




Waterproof and breathable pants – Women’s –
The Vislight Gore-Tex C-Knit Pants Terrain Tan women's model from the brand Peak Performance is a flexible and comfortable pair of protective pants to accompany you on your freeride adventures.
Designed with a high-performance GORE® C-KNIT™ membrane that provides excellent protection against wind and moisture, these pants are breathable and abrasion resistant for enhanced durability. What’s more, the reinforcements at Cordura® the lower part of the legs provide extra protection. These pants feature elasticated snow guards. It also features several easy-to-access pockets and an adjustable size to suit your body shape.




- Adjustable size with belt loops
- 2 Zipped pockets on the leg
- Zipped pockets for the hands
- Hanging loop on the interior of the waistband
- Fully taped seams
- Articulated legs
- Visible zips YKK AquaGuard®
- Snow guards for the lower leg with non-slip elastic
- Loops for attaching the snow skirt to a ski jacket
- Reinforcement Cordura® of the lower leg
- Reflector RECCO®
Composition :
- Main fabric: 100% Polyamide
- 100% ePTFE Gore Tex C-KNIT™ 3L membrane
| GORE C-KNIT™ | Garments made using this lining C-KNIT™ technology offer the durability of a 3-layer laminate combined with superior softness and drape. Its unique, patented laminate construction features a precision mesh with a circular structure, which feels very comfortable against the skin. It’s a material that glides easily over other layers of clothes, whether base layers or mid layers. Clothes made using this lining technology are extremely breathable. The lightness of the material and the breathable construction of the lining, combined with a specialised lamination process, allow perspiration to pass through and escape more easily. |
| RECCO® | RECCO® is an avalanche rescue system used worldwide to help locate people quickly. The two-part system comprises a detector used by rescue workers and reflectors that are integrated into the clothes. A set of them enables quick positioning using radar, but does not replace the use of transceivers. |