Description
HAMSKEA EPSILON RH BLACK — C.O.R. RISER INTERFACE
Engineered for elite-level performance, the Hamskea V2 Epsilon RH Black combines micro-adjustable precision with a compact, center-shot optimized design. Built around the C.O.R. mounting system, it delivers unmatched quiver clearance and riser integration for serious bowhunters and competitive archers.
🔧 TECHNICAL SPECIFICATIONS
| Attribute |
Details |
| Model |
V2 Epsilon RH Black |
| Mounting System |
C.O.R. (Center-Shot Optimized Riser) |
| Orientation |
Right-Handed |
| Weight |
5.1 oz |
| Adjustment Type |
Micro-click windage & elevation (.003"/click) |
| Activation |
Top limb, bottom limb, or cable-driven |
| Rest Type |
Drop-away |
| Bearings |
3 stainless steel ball bearings |
| Dampening System |
Elastomeric Rebound Dampener |
| Arrow Guides Included |
Delta V + Riser Mounted Arrow Guide |
| Engraving Option |
13 characters above/below Hamskea logo |
| Country of Origin |
USA |
⚙️ KEY FEATURES
-
C.O.R. Mount Technology Positions the arrow at true center shot while eliminating quiver interference by mounting directly behind the riser.
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Zero Tolerance Technology (ZTT) Eliminates lateral shaft movement for consistent arrow flight and enhanced accuracy.
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Micro-Adjustable Tuning Windage and elevation adjustments with tactile detents for precise tuning in the field or on the range.
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Rebound Dampener System Reduces shock and vibration transfer from limb to rest, improving stealth and shot feel.
-
Picatinny Clamping System Ensures secure, stable mounting with minimal footprint and maximum durability.
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Customizable Setup Compatible with multiple activation styles and includes modular arrow guides for tailored arrow support.
🧠 PERFORMANCE NOTES
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Designed for archers who demand precision, stealth, and reliability.
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Compact profile improves balance and quiver clearance without compromising adjustability.
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Ideal for high-cycle hunting setups and tournament-grade tuning environments.
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Built to withstand rugged field conditions while maintaining elite-level accuracy.
