Mammut Alnasca II Low Goretex

The Mammut Alnasca II Low Goretex incorporates the most outstanding features of trail running shoes combined with the most outstanding features of hiking boots for an excellent result. Asilhouette that adapts perfectly to any type of uneven terrain, capable of offering a permanent quality response so that you can enjoy your libre routes to the fullest. In addition, it guarantees formidable protection for safe progress on the most demanding hikes.

Mammut Alnasca II Low Goretex, main features

These Alnasca II Low Goretex have a design that combines the most cutting-edge materials and the latest generation of Mammut technologies to present Hiking shoes that are characterized by their great resistance, durability, comfort and adherence on mountain terrain, offering superior performance in every adventure.

The midsole present in this Mammut model has been specifically designed to offer effective shock absorption, thanks to an optimal cushioning capacity. It also has a structure that guarantees permanent stability, giving you the response you need to advance safely on the most closed and inaccessible trails.

The upper of these Alnasca II Low Goretex has been made with a fabric that favors greater breathability. An upper optimized to improve support and fit during outdoor activities without sacrificing, of course, the comfort you need so much. In addition, this fabric will offer you greater protection against the various external elements.

With regard to the outsole of the Mammut Alnasca II Low Goretex, the key point lies in the high-strength rubber rubber, which together with its optimized blocking for the mountain, allows the practice of trekking in complete safety, as it guarantees both grip and traction on the ground to walk with a firm step, but also maximizing comfort.

The most cutting-edge technologies of the Mammut Alnasca II Low Goretex

• Michelin: Inspired by vehicle tires, the durable Michelin rubber compound is able to provide outstanding traction and grip on a variety of surfaces, thus promoting a safer and more optimal footing in mountain terrain.