Shawn Ryan Unveils AI Drone-Killing Weapon at His Ranch

Published on April 27, 2026
Duration: 13:00

This video showcases the Leonitis AGV, an autonomous ground vehicle designed for drone defense. Developed by a collaboration including Epis, General Dynamics Land Systems, and Kodiak Defense, it integrates advanced radar, communication (Starlink, UHF), and directed energy systems. The system can operate autonomously or with a driver, providing mobile defense capabilities for bases and property. It features a phased array antenna capable of generating an electromagnetic interference field to disable drones.

Quick Summary

The Leonitis AGV is an autonomous ground vehicle designed for drone defense, integrating advanced radar, communication, and directed energy systems. It can operate autonomously or with a driver, detecting and neutralizing drones using a phased array antenna that generates an electromagnetic interference field.

Chapters

  1. 00:02Introduction to Defense Tech Upgrades
  2. 00:24Introducing the Leonitis AGV with Andy Lowry
  3. 00:38Leonitis AGV: Autonomous Ground Vehicle Explained
  4. 00:53Companies Behind the Leonitis AGV
  5. 01:05Autonomous Operation Capabilities
  6. 01:18System Positioning and Drone Threat Response
  7. 01:36Radar Systems for Situational Awareness
  8. 01:46Cameras and Autonomy Systems
  9. 02:01Communication Systems: Starlink and UHF
  10. 02:14The Directed Energy Antenna Explained
  11. 02:24Army's Request for Mobile Defense
  12. 02:41Necessity of Mobility in Base Defense
  13. 02:50Power Projection and Forward Defense
  14. 03:03System Components Overview
  15. 03:12360° Cameras and Servos
  16. 03:25Operator Interface and Situational Awareness
  17. 03:47Manual vs. Automatic Operation
  18. 04:01Fully Autonomous Operation Scenario
  19. 04:15Detailed Look at the Antenna
  20. 04:30Internal Antenna Elements and Phasing
  21. 04:44Creating a Strong Energy Beam
  22. 04:55Directed Energy Field Explained
  23. 05:04Disabling Electronics with RF Energy
  24. 05:25Innovation in Circuit Shielding
  25. 05:36Uniqueness of the System
  26. 05:47Beam Size and Formation
  27. 06:06Beam Shaping and Steering
  28. 06:12Wave Analogy for Phasing
  29. 06:53Microwave System Wave Timing
  30. 07:11Electronic and Mechanical Steering
  31. 07:33Tracking and Engaging Drones
  32. 07:42Antenna Power and Stealth
  33. 07:53Post-Engagement Tactics
  34. 08:08System Mobility and Target Avoidance
  35. 08:14Radar vs. Directed Energy Function
  36. 08:26Operator's Visual Interface
  37. 08:39Networked Drone Detection
  38. 08:56Minimizing System Deployment Needs
  39. 09:04Early Detection and Defense Strategy
  40. 09:15Radar Detection vs. Engagement Range
  41. 09:29Engagement Range and Timing
  42. 09:44Detection and Engagement Scenarios
  43. 10:11Power Systems: AC to DC Conversion
  44. 10:33DC to RF Power Conversion
  45. 10:45Gallium Nitride in RF Conversion
  46. 10:54Microwave Energy Generation
  47. 11:09Frontal View of the Leonitis AGV
  48. 11:20Perceived Protection from the System
  49. 11:30FAA Interest and System Safety
  50. 11:40Comparison to Laser and Kinetic Systems
  51. 11:51Operating Alongside Other Radars
  52. 12:07Production Goals and Expansion Plans
  53. 12:34Tracking the Technology's Development
  54. 12:49CEO Job Offer and CTO Role

Frequently Asked Questions

What is the Leonitis AGV and what is its primary function?

The Leonitis AGV is an autonomous ground vehicle designed for drone defense. It integrates advanced radar, communication, and directed energy systems to detect and neutralize hostile drones, offering mobile and adaptable protection for various environments.

How does the Leonitis AGV detect and engage drones?

It uses four Ecodine radar panels for 360-degree detection, specifically tuned for drones. Once a threat is identified, the system can autonomously position itself and utilize its phased array antenna to generate a directed energy beam that disables drone electronics.

What are the key technological components of the Leonitis AGV?

Key components include Ecodine radars for detection, Starlink and UHF antennas for communication, a phased array antenna for directed energy, and advanced internal shielding. It also utilizes Gallium Nitride for efficient power conversion to RF energy.

Can the Leonitis AGV operate autonomously, and how is it controlled?

Yes, the Leonitis AGV is designed for autonomous operation, capable of driving itself to optimal positions. It can also be operated with a driver via drive-by-wire. The operator interface provides a comprehensive 'god view' of the landscape and detected threats.

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