Sidi Neo anthracite/ black socks (620-02-386)

The Sidi Neo anthracite/black socks are designed for intense cycling training, where comfort and functionality are paramount. Thanks to their specialised construction, these socks effectively help prevent unpleasant odours even during prolonged activity.

Advanced Q-SKIN® Technology

The Sidi Neo features the modern Q-SKIN® technology, which actively supports the regulation of the microclimate around the foot. The yarn, enriched with special fibres, provides antibacterial action and inhibits the growth of unwanted microorganisms. This technology ensures long-lasting freshness and a higher level of hygiene, especially during intense rides.

Modern Construction Material

A blend of polyamide fibres and elastane guarantees elasticity and an optimal fit to the shape of the foot. The materials used promote rapid moisture wicking, resulting in a dry feeling even during demanding exertion. The knit structure also allows free airflow, increasing the overall breathability of the socks.

Ventilation and Comfort

Breathability confirmed in tests helps maintain thermal comfort in various weather conditions. The socks are equipped with zones of increased ventilation that effectively support air circulation. The ergonomic cut and anti-odour properties ensure that the Sidi Neo socks maintain high functionality during every cycling training session.

Sidi Neo anthracite/black socks – features:

• Elastic knit based on polyamide fibres and elastane;
• Q-SKIN® technology providing active antibacterial protection;
• Effective moisture wicking during intense effort;
• Breathable structure supporting thermal comfort of the foot;
• Protection against unpleasant odours during use;
• Perfect fit to the anatomical shape of the foot;
• Ventilation zones improving airflow in critical areas;
• Excellent material elasticity facilitating putting on;
• Designed for cycling training and intense activity;
• High level of hygiene even during prolonged wear;
• Durability of materials ensuring stable performance parameters.