SCARPA 4-Quattro SL W shoes

This boot can be repaired. Get it repaired before it gets too damaged, at the store where you bought it. To find out more, visit the Long life design page

Presa® is the ultimate result of SCARPA's in-house R&D on soles. An environment of technological exploration and innovation, where experience and scientific research merge.
Each Presa® insole is carefully developed with the shoe's context of use in mind. Measuring key performance indicators (including wet and dry grip and durability) is essential to choosing the best outsole for the activity for which the shoe has been designed.

AN ECO-SUSTAINABLE CHOICE. Constant population growth and the extensive development of the economic system are leading to a high level of energy consumption that is almost unsustainable for the planet. With limited energy sources available on Earth, and industrial production releasing huge quantities of CO2 into the environment, it was time to take an active stance, for ourselves and for the planet we live in. It's not too late to reverse the trend and change our behavior. For over 80 years, we at SCARPA have been creating products that make it possible to visit the world's most beautiful and least polluted regions. That's why we're doing our part to protect them.

GripWalk soles make walking in ski boots easier, while maintaining superb skiing performance and greater safety when walking. The interface between boot sole and binding does not sacrifice ski power transmission and precise release, provided you use an original GripWalk binding or a 100% compatible touring binding identifiable by the official logo. Unfortunately, conventional alpine bindings without the logo are not compatible.

Intuition Liners offers the world's best premium slippers, introducing new innovations in moldable slipper technology. The exclusive Intuition Foam used in all Intuition Liners ensures that feet stay warm, comfortable and happy.

Vibram® is the most specialized brand in the study and production of rubber soles dedicated to sport and in particular outdoor. The research focuses on grip, performance, durability

OrthoLite® is the most cost-effective solution for improving long-term comfort, performance and cushioning, while creating a cooler, drier and healthier environment in every shoe.

Grilamid BIO is part of Ems-Grivory's comprehensive Green Line of bio-based polyamides. From a technical point of view, these materials are in no way inferior to crude oil-based polyamides. Ems-Grivory's primary aim with GreenLine is to offer customers products based on renewable raw materials, with excellent properties that make a proven contribution to reducing environmental impact.
proven contribution to reducing environmental impact.

The new Alpine Axial Hybrid closure system is specially designed for hybrid boots that can be used for both on- and off-piste skiing. Thanks to straps installed on the tongue and connected in the middle of the shell, it ensures a tight fit at the forefoot, while guaranteeing a precise fit for all foot types and sizes, as with the classic overlap ski boot construction.

Designed for extreme conditions, Pebax® elastomers are high-performance materials that have been used for many years in winter sports equipment. They offer a unique combination of high-performance properties: sustained flexibility at low temperatures, high resistance to cold impact and exceptional energy return. These elastomers are generally 20% lighter than conventional materials. They combine a rigid block of polyamide 12 (PA12) with a flexible chain of hydrophobic polyether. Combining thermoplastics and rubbers, Pebax® materials are an excellent choice for a wide range of high-performance applications in the sports markets.

Grilamid BIO® is part of Ems-Grivory's comprehensive GREENLINE range of bio-based polyamides. This polymer with a high BIO content guarantees a significant reduction in CO2 emissions, while retaining its key properties of rigidity, elasticity and impact resistance.
cO2 emissions, while retaining its key properties of rigidity, elasticity and high impact. In fact, it is derived from the synthesis of castor oil. Castor oil does not compete with food crops for land and is grown in semi-arid areas (India, China, Brazil). It is therefore an excellent alternative to polymers derived from fossil sources, and is fully recyclable and non-biodegradable.