


Waterproof and breathable pants - Men's -
The Crossridge Softshell Pant M Black/Cloud men’s trousers from the brand La Sportiva are technical trousers designed formountaineering and ski touring.
Featuring a waterproof, breathable and windbreakermembrane Sympatex® , these pants provide effective protection against rain and wind whilst wicking away moisture for optimum comfort during your mountain activities. As its manufacture uses recycled materials, it helps to reduce water consumption and CO₂ emissions. The structured, elasticated and adjustable design ensures a comfortable fit, complemented by integrated braces loops that guarantee a personalised fit.
Its pre-shaped construction at the knees and its recycled polyester reinforcements on the lower part offer excellent abrasion resistance and great freedom of movement. The multiple zipped pockets – including two water-repellent hand pockets, a back pocket and a thigh pocket – allow you to keep your essentials safe. The double-slider side ventilation zips help you regulate your body temperature depending on the intensity of your activity. Reflective details improve visibility in low-light conditions.
The Crossridge Softshell Pants will provide you with performance and comfort on all your alpine adventures and ski touring trips.



- Waterproof and breathable pants
- Resistant to wind
- Structured, elasticated and adjustable waist with a button fastening
- Integrated braces loops
- 2 hand pockets with water-repellent zips
- 1 back pocket
- 1 zipped thigh pocket
- Preformed knee prosthesis
- Reinforced lower part with volume adjustment
- Side ventilation zips with double sliders
- Reflective details and logos
Composition :
- Membrane Sympatex®
- Lining : 87% recycled Polyester, 13% Spandex
- reinforcements : 98% recycled polyester, 2% Polyurethane
| Sympatex® | A technical membrane that is waterproof, breathable and windbreaker. It provides effective protection against rain and wind whilst ensuring the wicking away of sweat, thus ensuring high levels of comfort even during prolonged periods of exertion. Its non-porous design contributes to its durability and is part of a commitment to recyclability. |