The Most Advanced Anti-Drone Truck You've Ever Seen
The video showcases the Leonitis AGV, a mobile anti-drone truck system developed by three companies including Epis, General Dynamics Land Systems, and Kodiak Defense. The system features autonomous driving capabilities, 360-degree radar detection, and an electromagnetic interference beam that can disable drones at up to 2 kilometers range.
Summary
The video features Andy Lowry demonstrating the Leonitis AGV (Autonomous Ground Vehicle), an advanced mobile anti-drone defense system. This collaboration between Epis, General Dynamics Land Systems, and Kodiak Defense addresses the Army's need for mobile drone defense solutions. The truck can operate autonomously like a Waymo vehicle, driving itself to optimal positions for drone engagement. The system includes four radar panels providing 360-degree surveillance (two on the bumper, two on the roof), cameras for autonomous navigation, Starlink and UHF antennas for communication, and a 10x8 foot electromagnetic interference antenna. The main weapon system uses hundreds of individual elements behind the antenna that create phased energy waves, similar to synchronized wave makers in water, forming a concentrated beam of 5-10 degrees. The beam uses gallium nitride technology to convert DC power to high-powered microwave energy through components called LRAMs. The system can detect drones at up to 20 kilometers but engages targets at approximately 2 kilometers. Unlike laser systems that have caused airport shutdowns, this electromagnetic system operates safely alongside other radar systems. The company plans to produce one system per week by year-end, aiming for 50 units annually, with potential expansion to Oklahoma for higher volume production exceeding 100 units per year.
Key Insights
- Andy Lowry explains that the Army specifically requested mobile anti-drone systems because they want everything to be maneuverable as they defend different bases, recognizing that mobility is a necessity
- Lowry describes how the system uses hundreds of individual antenna elements that phase up energy like synchronized wave makers in water, timing wave crests to create one tremendously strong beam
- The system faces a unique engineering challenge of creating electromagnetic interference to disable electronics from hundreds of meters away without self-destructing, requiring tremendous innovation in shielding
- Lowry explains that detection range is longer than engagement range, with drones detectable at 10-20 kilometers but engagement beginning at around 2 kilometers
- Unlike laser systems that have caused airport shutdowns, Lowry claims this electromagnetic system can operate safely alongside other radars without needing to shut down airports
Topics
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