Multi frequency band drone navigation deception

The drone navigation deception device consists of a host, power supply, and management software platform.

With the real-time position and trajectory information provided by radar and other detection equipment, the system dynamically adjusts the decoy position coordinates to induce the drone to fly to a designated location and land.

1.Technical Indicators 

2.Product features

•The device simulates and transmits drone deception traction signals that are completely consistent with the in orbit navigation satellite signals, and performs position deception, speed deception, and time deception on the drone.

•Equipped with functions for drone forced landing, driving away, directed driving away, and no-fly zone.

•Capable of defending against drone swarms.

3.Application           

1) Protection of single building "point target" in urban areas.

A typical scenario is the protection of a single high-rise building in a city against drone intrusion.

The workflow of the air fence mode defense system is as follows: distributed transmission antennas detect drones, servers intelligently analyze and identify whether there is a threat, monitoring and command centers alarm and automatically issue countermeasures, the transmission antenna closest to the invading drone automatically aligns to implement navigation deception interference, and the invading drone makes a forced landing.

2) The protection of multiple building clusters' regional targets' aims to carry out drone intrusion prevention in a certain area of the city, with a typical scenario being the protection of the hospital area:

According to the environmental characteristics of the courtyard, it is necessary to arrange several devices along the core building around the perimeter of the courtyard, which can achieve full coverage detection of the space surrounding the courtyard. Part of the document buildings located near the outside of the hospital area can deploy multiple transmitting antennas in a distributed manner, ultimately forming a detection coverage of all the three-dimensional space around the building. 

The workflow of the directional departure mode defense system is as follows: navigation deception, antenna detection and detection of drones - intelligent analysis and identification of threats by local servers - monitoring and command center alarm and automatic issuance of departure instructions - distance intrusion of drones - top of the building's transmission antenna automatically targeting the target drone to implement deception and evacuation - intrusion of drones being lured to the designated departure direction (the departure direction and speed can be set.

3) Long "line markers" protection mainly targets open and narrow areas for protection, with typical scenarios being protection along border lines and high-speed railways.  

4) Vehicle mounted "sports logo" accompanying protection.

In the form of a vehicle, it mainly provides protection for moving targets during sports, with typical scenarios such as international marathons, cycling events, or accompanying protection for moving security targets.