Giro

Xnetic H2O Sock

Xnetic Knit is a specialized fabric technology that enhances the performance of our socks. This unique knitting process creates a breathable, flexible, and durable material that adapts to your foot's shape. By wearing socks made with Xnetic Knit, you can enjoy improved comfort and support during long rides, helping you perform at your best.

Yes, our socks are designed with waterproof materials that effectively prevent water from penetrating through the fabric. This feature is essential for cyclists who often ride in rainy or wet conditions, as it keeps your feet dry and comfortable, allowing you to focus on your ride without worrying about discomfort from wet socks.

H2O is the chemical formula for water, and in this context, it highlights the socks' ability to resist water. This means that the socks are specifically engineered to handle wet conditions, making them ideal for cyclists who may encounter rain or puddles on their rides. You can ride confidently knowing your feet will stay dry.

The lightweight cushion in our socks provides essential padding and shock absorption without adding bulk. This design allows for a comfortable fit while maintaining a good feel for your pedals. The cushioning helps reduce fatigue during long rides, ensuring you can enjoy your cycling experience to the fullest.

These socks are tailored for road cycling, which involves riding on paved surfaces at higher speeds over long distances. They are designed to meet the specific needs of road cyclists, offering features like breathability, moisture-wicking properties, and lightweight cushioning. This ensures you have the comfort and protection necessary for optimal performance on the road.

While these socks are specifically designed for road cycling, their advanced features like waterproofing and lightweight cushioning make them versatile enough for other cycling activities, such as touring or commuting. However, for the best performance, we recommend using them primarily for road cycling to fully benefit from their design and technology.