Feetures Elite Light Cushion Mini Crew - Multicolor - M

Currently unavailable

Currently unavailable
The Feetures Elite Light Cushion Mini Crew socks are designed for active adults who need a balance of impact protection and breathability. These socks offer high-density cushioning to prevent blisters and reduce fatigue during long workouts, though they feature a specific cuff height that may not suit those who prefer invisible or full-length compression socks.
| Age Group | adult |
|---|---|
| Colour | Multicolor |
| Gender | Unisex |
| Size | M |
| Model Part Number | E9081897 |
| Brand | Feetures |
The Feetures Elite Light Cushion Mini Crew is designed as a unisex product suitable for both men and women, provided the correct size is selected.
Look for the 'L' and 'R' stitching or indicators usually located on the inside of the sock or near the toe area.
Yes, they can be tumble dried on a low setting, though air drying is recommended to extend the life of the performance fabrics.
Yes, the 5-inch cuff provides protection against trail debris, and the high-density cushioning helps protect feet during long treks.
It offers impact protection and comfort without the bulk of thicker socks, making it ideal for maintaining a precise feel inside your shoe.
Verify that you have placed the left sock on the left foot and the right on the right, as the anatomical construction is specific.
Check your shoe fit to ensure there is no excessive internal friction; ensure you are not using fabric softeners that degrade the fibers.
To ensure your Feetures socks last, identify the 'L' and 'R' indicators on each sock before putting them on, as the compression and padding are mapped specifically to your foot's anatomy. These socks are compatible with most running shoes, cross-trainers, and hiking footwear. For care, wash them in cold water with similar colors. Avoid using bleach or fabric softeners, as these can break down the moisture-wicking fibers. Tumble dry on a low setting or, preferably, line dry to preserve the integrity of the elastic materials over time.