Ripcord Ratchet Arrow Rest Cable Driven IMS NonMicro RH

Designed for serious target archers, the Ripcord Ratchet Arrow Rest Cable Driven IMS NonMicro RH delivers precise, quiet performance with flexible mounting for top or bottom limbs. This cable-driven rest combines smooth operation with secure arrow control to support consistent, confident releases in competition and practice.

• Drive system: Precision ball bearing drive for exceptionally smooth operation and repeatable arrow release.
• Noise reduction: Internal dampening system minimizes sound and vibration for stealthy, consistent shots.
• Locking mechanism: Full-capture Rip Cage securely locks the arrow in place for stable fletching and aim.
• Launcher arm: Whale Tail launcher arm provides immediate, precise arrow positioning for rapid follow-ups.
• Launcher angle adjustability: Adjustable Launcher Angle lets you tune for target archery or blade-use setups.
• Cord attachment options: Cord attachment available for either the top or bottom limb with easy tension adjustment.
• Ease of installation: Installation does not require a bow press or serving, simplifying setup.
• Mounting flexibility: Can be attached to either the top or bottom limb for versatile mounting.
• Handedness and compatibility: Right-hand (RH) configuration, with availability of left-hand (LH) variant to suit your setup.

In practice, this rest provides predictable arrow alignment from the moment you draw to release. The ball bearing drive and dampening deliver smooth, quiet operation that reduces jitter and helps you maintain focus. The full-capture Rip Cage keeps arrows anchored securely, while the Whale Tail launcher arm ensures you reach proper arrow position quickly—crucial during timed rounds or rapid-fire practice. The adjustable launcher angle lets you tailor the rest for target archery or blade use, and the flexible top/bottom limb attachment broadens compatibility with various riser designs. With no bow press required for installation, it’s a practical upgrade for archers seeking reliability and efficiency alongside precision.