Shibuya Ultima RC Pro G2 Recurve Sight

Shibuya Ultima RC Pro G2 Recurve Sight

Shibuya Ultima RC Pro G2 Recurve Sight represents the pinnacle of competitive recurve sight design, refined through decades of world-class performance. Building on the trusted ULTIMA platform, this latest generation introduces advanced engineering, enhanced rigidity, and ultra-precise adjustment to meet the demands of elite-level archers.

At the core of the RC Pro G2 is SHIBUYA’s most refined adjustment system to date, offering incredibly fine 0.04mm per click micro-adjustments for both elevation and windage. Combined with the ZPE (Zero Play Elimination) System, the sight delivers true zero backlash, ensuring every click is precise and consistent, even when reversing direction.

The newly developed polygonal carbon extension has been optimized through extensive testing to provide exceptional rigidity, improved vibration damping, and a perfectly balanced feel on the bow. This results in a quieter shot and greater overall stability, helping archers maintain focus and control under pressure.

A redesigned sight mount with a click-ball positioning mechanism allows for secure, repeatable positioning of the extension, while the quick-release sight pin stopper enables fast, tool-free adjustments, ideal for competition environments where time matters.

Built for long-term reliability, the RC Pro G2 also features enhanced maintainability, with easily serviceable components to ensure consistent performance over time.

Key Features

• Ultra-fine micro-adjustments: approx. 0.04mm per click

• ZPE System for true zero backlash and precise calibration

• Polygonal carbon extension for improved balance, rigidity, and reduced vibration

• Click-ball mount system for secure, repeatable positioning

• Quick-release sight pin stopper for fast, tool-free adjustments

• X-Lock system for zero-tolerance fit and smooth operation

• Dual sight scale plates (standard and blank for custom tape)

• Ergonomic dials and knobs for secure, easy adjustments

• Enhanced serviceability for long-term performance