SCARPA
Scarpa Ribelle Cross 2 GTX W
Scarpa Ribelle Cross 2 GTX W
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📖 Descrizione
Materiali, caratteristiche tecniche e consigli d'utilizzo.
RIBELLE CROSS 2 GTX WMN, the ideal lightweight shoe for hiking, designed for a dynamic and versatile experience. The ONE-LAYER upper, made from a mix of technical fabric and TPU, combines lightness and resistance, wrapping around the midsole to ensure stability on all terrains. The sole is designed to ensure protection and excellent traction during both push-off and braking, with a geometry designed to ensure grip on every surface.
Synonymous with the brand's technicality, the Ribelle model has just been updated in its hiking version. Light and dynamic, it will accompany you to the end of the trail, protecting you from the harshness of the mountains.
Featuring a single-layer upper with TPU reinforcements, it is as durable as you like, but also features a membrane that protects your feet from water when you're outdoors. GORE-TEX ePE to protect your feet from water when you're out and about. The Presa® outsole is designed for durability and unique performance on all types of terrain. Excellent traction and downhill grip make it a dynamic yet safe boot, which promotes the natural rolling of the foot and reduces muscle fatigue over time.
| PRESA | The midsole is the result of meticulous research into materials, densities and inserts to create the right compromise between control, precision and comfort. |
| GORE-TEX EPE | The ePE (expanded polyethylene) membrane in new GORE‑TEX products is a crucial step on the path to responsible performance, offering high-performance, long-lasting products designed to last. The brand new GORE TEX ePE membrane is light, thin but strong. To form a GORE-TEX product, the membrane is combined with carefully selected fabrics, such as recycled, dope-dyed or undyed fabrics***. It contributes to Gore Textiles' goal of eliminating PFCs of environmental concern from the lifecycle of its Great products. In this case, the goal is achieved by using non-fluorinated materials. Thanks to the use of a new membrane with a lower mass and the clothing chosen for the laminates (Higg MSI) Depending on the laminate used |
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