Giro Seasonal Merino red/white/charcoal socks (GR-7164800)

The Giro Seasonal Merino socks in red/white/charcoal provide versatile thermal protection and exceptional comfort in demanding training conditions and during everyday cycling. A carefully selected blend of materials ensures optimal breathability, flexibility, and effective moisture wicking during intense effort.

High-quality merino fibre

The Giro Seasonal Merino socks are made with yarn containing 70% merino wool, which is responsible for natural thermoactive properties and excellent temperature regulation for the feet. The addition of polyester and elastane increases the fabric’s durability, providing the right amount of stretch and resilience for long hours on the road. The properties of merino wool effectively reduce unpleasant odours, even during intense activity.

Design and versatile use

The mid-height design works perfectly both in transitional seasons and on cooler days, offering extra thermal protection while maintaining comfort. The model’s universal nature makes it suitable for both women and men across various cycling disciplines. A single pair per pack allows easy adjustment of the product to the individual needs of each cyclist.

Giro Seasonal Merino socks red/white/charcoal – features:

• High merino wool content with thermoactive properties;
• Effective temperature regulation and thermal comfort for the feet during rides;
• Advanced breathability of the material for efficient moisture wicking;
• Quick-drying structure suitable for varied conditions;
• Slim fit cut ensuring a secure fit on the foot;
• Addition of polyester and elastane enhancing durability and elasticity;
• Protection against unpleasant odours thanks to natural fibres;
• Material durability for long hours of use in the field;
• Universal design suitable for both women and men;
• Mid-height providing thermal protection on cooler days;
• Comfortable construction minimising the risk of skin irritation;
• Single pair per pack facilitating the choice of the right quantity;
• High material elasticity for full freedom of movement.