The North Face Futurelight Vectiv Levitum our novel VECTIV™ footwear technology combines an ultra-light support stabilizer plate, a midsole with previous swing-profile geometry, and a SurfaceCTRL™ grip to power the energy in each step. In the Levitum this translates into a light-running trail running shoes, with all the support and support you need to get over your marks when running. They incorporate a lightweight, breathable OrthoLite ® foam template for your feet to go fresh, dry and comfortable on the days of a lot of heat and light reinforcement on the heel and the tap to provide more protection when moving through rocky terrain. This season's version includes an interior liner with waterproof and breathable technology FUTURELIGHT™ to keep your feet always dry, even when you move on wet or muddy grounds.
Begin: Inner Lining With Waterproof and Breathable Technology FUTURELIGHT™
Light protection mesh on the start
Breathable monofilament mesh in the rooms
Seamless TPU Fourth to provide more support
Seamless TPU Protection Punter
Small microte tab
Durable and dynamic template for more convenience
SOLE UNIT: VECTIV™ technology designed to power power at every step of the route
TPU single-density three-dimensional plate that provides more stability in any direction that moves the foot
Rocker midsole geometry designed for durable propulsion
Single-density midsole in high-rebound EVA
SurfaceCTRL™ rubber outer sole optimized for trail running
5 mm tacos for a top grip
Outer Sole + EVA forefoot/heel 26 mm/20 mm
6 mm drop
VECTIV technology combines a 3D plate and a rock-bottom midsole under the foot to turn energy into force and propel you forward.
Surface CTRL ®
This bio-made rubber outsole offers superior traction and durability
This fabric creates an impenetrable barrier against rain and snow so your body stays dry under any forecast.
Light tissues help regulate body temperature to always be comfortable.
The rubber compounds offer grip, traction and durability on dry and wet surfaces.
To enjoy greater impact absorption over long distances.