CBE Vertex Elevate Target Sight
CBE Vertex Elevate Target Sight – Lightweight, Durable, and Precision-Engineered
The CBE Vertex Elevate Target Sight is designed for the most demanding and competitive archers who require ultimate precision and durability. Featuring a 6.5” carbon fiber extension bar and a 1st axis mount, this sight offers unmatched stability and accuracy for target shooting. The center pivot allows for easy adjustments to the 1st, 2nd, and 3rd axes, providing fine-tuned alignment to ensure perfect shot placement every time.
Constructed with a lightweight yet durable design, the Elevate sight includes a rapid slide elevation button for quick adjustments and an enhanced quad track elevation support system for smooth, stable adjustments. With zero backlash adjustments at .002” per click, this sight ensures precise windage and elevation control. The interchangeable sight scales are mounted on either side of the elevation bar, and the standard increment scale is included for quick setup.
The Elevate sight also features a detachable scope tube mount that makes it easy to travel and store while maintaining consistency in scope placement thanks to the scope tube locating collar.
Key Features of the CBE Vertex Elevate Target Sight:
- Carbon Fiber Extension Bar: Lightweight yet durable, extends to 6.5” for better shooting angles.
- 1st Axis Mount: Provides a solid connection to your bow.
- Center Pivot: Allows for fine-tuning of 1st, 2nd, and 3rd axis adjustments for perfect alignment.
- Enhanced Quad Track Elevation Support: Ensures smooth and stable adjustments.
- Zero Backlash Adjustments: .002” per click for windage and elevation, ensuring consistent accuracy.
- Interchangeable Sight Scales: Mountable on either side of the elevation bar, includes a standard increment scale.
- Detachable Scope Tube Mount: Makes the sight easy to transport and ensures scope placement consistency.
With its precision engineering and lightweight construction, the CBE Vertex Elevate Target Sight is the perfect sight for archers seeking the highest level of performance and reliability.