- Men's shoes
- Mammut
- Mammut Alnasca IV Low GTX Men Marine/ White
Similar products
Parameters
What to expect from the shoe?
Sport
Outdoor
Materials
TechnologyGORE-TEX®
UpperTextileTextileThe textile upper of the sneakers is lightweight, breathable and comfortable, ideal for everyday wear and sports. It ensures air circulation, keeps feet fresh and adapts to their shape. Often complemented with synthetic or rubber details for durability and support. / SyntetikaSyntetikaThe synthetic upper is made of synthetic materials that are lightweight, durable and easy to clean. It provides good protection against moisture and at the same time allows for a comfortable wearing experience. / Gore-texGore-texGore-Tex technology in shoe uppers has revolutionized outdoor footwear by providing a waterproof yet breathable barrier that keeps feet dry and comfortable in a variety of weather conditions. The unique membrane of this material allows water vapour to escape while preventing water penetration, making it ideal for running shoes used in rainy or snowy climates.
FootbedOrthoLite®OrthoLite®It is the world standard in shoe insoles, combining a specific polyurethane foam with open-cell technology. Unlike conventional insoles, OrthoLite® does not collapse over time - it retains more than 95% of its original cushioning and shape. Its breathability allows air to circulate directly around the foot, effectively wicking away moisture and keeping the shoe cooler. Plus, it contains an antimicrobial treatment that fights bacteria and odor. It's a lightweight, eco-friendly (contains recycled rubber) and highly comfortable layer that you'll find in quality running, outdoor and urban footwear.
MidsoleFlextron
SoleVibram®Vibram®The absolute world leader in sole technology with an emphasis on maximum traction and safety. These premium soles are the result of precision engineering that combines innovative rubber compounds with scientifically designed treads. Whether it's extreme climbing, trail running or urban outdoor, Vibram® soles provide uncompromising stability on wet and dry surfaces and excel at exceptional resistance to mechanical wear.
