Volcom Cheetah chev otc black Women's snowboard socks

Volcom Cheetah chev otc black Women's snowboard socks are the ideal choice for demanding sportswomen looking for comfort and performance during their winter sessions.

Anatomical design

Enjoy a perfect fit thanks to the anatomical construction that distinguishes the right foot from the left.

Comfort and support

The Cush Mapping system in the ankle and footbed ensures optimum comfort. Stay Up anti-slip straps guarantee a secure hold throughout your activities.

Support and safety

The Bubble Grip arch provides extra support, while the impact zone padding protects your feet from shock. A Y-shaped heel and toe box provide added stability.

Size availability

Available in three sizes: - S (EU 35-37 / UK 2.5-4) - M (EU 37-40 / UK 4-6,5) - L (EU 40-44 / UK 6,5-9,5) Made from 74% acrylic, 18% polypropylene, 6% nylon (polyamide) and 2% elastane, these socks offer you strength and durability to face the winter seasons.

Specifications:

- Women's thick socks offer extra warmth and comfort, ideal for cold days and outdoor activities.

- The ankle and footbed feature Cush Mapping, which provides extra cushioning, improving comfort and reducing fatigue while walking.

- The Stay Up non-slip band keeps the socks in place, preventing them from slipping during physical activity.

- Impact zone padding helps absorb shock, protecting feet during intense movement.

- Anatomical construction specifically designed for the right and left foot ensures a perfect fit, maximizing comfort.

- The toe box offers greater freedom of movement and reduces friction.

- The Bubble Grip arch supports the foot, improving stability and preventing socks from slipping into the shoe.

- The Y-shaped heel is designed for optimum fit and reduces heel creases, increasing comfort.

- The socks are available in different sizes (S, M, L) to suit different shoe sizes, guaranteeing a perfect fit.

- The composition of 74% acrylic, 18% polypropylene, 6% nylon (polyamide) and 2% elastane combines warmth, strength, elasticity and durability.