The Problem
Ever since the Gatwick Airport drone incident, illegal drone usage has been on the rise. The advent of cheap BVLOS (Beyond Visual Line of Sight) long-range drones may only exacerbate this problem. While drone detection and denial solutions have been developed, a safe and cost-effective drone capture solution remains elusive.
Why would you need to safely capture a drone?
The drone has entered restricted airspace without authorization.
Capturing the drone may help identify the operator and/or its intended mission.
Having the means to capture a drone could deter illegal usage.
Aren't there alternatives to drone capture?
Geofencing: Modern drones are prevented from entering restricted airspace by geofencing. However, geofencing can be unreliable and can be bypassed relatively easily.
Radio jamming: The radio communication with the drone operator can be blocked. However, drones can be programmed to fly a pre-set route via GPS navigation, and even if their GPS system is jammed, they could potentially use topological navigation or alternatives.
Energy weapons: Using energy weapons to shoot a drone down is possible. However, these systems are expensive, can affect friendly targets (especially in urban environments), and their effectiveness is reduced by range and drone coating. For example, a white or reflective object will absorb far less thermal energy from a laser than a dark object.
Using other means to shoot it down: This is possible, but a falling drone may be hazardous and may reduce the chance of identifying the operator.
Solution
A drone capture device has been designed as an attachment for a carrier drone. Together, they offer the ability to safely capture a wide range of drones.
Status: TRL 7 (Technology Readiness Level 6)
Features
Low cost
Mostly 3D printed
Reusable
Versatile
Scalable
Testing
Tests in laboratory conditions and relevant environemtn have been performed successfully.Â
IP: Published Pending UK & PCT Patents
Result: The result of this project is the Crown FPV attachemnt