This product is highly integrated and uses electronic jamming technology to implement precise countermeasures against drones within 500 meters. Multi-band electromagnetic emission, ready to use, cuts off the remote control, image transmission, and navigation links of the drone at a long distance,...
By jamming the communication channels, the drone is effectively disabled and forced back to its home base or grounded at its current location.
Navigation Tricking System launch fictitious satellite navigation signal, block the real navigation signal in the air, falsify the navigation system of drones, change the auto location of drones, induce the drone to make a false response and get away from
Low-altitude surveillance radar is mainly used to detect ground, sea and low-altitude targets. It has excellent anti-interference ability, ground/sea clutter suppression ability, and can actively detect and track targets.
The system are using a combination of day light TV and thermal infrared image sensor, steady continuous monitoring and tracking targeted drones.
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Development Status of Anti-UAV Systems
With the rapid opening of the drone market, it is no longer difficult for people to own a handheld "grey aircraft" that "fly and fly", but accidents of "flying" and "black flying" of drones are frequent and hurt people. Destruction may even be used by terrorists, causing major security risks. In addition to the introduction of regulatory policies, the necessary anti-drone methods must be launched. Therefore, drones and anti-drones will play a game of technical competition and mutual vulnerability finding.
According to statistics, from 2017 to 2022, the anti-drone market will grow at a rate of about 23.89% per year. By 2022, the total market will reach $ 1.14 billion. Among them, the demand for anti-drone systems in the Asia-Pacific region will account for 30% of the global market, and anti-drone products will maintain high-speed growth for a long time.
1. Classification of anti-drone systems
Anti-UAV system refers to a device that uses technical means to monitor, interfere with, deceive, control, and destroy UAVs. At present, the technical methods of anti-UAV mainly include laser cannon, signal interference, signal deception, sound wave interference, hacking technology, radio control, and anti-UAV drone.
The anti-drone systems developed using these technologies can be roughly divided into three categories: one is monitoring and control, and the drone is controlled by the transmission code that blocks the use of the drone and guides it to return home, while avoiding the drone crash . The second is direct destruction, mainly using missiles, laser weapons, microwave weapons, fighting drones, and conventional firepower to directly destroy drones. The third is interference blocking, which transmits directional high-power interference radio frequency to the drone, cuts off the communication between the drone and the remote control platform, and forces the drone to land or return home.