Key Points

Velodyne Space has developed a revolutionary Drone Catching System that can neutralize multiple hostile drones simultaneously. The technology uses an AI-powered sensor and high-speed electromagnetic net launcher to capture drones safely without creating debris. Invented by serial entrepreneur David Hall, the system represents a significant advancement in aerial security technology. First deliveries are planned for 2026, with potential applications across multiple high-risk environments.

Key Points: David Hall's Velodyne Space Drone-Catcher Nets Multiple Threats

  • Advanced AI-powered sensor identifies aerial targets beyond 1,000 feet
  • Electromagnetic coil-launch system fires up to 5 nets per second
  • 20-foot diameter nets deploy parachutes for safe drone recovery
  • Designed for sensitive locations like airports, military bases, and critical facilities
2 min read

Velodyne Space Unveils High-Speed Drone-Catcher That Nets Multiple Drones Per Second

Breakthrough drone defense system captures multiple aerial targets per second using advanced electromagnetic net launch technology

"A clean, kinetic approach that protects people and infrastructure - Velodyne Space Team"

Velodyne Space, Oct. 8

Velodyne Space today announced a new Drone Catching System (DCS) developed by inventor and entrepreneur David Hall.

After five years of private research and development, the DCS offers a fast, portable way to detect, capture, and safely neutralize hostile drones -- including swarms -- without creating hazardous debris or disrupting nearby communications. Why this matters

- Drone incidents are rising at airports, stadiums borders, and critical facilities. Existing countermeasures typically stop one drone at a time, can leave dangerous falling debris, or risk disrupting nearby civic systems.

- Velodyne Space says the DCS addresses those problems with a clean, kinetic approach that is designed to protect people and infrastructure while minimizing side effects.

How the Drone Catching System works

- Detection and tracking: An AI-powered sensor package identifies and tracks aerial targets at ranges beyond 1,000 feet.

- High-speed net launch: The launcher uses a proprietary electromagnetic coil-launch system -- the first commercial use of high-power coil gun technology -- to fire net projectiles at up to 5 nets per second.

- Capture and safe recovery: Each net is 20 feet in diameter and deploys a parachute after capture so the netted drone can descend safely without scattering debris.

Design and deployment

- The system is mounted inside a discreet, fully enclosed launcher for secure transport and rapid use.

- DCS is scalable and portable, built as a defensive system for crowded or sensitive locations.

Safety and applications

- Velodyne Space emphasizes public safety and environmental considerations in the system's design. Because the approach captures drones rather than destroying them, it reduces risk from falling debris and avoids radio-frequency disruption caused by jamming.

- Potential uses include airports, energy facilities, data centers, correctional institutions, borders, large events, military bases and forward operations.

About the technology and team

- David Hall has spent five years adapting high-power electromagnetic launch methods originally developed for clean rocket alternatives. The DCS leverages that work to provide rapid, repeatable net launches.

- Hall is a serial inventor whose earlier lidar and audio innovations helped shape the robotics and autonomous vehicle industries. Velodyne Space is taking orders for DCS now, with first deliveries planned for 2026.

For more information, visit www.velodynespace.com.

- PRN

Share this article:

Reader Comments

R
Rohit P
Excellent innovation! Our airports and stadiums desperately need this protection. Remember the drone scare at Jammu airport last year? Traditional methods are too slow for modern threats.
S
Sarah B
While the technology is impressive, I hope the Indian government conducts thorough testing before deployment. We've seen many "revolutionary" defense systems fail in real conditions. Safety first! 🛡️
A
Arjun K
The parachute recovery system is brilliant! No falling debris means it can be used in populated areas without endangering civilians. Perfect for cricket stadiums during IPL matches.
V
Vikram M
Hope DRDO is paying attention to this technology. We should either acquire this or develop our own indigenous version. Atmanirbhar Bharat should include advanced defense tech like this! 💪
M
Michael C
The fact that it doesn't disrupt communications is crucial for urban deployment. Traditional jammers can affect emergency services and mobile networks - this seems much smarter.

We welcome thoughtful discussions from our readers. Please keep comments respectful and on-topic.

Leave a Comment

Minimum 50 characters 0/50