Sitka Mountain WS Glove Optifade Open Country
Low-profile and dexterous, the Mountain WINDSTOPPER® Glove keeps your fingers warm in the mid season. The sheath of Pittard's Oiltac Leather and rugged nylon provide a solid grip, while the WINDSTOPPER® insert and lofted micro-check fleece liner stave off autumn’s nip.
- GORE™ OPTIFADE™ Concealment
- GORE® WINDSTOPPER® Insulated Liner
- Short Guantlet for Layering & Dexterity
- Leather Pull for Easy On/Off
- Pittard's® Oil Tac Leather Palms
- Scenario: Spot & Stalk, Long Range
- Environment: Open Terrain
- Climate: Warm, Mild, Cool
The Science of Concealment
GORE™ OPTIFADE™ Concealment Open Country is scientifically optimized for engagement ranges of 50 yards and beyond at ground level in rocky terrain above the timber line. The Open Country pattern uses the larger neutral areas of the pattern (macro pattern) that are more critical to concealment at greater engagement ranges.
GORE® WINDSTOPPER® Product Technology
WINDSTOPPER® products shelter hunters from the adverse effects of bone-chilling winds. The WINDSTOPPER™ membrane works with Sitka's base layers to prevent overheating and perspiration build-up by allowing moisture vapor to easily escape. WINDSTOPPER® fabrics offer soft, lightweight weather protection in one versatile and durable garment. Owing to its total windproofness and maximum breathability, WINDSTOPPER® products will keep customers comfortable longer across a wide range of weather conditions and activities.
Pittard's® Oil Tac Technology
Originally created for Football Receiver gloves, Pittard's® Oil Tac enhances the grip of leather gloves in all play conditions, wet or dry.
Special polymers that promote contact adhesion are incorporated into the leather structure. Once there, the polymers maintain a reservoir, which rises to the surface as needed to ensure long-lasting performance.
The inclusion of WR100X tannage offers a high degree of water and perspiration resistance – protecting the leather and minimising water uptake. This guarantees excellent tactile sensitivity under the most adverse conditions.