Aramid fibre material invented by American chemist of Polish origin Stephanie Kwolek, used in the production of, among other things: hiking and climbing clothing. It is characterised by lightness, stiffness, high impact and crack resistance and high temperatures. It is approx. It is about 5 times more impact-resistant than carbon fibre and does not conduct electricity (it is an insulator).

A special binding found in some models of mountain boots. In a system taken from climbing boots, the binding extends right to the top of the boot. This allows the shoe to be adjusted very precisely in difficult terrain.

Shoe tongue cap to protect the inside of the shoe from stones and other debris. Protects shoes from snow and rain.

A technology that uses the natural process of breaking down sweat by beneficial micro-organisms. Sweat is broken down into carbon dioxide and water, providing odour control. This technology can be applied to both natural and synthetic fibres.

Lace-up eyelets to ensure proper lacing to fit the shoe to the foot. The eyelets work as you step.

Intelligent lacing system with additional rear eyelet. Allows you to change the use of the shoe from trekking to climbing and vice versa.

A technology used in shoes designed primarily for intense activity in warmer weather. Provides maximum water resistance. The shoe is devoid of an insulating layer, which increases breathability and moisture wicking.

POMOCA® brand sole designed for wet, slippery ground. It is less rigid than other sole versions and has excellent grip. The tread profile of the sole supports the natural movements of the foot.

MFF+ technology is an innovative insole which, thanks to the use of two interchangeable layers, enables a more individualised fit to the foot which increases comfort.

A special Salewa-branded construction that connects the shoe's instep to the sole and heel via a steel cable or strong webbing. Provides foot support and stability to the shoe on the trail.