Technical approach shoes - Women -
The
Developed for mountain professionals or anyone looking for a high-performance, durable boot, it is versatile, lightweight and protective. This is a hiking boot with some of the features of climbing boots, such as advanced asymmetric lacing, anti-friction eyelets and overlapping tongue for maximum foot support.
You'll love its
Weight of pair: 660 grams
- Water-repellent nubuck and leather upper
- Tech-lite PU edges
- Non-slip, breathable lining
- 4mm OrtholiteĀ® Hybrid insole
- Dual EVA compression foam midsole
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- 100% recycled laces
- Tech Fit for a precise, sleek and enveloping shape
- Asymmetrical lacing to the toe for maximum precision
- Running-fit tongue with gusset to prevent the entry of external elements
Technologies:
VibramĀ® Megagrip is a high-performance tread compound that offers unrivalled grip properties on both wet and dry surfaces. It's extremely durable and the perfect solution for long distances, new adventures and your favourite outdoor activities - from trekking to walking, from trail running to mountain biking - as an athlete or just a nature lover. VibramĀ® Megagrip is ready for any challenge on any terrain. It gives you confidence and control by maintaining an ideal balance between stability and flexibility for better adaptation to the ground. Venture off the beaten track with the VibramĀ® Megagrip. | |
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. | |
Innovative system in the sole which absorbs the negative impact of the ground, boosting traction when climbing and improving grip when descending. The unique positioning of the crampons allows the maximum number of studs to be in contact with the ground for optimum impact absorption. |