Gemini Dual Laser Aiming System

The Dual Laser Aiming System provides a fast, repeatable method for establishing precise stand-off distances with the Gemini Zero-Recoil Disruptor. Designed to slide directly onto the Gemini barrel, this lightweight accessory allows operators to visually confirm disruptor alignment and placement before firing.

Setup is simple. Insert any standard 12 Gauge bore sight laser (not included) into the Gemini barrel and use the projected bore line as your reference point. Once installed, the dual external lasers can be manually adjusted up-range to create a predetermined convergence point, establishing your desired stand-off distance for consistent disruptor deployment.

Key Features

• Dual adjustable laser design for stand-off distance confirmation
• Slides on and off the Gemini barrel in seconds
• Uses any standard 12 Gauge bore sight laser for initial calibration (not included)
• Allows operators to establish a precise convergence point at the desired target distance
• Compact, lightweight construction
• Ideal for robot-mounted and tripod-mounted Gemini deployments
• No permanent modifications required to the disruptor

How It Works

1. Insert a 12 Gauge bore sight laser into the Gemini barrel.
2. Slide the Dual Laser Aiming System onto the barrel.
3. Align the unit using the bore sight's projected point of aim.
4. Adjust the left and right lasers so they converge at your preferred stand-off distance.
5. Remove the bore sight and deploy with confidence, knowing the laser convergence indicates the predetermined target distance.

Applications

• EOD disruptor deployment
• Robot-mounted precision placement
• Training and qualification exercises
• Repeatable stand-off distance verification
• Remote disruptor operations

By providing a clear visual reference for both alignment and stand-off distance, the Dual Laser Aiming System helps operators position the Gemini more consistently and efficiently during both training and operational deployments.

Note: 12 Gauge bore sight laser sold separately and required for initial calibration.