Product Overview
The Ripcord Ratchet Arrow Rest Limb Driven IMS Micro LH is engineered to deliver exceptional accuracy and ease of use for bowhunters and archery enthusiasts. This arrow rest features Speed Set Technology, enabling swift cable adjustments that can be completed in under five minutes, making setup quick and hassle-free. Its reliable performance remains consistent across various conditions, ensuring your shots are precise regardless of environmental factors. The anti-bounce back launcher enhances shot accuracy by minimizing unwanted movement, while the full capture containment system keeps arrows securely in place during the shot cycle. Equipped with a padded launcher and noise-reducing containment cage, this rest operates quietly, helping you maintain stealth during hunts or competitions. The micro-adjustability allows fine-tuning of arrow positioning for maximum precision, and its IMS compatibility ensures a secure mount on bows with integrated systems. Designed for simplicity, the Ripcord Ratchet Rest is straightforward to install and adjust, providing a seamless user experience. Whether you prefer micro-adjustable or standard settings, the design accommodates personalized tuning to match your shooting style. Streamlined and intuitive, this arrow rest combines performance features like the Whale Tail launcher and secure full capture containment to optimize arrow control and consistency, making it a reliable choice for serious archers seeking accuracy and ease of use.
Features:
- Speed Set Technology for quick cable adjustments in under 5 minutes
- Anti-bounce back launcher to improve shot accuracy
- Quiet operation with noise-reducing containment cage
- Full capture containment system for arrow security
- Padded launcher for smooth arrow release
- Micro-adjustability for precise arrow alignment
- IMS compatibility for secure mounting on compatible bows
- Design includes Whale Tail launcher for controlled arrow release
- Options for micro-adjustable or standard tuning preferences
- Operates reliably across all environmental conditions
