Women's thermal trousers Rossignol JCC Booster Tights black (RLOWU02_200)

Women's thermal active leggings Rossignol JCC Booster Tights in black have been designed for intensive sports activities in cool conditions. The use of specialised technologies ensures optimal moisture wicking and thermal comfort even during demanding training sessions.

R-Dry and R-Warm Technologies

The Rossignol JCC Booster Tights feature R-Dry technology, which efficiently wicks moisture away from the skin's surface, maintaining a dry microclimate under the clothing. Meanwhile, R-Warm technology supports thermal insulation, preventing chill during outdoor activities. These technical solutions allow for optimal body temperature management regardless of the intensity of effort.

Quick-drying and Stretchable Materials

The predominant material composition of the leggings, polyester combined with elastane, guarantees high elasticity and lightweight design, translating to freedom of movement. The quick-drying properties of the material significantly enhance user comfort by reducing drying time after intense exercise. As a result, the women's thermal active leggings Rossignol JCC Booster Tights are ideal for dynamic weather conditions.

Design Tailored to Women's Needs

The long leg design provides full coverage and thermal protection for the legs during sports activities. The anatomical fit of the Rossignol JCC Booster Tights ensures comfort and muscle support during movement. The combination of materials used ensures excellent durability and functionality of the product.

Features of the women's thermal active leggings Rossignol JCC Booster Tights in black:

• Advanced R-Dry and R-Warm technologies for thermal comfort;
• Effective moisture wicking during physical exertion;
• Quick-drying material ensuring comfort in changing conditions;
• 80% polyester and 20% elastane guarantee freedom of movement;
• Lightweight design tailored to the female silhouette;
• Long legs providing full thermal protection;
• Anatomical fit increasing comfort during use;
• Durable materials even with intensive use;
• Optimal microclimate under clothing due to rapid moisture transport;
• Designed for cool conditions;
• Model intended for dynamic training.