Scarpa Womens Cyclone Gore-Tex Vibram Sole Boots Hiking Trekking Shoes - Grey/Arctic

This Scarpa hiking boot uses a new and unique dual injection technology that develops an exoskeleton, elevating the upper support and protection to new levels for a direct injection boot. The graded thickness of the injection allows a progressive flex to be developed, facilitating a perfect balance between torsional support and instant forefoot comfort. The inner, softer PU affords outstanding shock absorption and is strongly housed inside the outer layer, while the new last is centred on delivering that all important instant comfort. The waterproof and luxurious Nubuck upper features thermo-embossing details to control the upper support and offer a truly dynamic and aggressive appeal. The lace furniture allows the fit to be controlled with both a lace lock and tongue centralisation facility.

DESIGN FEATURES

• Nubuck leather upper (1.6 mm) with Scarpa design
• GORE-TEX Performance Comfort liner is waterproof and adds warmth
• Bi-density sole with flex points
• Low-density PU insert for shock absorption
• Flex points to help foot flexion and reactivity of dynamic movement
• Medium-density PU midsole for support and stability
• Vibram® rubber outsole is made from medium/high density PU for traction and stability
• Weight: 1200g (Pair/Size 38)

SPECIFICATIONS

• UPPER: Nubuck 1,6 mm, with SCARPA design. AUTOFIT COLLAR Ergonomic collar for a perfect ankle wrapping, following all the feet movements.
• LACING: ADVANCED LACING For total fit customization. In addition to this a PU reinforcement injection, aesthetical and functional detail to guarantee structure and support to lace system construction.
• LINING: The GORE-TEX Performance Comfort membrane keeps the shoe dry and offers a perfect foot thermoregulation.
• INSOLE: PU in medium density for more support and stability (second injection). FLEX POINT to hael foot flexion and reactivity of dynamic walks.. Heel containment and protection
• SOLE: SHELL TREK SOLA Bidensity sole with flex point to help boot reactivity on dynamic walking. PU insert in low density for shock absorbing (first injection), PU in medium/high density for support and stability (second injection)