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COUNTER-UAS

LASER DEFENSE SYSTEM

CROSSBOW Counter-UAS

CROSSBOW™ C-UAS Laser Defense Systems provide cost-effective protection against the growing UAS threat for critical sites.

All configurations are designed and integrated with IPG Photonics laser sources, providing the highest performance and reliability to protect critical assets and defeat Group 1, 2 and 3 drones with unmatched precision.

Designed for immediate deployment and scalable integration, CROSSBOW Laser Defense Systems deploy standalone or integrated in a layered defense system.

CROSSBOW marks a transformative leap for directed-energy defense as the first truly field ready and cost-effective laser defense solution for the growing UAS threat on critical sites.

Counter-UAS Laser Defense Systems Designed for Emerging Challenges

  • Defense against Group 1 and 2 UAV threats on fixed or mobile platforms
  • Ideal directed energy entry point, offering effective near-range protection at a practical, low cost
  • Open modular architecture for maintainability and reliability
  • Defense against Group 1, 2 and 3 UAV threats
  • Scalable architecture supports up to 30 kW of laser power in the same form factor
  • Shared modularity with CROSSBOW MINI for easy upgrade supporting the same maintenance footprint and interfaces

CROSSBOW Key Features

High-Power Laser Sources Battery or AC Power Easily Transportable Stowable Beam Director Familiar Control Interface Intuitive User Interface C3 Network Integration

High-Power Laser Sources

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CROSSBOW HEL systems are powered by the most reliable single-mode fiber lasers from IPG Photonics.

High-Power Laser Sources

Battery or AC Power

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CROSSBOW systems can operate for up to 12 hours on the integrated battery, or longer via an external, universal single-phase power supply. This versatility provides both field portability or unlimited run-time to best suit the location or operation.

Battery or AC Power

Easily Transportable

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With compliance to the standard Euro pallet, CROSSBOW systems can fit directly into established international shipping practices, ensuring smooth transport. The small form-factors allow CROSSBOW to be easily transported on a range of vehicles.

Easily Transportable

Stowable Beam Director

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  Stowing the beam director provides enhanced protection during transport to prevent damage to optics and sensors, and lowers the system profile for simpler transport while also reducing the visual signature.          

Stowable Beam Director

Familiar Control Interface

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All systems in the CROSSBOW product line are operated in a stand-alone configuration with a standard PC and game controller. This is not only cost-effective, but also reduces the burden of system integration, shortens training time and improves operator performance.

Familiar Control Interface

Intuitive User Interface

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A single user interface screen displays the key functions, status and feedback for intuitive operation and control. Key elements for targeting, indentation, tracking, system and laser status, situational awareness and notifications have been organized to limit operator demands and maximize operational effectiveness.

Intuitive User Interface

C3 Network Integration

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Command, Control and Communicate. The CROSSBOW product line securely shares data with networks and radar systems for remote control and coordination to enhance situational awareness for standalone or multi-platform defensive deployments.

C3 Network Integration

Field-Proven and Deployment-Ready

CROSSBOW MINI 3 kW has been demonstrated at multiple locations across the U.S., demonstrating its lethality, capability, and ruggedness. 

Lockheed Martin selected IPG CROSSBOW and has successfully demonstrated Sanctum integration at four unique field exercises, showcasing ready-for-action capability to address the threat of small UAS affordably, effectively, and at scale. 

“…Lockheed Martin developed the Sanctum™ C-UAS ecosystem with end-to-end capability to detect, track, identify and defeat small UAS. Sanctum features a scalable, modular architecture, and these core design principles were proven during our recent integration with IPG’s CROSSBOW.” 

Tyler Griffin, C-UAS Director

Lockheed Martin

PROTECT

Military and Civilian Defense from Drones

Real-world applications for CROSSBOW laser defense systems are similar both for military and private operations to defend high-value assets from drone swarms — military installations, government buildings, public arenas, port complexes and critical infrastructures are but a few of the locations where CROSSBOW provides scalable and cost-effective counter-UAS protection.
Map with location callouts indicating use cases: Military Installations, Critical Infrastructures, Government Buildings, Port Complexes, and Public Arenas

DEFEAT

Neutralize Group 1, 2 and 3 Drones

Drones are a growing security concern and are used for unauthorized surveillance and delivering disruptive payloads, posing direct threats to safety and operational continuity.

Their small size, low altitude flight, and ability to operate in swarms make them difficult to detect and counter using traditional security measures, creating vulnerabilities that adversaries can exploit to compromise national security and public safety.

Drones being disarmed by the CROSSBOW and falling from the sky

 

CROSSBOW was designed to accurately and reliably detect, track, target and engage drones to neutralize these threats as a complete field-ready laser defense system.

CROSSBOW protects private, public and government assets with equal effectiveness.

FLEXIBLE DEPLOYMENT

Deploy standalone or integrated in a layered defense system to protect critical assets for military and private operations from drone incursions and swarms. Easily integrate with available Radar and C2 systems.
High-Energy-Laser-Defense_drones

IPG Defense is on a mission

to deliver scalable and cost-effective Counter-UAS solutions

leveraging our laser leadership to protect critical targets and infrastructure from aerial threats

Drones background image
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