Anti-Drone Laser Optical Disruption System

The EDI Anti-Drone Laser Optical Disruption System is a compact, high-performance counter-UAS solution developed for authorized security, defense, and critical infrastructure applications. Its precision beam-shaping and collimation technology projects a tightly focused laser spot over extended distances, disrupting unmanned aircraft electro-optical sensors through glare, saturation, image washout, and reduced contrast.

Designed for rapid handheld deployment or integration with larger weapon platforms, the system supports long-range target indication, pointing, and visual cueing. At distances of up to 1,000 meters or more, the laser can significantly degrade drone camera performance and may cause permanent imaging-sensor damage, reducing the UAV operator’s visibility, navigation capability, and situational awareness. Its rugged aluminum construction, selectable power modes, and standardized mounting interface make it suitable for demanding field operations.

Available in two versions, both include handheld grip and mounting setup:

• Blue Laser Version
  • 2 Watt output power
  • More effective at damaging the drone’s camera
  • Recommended: handheld

• Green Laser Version
  • 1 Watt output power
  • 5 x brighter in visibility than blue version
  • Recommended for long-range targeting, mounted

Product Specifications

• System Type: Non-kinetic laser-based optical disruption system
• Primary Application: Counter-UAS and electro-optical sensor disruption
• Beam Divergence: Approximately 0.02°
• Low-Power Mode: Alignment, aiming, and training applications
• High-Power Mode: Operational optical disruption
• Mounting Interface: Picatinny 1913 rail compatible
• Adjustment Controls: Adjustable windage and elevation
• Housing Material: Aircraft-grade aluminum
• Deployment Options: Handheld or platform-mounted operation
• Platform Compatibility: Machine guns, chain guns, grenade launchers, and shoulder-launched systems
• Additional Functions: Long-range pointing, target indication, and visual cueing
• Daylight Performance: High-visibility output for use in high ambient-light conditions
• Intended Environments: Military, security, counter-UAS, and critical infrastructure operations
• Authorized Use: Intended exclusively for trained and legally authorized personnel