1000 Mile Walk Repreve Single Layer Twin Pack Sock

The 1000 Mile Men’s Walk Men's Walk Repreve Single Layer Sock delivers comfort, cushioning, and durability for every adventure. Designed for use with all types of walking boots or shoes. This walking sock combines advanced fibre technology with targeted padding to keep your feet comfortable and blister-free all day long.

• Single-layer design provides lightweight comfort and support for year-round walking.
• REPREVE® recycled yarns offer excellent moisture management and temperature control.
• Loop-stitched pile knit creates extra volume and cushioning for added protection.
• Flat toe seam, padded heel and toe panels, and arch bracing ensure a snug, no-slip fit.
• Performance Level: Everyday walking and hiking – ideal for 3-season wear.

Men's Walk Repreve Single Layer Sock Benefits

Keeps feet cool in summer and warm in cooler weather, maintaining an even temperature. Breathable ventilation zones reduce moisture and friction to prevent blisters. Provides plush cushioning underfoot for long-distance comfort. Arch bracing and ergonomic fit minimise slippage inside your boot or shoe. Designed for comfort, protection, and durability across trails, hills, and everyday walks.

Ideal For

• Walking, hiking, trekking, and outdoor activities across 3 seasons.
• Suitable for use with walking boots, approach shoes, or trail shoes.
• Perfect for anyone who needs cushioned, breathable, and supportive socks for long days on their feet.

Why Choose The Men's Walk Repreve Single Layer Sock

The Men’s Walk REPREVE® Single Layer Sock combines performance comfort with eco-conscious design. Made using recycled REPREVE® fibres, it keeps your feet dry, fresh, and protected mile after mile. With reinforced zones, padded panels, and temperature control, it offers the reliability you expect from 1000 Mile’s walking range. It is perfect for both everyday wear and outdoor adventures.

Care Instructions

Machine wash at 30°C. Do not tumble dry or bleach. Air dry flat to preserve fit and elasticity.