
Volcom Spiral over-the-calf heather grey Homme snowboard socks are specially designed for winter sports enthusiasts looking for comfort and performance.
Designed with a Stay Up non-slip band, these socks provide exceptional support. The Y-shaped heel enhances fit, while the precise toe placement guarantees optimum comfort.
Volcom socks feature Cush Mapping technology for the ankle and footbed. This targeted padding in impact zones protects your feet during demanding descents. Thanks to their anatomical construction, each sock fits both left and right feet for personalized support.
Available in several sizes, these socks adapt perfectly to different foot morphologies. Made from 72% acrylic, they provide warmth and durability, while 20% polypropylene, 6% nylon and 2% elastane ensure elasticity and resistance.
- The socks are made from a thick fabric, offering optimal warmth and comfort for men on cold days.
- Cush Mapping technology on the ankle and footbed enhances shock absorption and overall comfort when walking or running.
- The footbed is designed to offer extra support under the foot, improving stability and reducing fatigue.
- The Stay Up anti-slip strip ensures that socks stay securely in place without slipping, even during intense activity.
- Padding in impact zones is specially positioned to maximize protection and comfort during physical activity.
- Anatomical construction for right and left foot enhances fit and comfort, mimicking the natural shape of each foot.
- A specific toe location is integrated to avoid friction and offer a personalized fit.
- The Bubble Grip arch provides extra support, reducing the risk of foot fatigue injuries.
- The Y-shaped heel is designed to offer a perfect fit around the heel, improving comfort and reducing slippage at the back of the foot.
- The socks are available in a range of sizes (XS to L) to suit a variety of shoe sizes, ensuring a perfect fit.
- The material composition of the socks is 72% acrylic, 20% polypropylene, 6% nylon (polyamide) and 2% elastane, offering a good balance between elasticity, resistance and comfort.