Under Armour ColdGear Fitted Mock - Red - White - XL

Currently unavailable

Currently unavailable
The Under Armour ColdGear Fitted Mock is designed for adult male athletes looking for a reliable base layer that offers superior warmth without excessive bulk. It provides the perfect balance of heat retention and moisture management through its dual-layer fabric, making it ideal for outdoor training in cooler climates. While the fitted design offers a sleek, professional silhouette that moves with the body, users should be aware that the snug fit may feel restrictive for those who prefer loose-fitting athletic gear.
| Age Group | adult |
|---|---|
| Colour | Red |
| Gender | Male |
| Accent Colour | White |
| Size | XL |
| Model Part Number | 1366066-609 |
| Brand | Under Armour |
Yes, it is designed for cold weather, but for sub-zero temperatures, it functions best when used as part of a layered clothing system.
It is a 'fitted' style, meaning it is snug but not as tight as true compression gear.
Yes, but use the low heat setting. High heat can damage the elasticity and moisture-wicking technology.
As a fitted garment, it is designed to be form-fitting. If you prefer a less snug feel, some users may opt to size up, though this may impact moisture-wicking efficiency.
No, the material is designed for warmth and breathability, not as a waterproof shell.
Ensure you are not wearing non-breathable outer layers that trap moisture; remove outer layers to allow the garment to vent.
Check your wash cycle; avoid high-heat drying and fabric softeners, which can degrade the synthetic fibers.
To ensure the longevity of your ColdGear garment, always follow the care label instructions. Generally, this involves machine washing in cold water with similar colors. Avoid using fabric softeners, as they can clog the moisture-wicking pores of the technical fabric. Tumble dry on a low setting or hang dry to preserve the elasticity of the 4-way stretch material. This garment is designed to be worn under jerseys, hoodies, or technical jackets as part of a layering system.