X-Socks Trailrun Discover Ankle mineral blue/x black socks (XS-R7DTS24M-A016)

The X-Socks Trailrun Discover Ankle socks in mineral blue/x black have been designed for dynamic trail runs, where effective support, protection, and maximum comfort in all conditions are essential. Advanced technologies and carefully selected materials make this model a reliable piece of equipment for every trail runner.

Comfortable fit and foot protection

The lightly compressive O-Ring Bandage construction and flexible Aktiv-Bund cuff stabilise the sock on the foot, eliminating movement during activity. Flat seams reduce the risk of irritation, and the Lambertz-Nicholson Achilles protector effectively shields the Achilles tendon from mechanical injuries. This results in a secure fit that does not restrict natural movements and enhances running efficiency.

Quick-drying material and advanced composition

The use of a blend of 79% polyamide, 16% polypropylene, and 5% elastane guarantees quick drying and excellent breathability for the socks. The fabric effectively transports moisture away from the skin, preventing overheating and maintaining freshness even during long training sessions. This composition is also durable, flexible, and skin-friendly, significantly enhancing user comfort.

X-Socks Trailrun Discover Ankle mineral blue/x black - features:

• Quick-drying material with a predominance of polyamide for comfort in difficult conditions;
• Air-Conditioning Channel® technology providing effective foot ventilation;
• AirFlow Ankle Pads enhancing ankle protection and supporting breathability;
• Lambertz-Nicholson Achilles protector safeguarding the Achilles tendon from injury;
• O-Ring Bandage and Aktiv-Bund cuff ensuring stabilization and compression;
• Flat seams significantly reducing the risk of irritation;
• Highly breathable fabric effectively wicking moisture away;
• Precise fit minimizing sock movement during running;
• Advanced material blend ensuring flexibility and durability;
• Designed for intensive trail running and training;
• Construction reducing the risk of overheating and thermal discomfort;
• Compressing design supporting muscle function and recovery.