Product Overview
The ScentLok BE:1 Fortress Glove MO Terra Gila Medium is designed for serious hunters seeking reliable scent control and weather protection. Featuring Carbon Alloy technology, these gloves excel at maximum odor adsorption, helping you stay undetected in the field. Their waterproof and windproof design ensures you stay dry and comfortable during unpredictable weather, while breathable materials prevent overheating, making them suitable for extended use in late-season conditions. Thinsulate insulation provides dependable warmth without bulk, allowing for precise movement and dexterity. The durable nylon outer fabric combined with a micro-fleece lining offers durability and comfort, ensuring these gloves withstand rugged terrain and repeated use.
A leather palm enhances grip and durability, essential for handling equipment securely. Curved fingers improve fit and comfort, reducing fatigue during long hunts. The extended cuff with elastic wrist and cam lock wrist adjuster deliver a secure fit, preventing debris and cold air from entering the gloves. Designed specifically for demanding hunting environments, these gloves balance warmth, protection, and scent control, making them an ideal choice for late-season hunts where weather and concealment are critical. Whether tracking through snow or maneuvering in dense cover, the ScentLok Fortress Gloves deliver the performance you need for success in the field.
Features:
- Carbon Alloy technology: Provides maximum odor adsorption for scent concealment
- Waterproof and windproof design: Ensures breathable weather protection in harsh conditions
- Thinsulate insulation: Offers reliable warmth for cold-weather hunting
- Durable nylon outer fabric: Combines strength and resistance to wear
- Micro-fleece lining: Adds comfort and moisture management
- Leather palm: Enhances grip and durability for handling gear
- Curved fingers: Improve fit and reduce hand fatigue
- Extended cuff with elastic wrist: Ensures a secure and snug fit
- Cam lock wrist adjuster: Keeps gloves securely in place during active movement