The North Face Multi Sport Cush Crew 3P Socks - Multicolor - XS

Currently unavailable

Currently unavailable
The North Face Multi Sport Cush Crew 3P Socks are designed for adults seeking a balance of comfort and utility for both athletic performance and casual daily wear. Constructed from a soft, skin-friendly polyester blend, these socks offer excellent breathability and a reliable fit that holds its shape over time; however, potential users should note that the cushioning is optimized for general multi-sport use rather than specialized high-impact activities.
| Age Group | adult |
|---|---|
| Colour | Multicolor |
| Gender | Unisex |
| Material | Polyester |
| Size | XS |
| Model Part Number | NF0A882HN8U1 |
| Brand | The North Face |
Yes, they are designed for multi-sport use, including light hiking, providing comfort and protection within your boots.
Yes, they are machine washable. We recommend cold water and low-heat drying to maintain their shape.
Most models are constructed from high-quality polyester blends, though some variants may vary; please check the specific tag for exact composition.
Yes, the Multi Sport Cush Crew line is designed as unisex apparel suitable for all adults.
The breathable polyester material helps manage moisture, keeping your feet comfortable during active use.
Yes, they are available in various sizes ranging from XS to L to accommodate different foot profiles.
Ensure you are wearing the correct size and that the elastic cuff is not being stretched over bulky pant hemlines.
Wash the socks inside out to minimize friction against other garments in the laundry cycle.
For optimal performance, ensure you select the appropriate size for your foot profile. The socks are designed to be low-maintenance; machine wash in cold water with like colors to preserve the elastic integrity and color vibrancy. Avoid using bleach, as this can degrade the synthetic fibers. For the longest lifespan, air drying or tumble drying on a low-heat setting is recommended to prevent excessive shrinkage or damage to the fabric structure.