidence on the toughest terrains. Completing the outsole are 3.5 mm lugs that provide the optimal balance between traction and durability on the trail. The lugs dig deep into wet mud and slippery rocks to ensure added traction and control. This will also benefit you by acting as a solid base for you to push off from when taking a stride, as well as digging into the ground when braking and changing direction.