Hamskea Everest w/ C.O.R. Riser Interface Bracket
Hamskea Everest w/ C.O.R. Riser Interface Bracket – Elite Arrow Rest Precision and Stability
The Hamskea Everest with C.O.R. Riser Interface Bracket sets a new standard for precision and reliability in arrow rests. Designed to mount in-line behind the riser using the innovative C.O.R.™ Riser Interface System, this configuration eliminates quiver interference for a cleaner, more streamlined bow setup.
Engineered for serious archers, the Everest features a micro-launcher angle adjustment and a picatinny clamping system that delivers an uber-secure, ultra-precise fit. Thanks to Zero Tolerance Technology (ZTT), lateral shaft movement is virtually eliminated, ensuring your arrows fly true every time.
With the flexibility to be configured for top limb, bottom limb, or cable-driven activation, the Everest adapts to your shooting style. A rebound dampener manages launcher rebound and mechanical stress, while dual stainless steel bearings ensure silky-smooth actuation. Additional features like the Cord Clamp Tensioner and adjustable torsion spring tension allow you to fine-tune performance to perfection.
Key Features:
- Mounts In-Line Behind the Riser: Eliminates quiver interference for a sleek setup.
- Micro-Launcher Angle Adjustment: Allows precise tuning for optimal arrow flight.
- Picatinny Clamping System: Uber-secure and precise mount to the riser.
- Configurable Activation: Top limb, bottom limb, or cable-driven options.
- Zero Tolerance Technology (ZTT): Eliminates lateral shaft movement for ultimate consistency.
- Dual Stainless Steel Bearings: Smooth and reliable launcher movement.
- Rebound Dampener: Reduces mechanical stresses and improves rest longevity.
- Cord Clamp Tensioner: Easy and secure tension adjustments.
- Adjustable Torsion Spring: Fine-tune launcher arm tension to your preferences.
For archers seeking the highest level of stability, precision, and adaptability, the Hamskea Everest with C.O.R. Riser Interface Bracket is the ultimate arrow rest solution.