Hiking Socks Comodo Merino Wool khaki

Hiking Socks Comodo Merino Wool khaki everyday comfort

Hiking Socks are designed for light trekking and daily walking where thermal balance and comfort are essential. This model combines merino wool with durable synthetic fibres, making it suitable for hiking footwear, outdoor shoes, and everyday use in variable climates. The socks regulate temperature effectively, maintain comfort when damp, and reduce odour during prolonged wear. Merino wool acts as the primary performance technology, providing natural insulation, breathability, and moisture management critical for consistent foot comfort.

Features

• ➤ Merino wool blend: Natural fibre regulates temperature and manages moisture in changing conditions.
• ➤ Shock absorbing zones: Reinforced structure reduces impact during walking and hiking.
• ➤ Heel and toe reinforcement: Enhanced durability in high-wear areas.
• ➤ Elastic welt: Keeps the sock securely in place without pressure points.
• ➤ Smooth toe seams: Reduces friction and improves comfort during long use.

These socks are suitable for light hiking, daily commuting, and outdoor work in mild to cool conditions. They perform well in mixed terrain such as forest paths, urban walking routes, and gravel trails. The balanced insulation makes them practical for spring, autumn, and cool summer days. Typical use includes autumn hikes in Sweden where temperature changes throughout the day.

Technical Specifications

Fabric and Technology

• Merino wool fibres provide natural temperature regulation in both cool and warm conditions.
• Material remains comfortable even when partially saturated with moisture.
• Polyamide content increases abrasion resistance and shape retention.
• Elastane ensures elasticity and stable fit during movement.

About Comodo

Comodo is a European brand specialising in technical socks for outdoor, hiking, and performance use. The company focuses on functional materials such as merino wool and advanced fibre blends. Production is based in the European Union with an emphasis on durability and material performance.