Hamskea Primer Rest Black Rh

The Hamskea Primer Rest Black Rh is a precision arrow rest engineered for compound bow hunters and competitive archers who demand repeatable accuracy and silent arrow flight. This right-hand model delivers the mechanical consistency required for tournament shooting and field hunting, where micro-adjustments in arrow support directly translate to tighter groupings and cleaner releases. Built by Hamskea—a recognized innovator in rest technology—the Primer Rest addresses the core challenge of arrow guidance: maintaining zero tolerance between nock and launcher throughout the full draw cycle and release.

At the heart of the Hamskea Primer Rest lies sealed stainless-steel ball bearing construction, which guarantees smooth, friction-free vertical and horizontal movement while resisting dirt and moisture ingress—critical for hunters operating in variable weather. The CNC-machined aluminum components reduce overall weight to just 0.37 pounds, keeping your bow setup nimble without sacrificing rigidity or durability. Hamskea's patent-pending Rebound Dampener and advanced activation cord dampening technology work in concert to eliminate oscillation and vibration after the arrow leaves the rest, suppressing noise that spooks game and ensuring consistent arrow flight geometry shot after shot.

Competitive archers and serious bowhunters benefit most from the Primer Rest's precision engineering, particularly those running higher-poundage setups where arrow rest compliance becomes a limiting factor in grouping. The integrated cord clamp securely anchors your bow's release cord without slippage or creep, ensuring your tuning remains stable across extended practice sessions or hunting seasons. The compact 6.25 x 2 x 8.75-inch footprint makes it compatible with modern IBO-spec risers and most aftermarket bow platforms without interference. Installation is straightforward for those familiar with rest mounting; the design accepts standard archery mounting hardware and requires minimal shimming on true riser surfaces.