The 1000 Mile Ultimate Tactel® Approach Sock is designed for maximum comfort with today's technical approach footwear. The 100% Tactel® inner layer stays with the foot, wicking away moisture, whilst the soft merino wool-mix outer moves with the shoe, reducing friction and helping to prevent blisters and reduce wear.
The unique combination of fibres maintains a comfortable temperature for the foot. Designed to be worn for 2 season walking and off-road activities in lightweight boots as well as approach or trail shoes.
This product contains Merino Wool which is one of softest types of wool available and is perfect for regulating body temperature. The wool provides warmth without overheating the wearer and its moisture wicking properties combined with being slightly moisture repellent allow the wearer to remain dry.
Key Features
- Double Layer Construction eliminates friction between foot and shoe, reducing wear and preventing blisters.
- Heel Power Technology keeps socks firmly in place, preventing slippage.
- Tactel® Inner Layer wicks away moisture, keeping feet dry and cool. This dynamic fibre is soft, light, and dries 8 times faster than cotton.
- Merino Wool-Mix Outer Layer reduces friction, helps prevent blisters, and provides warmth without overheating. The wool's moisture-wicking properties ensure your feet remain dry.
- Arch Bracing offers additional support for maximum comfort during long walks.
- Versatile Use ideal for two-season walking and off-road activities in lightweight boots, approach shoes, or trail shoes.
- Material 100% Tactel® inner layer, Merino wool-mix outer layer.
What is Tactel®?
Soft, light and strong. A dynamic, speciality fibre, Tactel® garments are soft, supple, smooth, breathable and lightweight. According to testing Tactel® fibre is at least twice as soft and 20% lighter than most other fibres. It also dries 8 times faster than cotton. With its soft feel, moisture wicking and quick drying properties this yarn is the perfect yarn to line our socks helping to keep the feet cool and dry during activity.