Ripcord Ratchet Arrow Rest Limb Driven Ims Micro Rh

Ripcord Ratchet Arrow Rest Limb Driven Ims Micro RhThe Ripcord Ratchet Limb Driven arrow rest is a pinnacle of archery technology where user friendly design meets top notch performance. This arrow rest is renowned for its limb driven functionality that provides rapid tuning adjustments thanks to its Speed Set Technology. The setup is uncomplicated and swift, ensuring your bow is ready for action in under five minutes without the need for specialized equipment. Precision shots are made more accurate

The Ripcord Ratchet Limb Driven arrow rest is a pinnacle of archery technology where user-friendly design meets top-notch performance. This arrow rest is renowned for its limb-driven functionality that provides rapid tuning adjustments thanks to its Speed Set Technology. The setup is uncomplicated and swift, ensuring your bow is ready for action in under five minutes without the need for specialized equipment. Precision shots are made more accurate with the anti-bounce back launcher, and the entire system is designed for silent operation. With the added convenience of micro-adjustment capabilities for precise alignment and the compatibility with IMS mount systems, this arrow rest stands out as a reliable and essential tool for archers aiming for perfection.

Features:Utilizes Speed Set Technology for swift cable adjustment;Quick limb-driven set up achievable in under 5 minutes;Delivers reliable and consistent performance in all conditions;Features anti-bounce back launcher to enhance shot accuracy;Ensures quiet operation with exceptional arrow retention;Equipped with a padded launcher and noise-reducing containment cage;Offers micro-adjustability for precise arrow positioning;IMS compatibility ensures secure mount on bows with integrated systems;Designed for operational simplicity to improve user experience;Full Capture containment and Whale Tail launcher design;Options for micro-adjustable or standard settings for personalized tuning;Streamlined for ease of use, ensuring optimal performance and accuracy