Fox Rage Base Layer - Black - Regular - XXXL




The Fox Rage Base Layer is designed for anglers and outdoor enthusiasts who require reliable thermal protection during cold-weather sessions. This set includes a top and bottom layer crafted from moisture-wicking polyester to keep you dry and warm by reducing heat loss. While the regular fit offers excellent comfort and freedom of movement, users should note that as a thermal base layer, it is specifically optimized for layering under heavier outerwear rather than for standalone use in extreme conditions.
| Gender | Male |
|---|---|
| Age Group | adult |
| Colour | Black |
| Fit | Regular |
| Material | Polyester |
| Size | XXXL |
| Brand | Fox Rage |
This base layer is designed to be worn under your outer clothing to maximize thermal efficiency.
No, the polyester is moisture-wicking and breathable, meaning it pulls sweat away from the body but is not designed to repel rain.
Wash in cool water on a gentle cycle and air dry to preserve the fabric's properties.
This model features a regular fit, providing a comfortable, non-restrictive feel suitable for most adult body types.
No, this garment is made entirely from synthetic polyester, which is chosen for its moisture-wicking and quick-drying benefits.
Ensure you are not wearing non-breathable outer layers over the base layer, which can trap moisture inside.
Avoid high-heat tumble drying, which can damage the stretch fibers in the polyester.
Wash with a mild detergent and avoid using heavy dryer sheets to reduce static buildup.
For optimal performance, wear the base layer directly against the skin as your first layer. The XXXL regular fit is designed to accommodate a wide range of body types while providing enough room for natural movement. When caring for your garment, machine wash in cool water using a gentle cycle. Avoid using harsh fabric softeners, as these can compromise the moisture-wicking capabilities of the synthetic fibers. Always air dry when possible to maintain the integrity of the material and its elasticity over time.