Limbsaver Silent Quiver Black 5 Arrow

The Limbsaver Silent Quiver Black 5 Arrow is engineered for hunters who demand stealth and reliability in the field. After decades spent pursuing game across varied terrain, any experienced archer knows that noise discipline separates successful hunts from wasted opportunities. This quiver addresses one of bowhunting's persistent challenges: arrow rattle and quiver-induced sound that alerts game at critical moments. Designed for the serious hunter who has learned that even minor vibrations can spook deer, elk, or other wary prey, the Silent Quiver delivers the acoustic control necessary for modern bowhunting success.

Limbsaver's proprietary dampening technology isolates arrows and eliminates the metallic clanging that occurs during movement and draw cycles. The quiver's interior design uses noise-absorption materials that cushion arrows individually, preventing contact between shafts and hardware that typically generates unwanted sound. The black finish blends seamlessly into hunting environments while resisting reflection and glint. At just 0.85 pounds, the Silent Quiver adds minimal weight to your bow setup, preserving balance and maneuverability during the critical moments of a stalk. The compact 5-arrow capacity suits hunters who prioritize mobility and quick repositioning without sacrificing the redundancy of backup shafts in the field.

This quiver performs best for bowhunters engaging in active pursuit—spot-and-stalk, tree-stand hunting, or mobile game plans where pack weight and noise signature are equally critical. The 5-arrow configuration accommodates most modern compound and recurve setups, though compatibility should be verified with your specific bow model and arrow diameter. Installation requires standard quiver mounting hardware, and the quiver attaches to bows with compatible mounting systems. Hunters transitioning from louder quiver designs will immediately notice the reduction in vibration transfer to the bow riser, translating directly into improved confidence during the draw and release sequence.