Anti-Robot/Anti-Drone AMMO?? - TGC Podcast

Published on July 4, 2023
Duration: 56:34

This podcast episode explores Roborounds, specialized ammunition designed to disrupt electronic and mechanical systems in robots and drones. Topics include the science behind circuitry disruption using powdered metals like tin and zinc, the use of gallium for structural compromise, and specialized rounds like 'Tangler' for drones and 'Slipper' rounds for non-lethal deterrence. The discussion also touches on future technologies and legal considerations for drone defense.

Quick Summary

Roborounds utilize specialized ammunition designed to disrupt robots and drones. Technologies include powdered metals like tin to bridge circuits, gallium for structural weakening of aluminum, and 'Tangler' rounds with ball chains to disable drone rotors.

Chapters

  1. 00:00Introduction & Sponsors
  2. 01:15The Concept of Roborounds
  3. 03:20Circuitry Disruption Mechanism
  4. 07:30Pneumatic Delivery Systems
  5. 08:30Gallium Rounds & Amalgamation
  6. 10:00Utility Rounds: Fire & Marking
  7. 11:40Jammer & Slipper Rounds
  8. 14:45Tangler Rounds for Drones
  9. 18:00Future Tech & Legal Considerations

Frequently Asked Questions

What is the primary mechanism behind Roborounds' ability to disable electronics?

Roborounds use powdered metals like tin, which can form 'whiskers' under pressure to bridge electrical circuits. This causes malfunctions, akin to 'robotic Parkinson's,' by disrupting the flow of electricity and frying sensitive components.

How do Gallium rounds affect aluminum structures?

Gallium rounds liquefy at around 100°F. When they contact aluminum, common in aircraft and drone bodies, they cause amalgamation. This process weakens the aluminum's structural integrity, making it brittle and easily breakable.

What is the function of a 'Tangler' round against drones?

The 'Tangler' round contains a length of ball chain. Upon impact or proximity to a drone, the chain deploys and entangles the rotors. The drone's high RPM compensation systems then cause the rotors to shear off or the drone to flip uncontrollably.

Can Roborounds be used for non-lethal deterrence?

Yes, Roborounds offers 'Slipper' rounds that deploy a silicon-based powder. This powder makes smooth floors extremely slippery, serving as a non-lethal deterrent for active shooter situations or to impede movement without causing direct harm.

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