HME Dual-Prong Rubber-Coated Hook Holder | Quiver Holder & Gear Hook | 3-Pack

In the field, every detail counts. The HME Dual-Prong Rubber-Coated Hook Holder is designed to become a reliable anchor for your gear, transforming a tree into a practical stand for your quiver and other essentials. Its sharp tip bites into wood with ease, delivering solid hold without requiring heavy tools or extra time. The rubber-coated surface adds a soft touch and quiet operation, helping you move with stealth and confidence as the day unfolds.

Versatile quiver storage and gear anchor

The dual-prong design provides multiple hanging points, making it simple to secure a quiver, calls, rattling antlers, or a compact backpack. Whether you’re setting up before dawn or rearranging gear between draws, this holder keeps essentials within reach and organized. The no-slip coating minimizes movement, so items stay where you placed them even on uneven branches or windy days.

Key features at a glance

• Dual-prong hook holder that screws into a tree for a dependable quiver base
• SuperSharp threads for quick, tool-free installation into a variety of woods
• Soft, no-slip coating reduces noise and gear movement for stealthy setups
• Available in single or three-pack configurations for flexible hunting layouts

Real-world use cases showcase its practical benefits. Clip your quiver in seconds before stepping into the stand, then switch to calls or rattling antlers as conditions change. Attach a lightweight backpack or other gear to create a tidy workstation at the base of the tree. The result is a simple, repeatable setup that adapts to changing light, wind, and terrain.

• Quick access to arrows or calls without digging through a bag
• Durable threads paired with a soft coating that protects gear and reduces wear

For hunters who value organization and efficiency, the three-pack option offers ready-to-deploy setups across multiple stands or blinds. While outcomes vary by environment, the design supports a consistent workflow and a calm, focused approach to field tasks.