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EAGLE.ONE drone hunter represents the most advanced solution for resolving possible drone threats safely. A powerful on-board computer running a highly advanced AI enclosed in a robust carbon body powered by 8 strong motors ensures that no rogue drones escape.
A combination of the most advanced artificial intelligence in the field and an array of on-board sensors make EAGLE.ONE fully autonomous. The drone hunter can autonomously take off once a rogue drone is detected, track and predict its movements, follow it and deploy an offensive manoeuvre to safely capture it.
EAGLE.ONE carries a powerful on-board computer equipped with the most advanced artificial intelligence in the field. This allows the drone hunter to perform even extremely demanding operations while still relying solely on the on-board computer.
EAGLE.ONE's body is designed to be modular. The undercarriage module is detachable and can be replaced with a module of your choice (such as a net gun or a capture net). This allows us to equip the drone hunter with the most convenient capture mechanism for your perimeter.
Once deployed, EAGLE.ONE is waiting in a stand-by mode. As soon as it receives a command to start a mission (either sent by an operator or a detection system), it is ready to take off in less than 5 seconds.
EAGLE.ONE's body is made of a combination of aluminium and carbon which makes it highly durable. This allows our drone hunter to perform quick manoeuvres and withstand high forces that may occur while capturing the rogue drone.
Our drone hunter is equipped with 8 powerful motors, making it fast and agile while giving it a capability to carry 40 kg maximum. Eight motors allow EAGLE.ONE to keep flying even if up to two motors fail.
The drone hunter carries a dual hot-swappable Li-Po battery pack - allowing the drone hunter to stay in the air for up to 40 minutes.
EAGLE can be equipped with several non-destructive captive mechanisms, making the mission much safer for the surrounding infrastructure. This also gives the operators an option to analyze the captured intruder, thus maximizing the chances of catching the perpetrator.
EAGLE has a highly advanced system for resolving non-standard situations, which can occur during the mission. Even in case everything else has failed, EAGLE.ONE carries an integrated autonomous parachute system which can be deployed during the highest level of emergency.
EAGLE offers an Open API which allows for it to be easily integrated with already existing infrastructure or management systems.
Our drone hunter is equipped with the most-advanced currently-available 3D LiDAR sensor on the market. The LiDAR enables it to autonomously detect the intruder in space and observe its trajectory. The drone hunter can therefore operate without the need of receiving precise information from either the detection system or an operator.
A combination of carbon and high-grade aluminium has been used to construct EAGLE.ONE's body, making it the perfect machine for hunting down any rogue drones.
| WIDTH | 1200 mm |
| LENGTH | 1200 mm |
| WEIGHT | 20 kg |
| LOAD | 25 kg |
| MAXIMUM FLIGHT TIME | 40 min |
| COMPUTER | Core i7 based platform |
| COMMUNICATION | Wi-Fi, LTE |
| SENSORS | 3D LiDAR, RGB camera |
| SAFETY | integrated parachute system |
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.