Wildfire Edge Mid GTX W Women's approach shoes
- Zustiegsschuh mit verbesserter Kletterleistung
- Geignet für Alpinisten, Bergsteiger und Kletterer
- Gute Griffigkeit der Sohle
- Veränderung der Passform im Zehenbereich möglich
- Wasserdicht und atmungsaktiv
Highlights
- Zustiegsschuh mit verbesserter Kletterleistung
- Geignet für Alpinisten, Bergsteiger und Kletterer
- Gute Griffigkeit der Sohle
- Veränderung der Passform im Zehenbereich möglich
- Wasserdicht und atmungsaktiv
| Size: | 6.5 UK |
|---|---|
| Brand: | Salewa |
| Item number: | 10000475057 |
The mid-high Wildfire Edge Mid GTX W women's approach shoes from Salewa are the perfect companion for technical approaches. With the innovative Switchfit system, they offer precise climbing and comfortable walking in one shoe.
The breathable GORE-TEX® Extended Comfort lining keeps your feet permanently waterproof, while the elasticated gaiters provide protection from snow, scree and dirt. The upper is made of lightweight, flexible suede, while the Extra Shell together with the 3F system ensures flexibility, fit and support.
The Pomoca Speed MTN Pro sole offers excellent grip on a variety of surfaces. Versatile, the Salewa Wildfire Edge Mid GTX W women's approach shoe is suitable for demanding mountain adventures.
The breathable GORE-TEX® Extended Comfort lining keeps your feet permanently waterproof, while the elasticated gaiters provide protection from snow, scree and dirt. The upper is made of lightweight, flexible suede, while the Extra Shell together with the 3F system ensures flexibility, fit and support.
The Pomoca Speed MTN Pro sole offers excellent grip on a variety of surfaces. Versatile, the Salewa Wildfire Edge Mid GTX W women's approach shoe is suitable for demanding mountain adventures.
- Waterproof and breathable GORE-TEX® Extended Comfort lining
- Switchfit system enables adjustment of the fit from climbing to hiking
- Edging Plate technology provides additional, directional stiffness for precise climbing
- Pomoca Speed MTN Pro sole for grip on different surfaces
