ITW Web Dominator Coyote Brown - Keeps Cords, Wires, And Hydration Tubes Secured On Your Kit Anywhere

ITW Web Dominator in Coyote Brown is a field-ready strap management accessory designed for operators and outdoor enthusiasts who need reliable, adjustable control of loose webbing, cords, and hoses. Its field-replaceable design and IR-reducing technology keep your kit clean, accessible, and ready for action.

• 1" webbing compatibility: Easily attaches to standard 1" webbing on vests, packs, belts, and pouches for seamless integration with existing gear.
• Field-replaceable design: Install and remove without cutting or sewing, allowing quick maintenance and adaptive setups in the field.
• Elastic cord knot adjustability: The knot can be reconfigured to secure large or small items or bundles of webbing, providing flexible tension as needed.
• GhilleTEX IR Signature Reduction Technology: Helps minimize infrared visibility, supporting concealment during low-light or tactical operations.
• Secure hydration and gear positioning: Ideal for keeping hydration tubes or comms gear in a custom, dependable position for easy reach.
• Trip and snag hazard reduction: Eliminates excess webbing that could snag or trip during movement, enhancing overall safety.
• Package details: Bulk-packed, package of 1, ready to integrate into your kit with minimal waste.
• Color: Coyote Brown blends with equipment and terrain for low-visibility, versatile use.
• Origin: Proudly made in the USA, reflecting focused design and quality craftsmanship.

Whether you’re outfitting a patrol vest, a field backpack, or a rescue kit, the ITW Web Dominator provides a practical, reliable solution for organizing loose straps, cords, and hoses. It simplifies gear management, reduces clutter, and allows you to tailor the arrangement of hydration tubes or comms gear to your exact preference—without bulk or tools. This makes it well-suited for operators, outdoor professionals, and serious enthusiasts who value tidy, accessible gear and quick adjustments in dynamic environments.