Rossignol women's trousers Poursuite black (RLMWP08_200)

Rossignol Poursuite black women's trousers are an advanced product designed for women who value comfort and functionality during outdoor activities. Made from polyester, the trousers feature high water resistance and breathability, providing protection even in challenging weather conditions. The slim fit cut emphasises the silhouette while offering freedom of movement.

Advanced R-Wind technology

Rossignol Poursuite black women's trousers utilise R-Wind technology, which provides excellent protection against wind. This solution allows wearers to enjoy thermal comfort even on chilly days. Additionally, the trousers are equipped with a 2.5L membrane, which enhances their durability and resistance to weather conditions.

37.5 Cocona® technology

The innovative 37.5 Cocona® technology used in Rossignol Poursuite black women's trousers aids in regulating body temperature and wicking moisture away. This is an ideal solution for active individuals who require clothing that keeps the body dry and comfortable throughout the entire usage period.

Safe materials

Rossignol Poursuite black women's trousers are made from environmentally friendly materials, as confirmed by their PFC-Free certification. By using safe materials, the trousers not only meet high technical standards but also align with an eco-friendly approach to clothing production. This is a conscious choice for environmentally conscious individuals.

Rossignol Poursuite women's trousers - features:

• Slim fit cut ensuring a tailored fit;
• Polyester as the main material providing durability;
• 2.5L membrane increasing resistance to weather conditions;
• Breathability of 18,000 g/m2/24h providing comfort during activities;
• Water resistance protecting against moisture;
• R-Wind technology providing protection against wind;
• 37.5 Cocona® technology aiding body temperature regulation;
• Zip-open leg for easy putting on and taking off;
• PFC-free DWR as an eco-friendly hydrophobic finish;
• Safe, environmentally friendly materials.