Women's running shorts Rossignol Sapa faded mountain (RLNWP15)

Rossignol Sapa faded mountain women's running shorts combine advanced materials with technology designed for intense movement. The model features a highly flexible fabric, ensuring freedom of movement during every running training session.

Advanced recycled material

The construction of the Rossignol Sapa shorts uses a material consisting of 86% recycled polyester and 14% elastane. This combination results in high durability and elasticity while also supporting environmental care through the use of recycled raw materials. The properties of these fibres effectively wick moisture away and maintain thermal comfort even during intense exertion.

4 Way Stretch technology for complete freedom

The fabric equipped with 4 Way Stretch technology allows for stretching in all directions, which translates to freedom of dynamic movements while running. As a result, the Rossignol Sapa model does not restrict mobility and provides full support when tackling challenging distances. The use of elastic fibres also allows for better fit to the figure and improves overall comfort.

Functional user details

The shorts feature a comfortable waistband adjustment, allowing for a precise fit to individual needs. The design also includes zipped pockets and a dedicated phone pocket, enabling safe storage of small accessories during runs. The regular fit cut and breathability of the material further enhance comfort, allowing you to focus on training.

Rossignol Sapa faded mountain women's running shorts - features:

• Material combining recycled polyester and elastane;
• 4 Way Stretch technology providing stretch in every direction;
• Waist adjustment for individual fit;
• Zipped pockets for safe storage of small items;
• Special phone pocket protecting accessories during running;
• Regular fit cut ensuring wearing comfort;
• High freedom of movement thanks to elastic material;
• Eco-friendliness through the use of recycled materials;
• No additional inner shorts in the construction;
• Material elasticity affecting user comfort;
• Designed for women who value an active lifestyle.