ASSOS Endurance S11 stone blue socks (P13.60.776.2A)

The ASSOS Endurance S11 stone blue socks have been designed for intense cycling, where breathability and effective moisture management are crucial. A high content of polyamide material and elastic elastane fibre ensures durability and an excellent fit even during prolonged exertion.

Polyamide and elastane blend

The ASSOS Endurance S11 model is made from 90% polyamide and 10% elastane, resulting in strength and optimal elasticity. The combination of these fibres gives the socks the ability to quickly wick away sweat and maintain a perfect fit throughout use. The material retains its properties even after multiple wears and washes, guaranteeing comfort and stability.

Advanced technical features

The Endurance S11 offers advanced breathability, keeping feet dry even during intense effort. The fabric structure effectively reduces unpleasant odours, while the elasticity provides comfort and support for the foot muscles. The durability of the fibres is an additional advantage appreciated by demanding users of long-distance cycling routes.

Sporty design and comfort of use

The mid-height design has been developed with versatility and effective protection in mind during rides. ASSOS Endurance S11 socks stay securely on the foot without pressure, providing comfort during both short and long training sessions. Available in a unisex version for women and men, they are a versatile choice for active cyclists.

ASSOS Endurance S11 stone blue socks – features:

• 90% polyamide and 10% elastane blend for optimal elasticity;
• Advanced fabric structure supporting breathability during rides;
• Elastic fibres ensure a precise fit to the foot;
• Durable material guarantees long-lasting comfort;
• Protection against unpleasant odours during exertion;
• Mid-height design for versatile use;
• Unisex model suitable for women and men;
• Comfort even during intense cycling training;
• Effective moisture wicking thanks to the polyamide structure;
• Secure fit on the foot without excessive pressure.