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Even a single drone flying too close to an airport poses a tremendous threat to the surrounding air traffic and airplanes themselves. For example, in December 2018, a small UAV shut down the Gatwick Airport altogether for 3 days. With over £50,000,000 in damages, Gatwick airport became the most known case of an unauthorised air traffic disruption caused by drones. However, since then we have witnessed countless other incidents demonstrating that even a small UAV can bring an air traffic to a halt.
Even small drones can jeopardise air traffic and halt air travel for a significant amount of time. Not even mentioning the risk of a clash between a drone and an airplane itself.
Drones can be used for carrying explosive substances. This poses a tremendous risk due to their small sizes and abilities to often fly undetectably by conventional methods.
The airspace over Riga International Airport has been closed due to a drone occurrence nearby.
Flights were severely disrupted at Frankfurt Airport which is one of Europe’s busiest.
A rogue drone completely shut down Gatwick Airport for 3 days.
Flights were diverted from Dubai International Airport due to a suspected drone activity.
The state police was called to investigate a drone sighting near Logan Airport.
An aircraft comes perilously close to a collision with a rogue drone.
EAGLE.ONE autonomously guards airports and protects them from rogue drones.
EAGLE's advanced on-board sensors can easily detect an intruder, follow it and even predict its movements.
EAGLE.ONE maximizes safety of every mission - intruders are being non-destructively captured and safely brought back onto the designated spot.
Our drone hunter has been designed to work without any need of human interaction. On-board computer equipped with the Intel Core i7 powers, the most advanced AI in the field capable of not only tracking its target but also predicting its movement and performing the offensive manoeuvre.
By using non-destructive methods of eliminating targets, the rogue drone can be further analysed after the mission.
EAGLE.ONE uses an on-board computer equipped with an artificial intelligence, which allows him to orientate itself in the airspace, detect intruder and catch it without any human intervention.
The ability to integrate our drone hunter with most of the existing security systems makes it the most versatile anti-drone solution. Our drone hunter can also be integrated into passive detection systems which might be necessary for a lot of airport facilities.
Undercarriage of EAGLE.ONE's body is a modular base which can be equipped with any modules selected. The modules can be swapped easily, making the drone hunter immediately ready for the next mission.
EAGLE.ONE serves as a counter measure to the growing problem of rogue drones penetrating secure perimeters. Our drone hunter offers an anti-drone solution even for the areas with sensitive infrastructure (such as airports) where the conventional, less effective solutions (such as jammers or shotguns) would not be feasible. With an on-board parachute and advanced systems for resolving emergencies, the overall safety of the mission is always a priority.
Developed in co-operation with the Multi-Robot Systems Group at the Department of Cybernetics of the Czech Technical University in Prague. The project is a member of UAV Alliance for Unmanned Aviation Industry.