Description

Shoes WS MTN TRAINER 2 GTX Approach Gore-Tex® Woman

Women's alpine approach shoe with Vibram® sole and waterproof and breathable GORE-TEX® protection, designed to ensure secure grip and stability on rocky trails, during excursions and via ferrata, on all terrains and with all weather conditions.

Comfortable, flexible and responsive, the MTN Trainer 2 are versatile low alpine approach shoes, with high quality 1.6mm suede upper and Vibram sole. Inside, the waterproof GORE-TEX® Extended Comfort membrane allows the foot to breathe, while protecting it from the elements, while the soft lining fabric wicks moisture away to increase comfort. Under the laces there is also a protective elasticated gaiter that prevents rain and water from entering the ground. Designed in Montebelluna, the cradle of Alpine footwear manufacturing, these shoes feature an exclusive last construction, 15% lighter than the original. The specific fit for women increases stability during descents thanks to the shaped heel shell, which holds the foot comfortably and prevents it from slipping. In addition, the expanded PU midsole ensures shock absorption and long-lasting cushioning, helping to reduce fatigue. We apply a full 360 ° protective rubber ride to the upper to resist abrasion and protect the foot on rocky terrain. The multifunctional Vibram sole allows you to enjoy agility and stability on difficult terrain. Its self-cleaning grooves and deep lugs ensure excellent grip on rocks and scree but also excellent traction on mud and grass. Under the midfoot, before the heel, it is also equipped with a special grooved area for via ferratas, which allows better adherence to the iron rungs of the stairs. The women's MTN Trainer 2 also integrate our patented 3F system for high flexibility, a more comfortable fit and greater support. With shock-absorbing Ortholite foam insole and climbing lacing, customizable for casual use or on technical terrain. The perfect solution for alpine trekking, for climbing and approaching on different types of surfaces and all weather conditions.