The North Face Verto Alpine Mid Gore-Tex woman boots 2024

Engineered with high-performing three-layer waterproof GORE-TEX®, a midfoot stability shank and the lightweight SKYCORE rock guard, the new Verto Alpine Mid Boots are perfect for rugged adventures and alpine trekking. Thanks to a durable leather upper with moulded ankle support, protective toe cap and scratch-rubber heel, you'll benefit from increased support and protection on the approach. The climbing zone at the toe is ideal for edging, while the braking zone at the heel prevents the foot from slipping during steep ascents.

Waterproof
This fabric provides an impenetrable barrier to rain and snow for guaranteed dryness.

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.

Protective
Avoid stubbed toes and bruised ankles.


Features

  • Upper: Majority-leather upper plus moulded ankle support for increased performance and comfort
  • At The North Face®, we purchase 100% of our leather from Leather Working Group–certified tanneries
  • Highly durable GORE-TEX 3L waterproof bootie has a liner made with 100% recycled material
  • Protective moulded-rubber toe cap and scratch-rubber heel
  • Durable synthetic mud guards
  • Has a combination of metal and ghillie-lace eyelets plus a lace-lock eyelet for customisable support
  • Sole unit: Rigid stability shank for midfoot support
  • Lightweight SKYCORE rock guard for added protection below the forefoot
  • High-traction Vibram® XS Trek outsole with 5 mm lugs, a climbing zone at the toe and a braking zone at the heel
  • Use: hiking and via ferrata
  • Real weight: 450 g (US 6.5)


Technologies

Gore-Tex®
GORE-TEX® fabric is designed to be waterproof, breathable and windproof to keep you dry and comfortable in challenging conditions.

Vibram® XS Trek
Engineered for stability and comfort, Vibram® XS Trek delivers traction, durability and flexibility on unpredictable and wet terrain.