Incaltaminte barbati Rossignol SKPR 2.0 HERO - Onyx grey
Run, hike, walk. The men's/women's Rossignol SKPR 2.0 Active Shoes bring a dedicated focus on the integration of responsible materials and on performance. The upper is made of mesh which bring lightness and breathability for fast and short hiking and light trail running. The lightweight, breathable design supports fast hikes and light trail runs with an engineered footbed for extended comfort in all terrain. Enhanced lace adjustment zones complement a quick-drying, supportive upper, while multi-angle tread studs provide confident footing. Our iconic rooster logo spotlights a century of alpine heritage.
Focus on Responsibility
Made with 50% of bio-based and recycled materials, this shoe was made with the help of ACBC (Anything Can Be Changed), a leader in helping sports companies design more responsible products.
The ACBC methodology uses scientific data to measure the efficiency of the sustainability process to create products with a lower environmental footprint.
Midsole: 45% Bio-EVA midsole features a bioplastic with vegetal content derived from molasses, a sugar cane industry by-product.
Upper: 100% Recycled polyester upper material features post-consumer recycled PET bottles.
Outsole: 25% Recycled rubber outsole uses pre-consumer factory waste.
Enhanced Foot Comfort
Sensor3 inserts reduce pressure points for a relaxed fit and improved circulation in the feet
All-Terrain Grip
A lugged outsole with multi-angle tread design provides confident all-terrain grip
Comfortable Drop
Designed with 8mm of drop between heel and toe for a balance of performance and comfort for running and walking
Optimum Support
Wrapping Band upper design supports feet and ensures breathability thanks to perforated areas
Liner Materials : Textile
Liner Thermal Insulation : none
Other Features : Sensor 3 technology : reduces pressure points for a relaxed feel and improved circulation in the feet
Soles Materials : Rubber
Vamp Materials : Thermoplastic polyurethane film / textile
Vamp Waterproofness : none