Salewa Women's Low High Rise Hiking Shoes

Robust weather protection Our Alpenrose 2 Mid Gore-Tex is a waterproof and breathable shoe specially developed for women with a feminine design, suitable for speed hiking and other fast-paced mountain activities. It has a lightweight, agile and robust mesh upper and a Gore-Tex Extended Comfort membrane for maximum comfort in changeable conditions. Your feet stay dry in wet weather, but if you start to sweat at high speeds, the resulting moisture can still kick out. Technical outer and insole. The Pomoca outsole specially developed for speed hiking is based on biomechanical research results and supports the arch of the foot and the natural rolling movement. The sole not only promotes natural rolling, but also provides excellent traction - in wind and weather, the tread with its aggressive studs and notches gives you safety on a wide range of surfaces. Our signature Salewa 3F system combines the instep area with the sole and heel, guaranteeing flexibility, a precise fit and firm grip for the ankle. The padded OrthoLite footbed wicks away moisture and helps to prevent your feet from getting cold and clammy in cooler conditions. A lightweight and comfortable mid-height shoe for fast-paced activities in the mountains.

• Upper Material: Breathable mesh lining, coated fabric
• Inner Material: Mesh
• Lightweight and comfortable hiking boots for women: Our Alpenrose 2 MID GTX is designed specifically for women. A waterproof and breathable hiking shoe for women in a feminine design.
• Ideal for speed hiking: These stylish mountain boots for women make ideal speed hiking shoes and are also suitable for other brisk mountain sports activities and hikes
• Gore-Tex Extended Comfort membrane: The breathable mountain boots for women are equipped with the Gore-Tex Extended Comfort membrane, which ensures the best comfort even in changeable conditions
• Pomoca outsole: The Pomoca outsole of the Alpenrose 2 MID GTX for women, specially developed for speed hiking, is based on biomechanical research results and supports the arch of the foot