100MHz–6GHz Handheld Counter-UAS System | Portable Anti-Drone Detection & Jammer

Product introduction

The handheld UAV detection and strike integrated equipment, as a portable UAV detection and strike integrated platform, integrates UAV detection, model identification, rough direction finding, position acquisition and directional strike.

Its principle is based on spectrum sensing and artificial intelligence technology to identify and classify the flight control link and image transmission link of UAV, and can conduct rough direction finding and accurate position acquisition for UAV, andcan attack the intruder UAV based on radio interference technology to better guard low altitude safety

Product Specifications

Function Parameter

1. Positioning function: The device can locate the drone and display its position information (longitude and latitude).
2. Direction finding indication function: After the device enters the direction finding mode, the direction finding interface will display the current gun direction and provide the drone's direction indication after the device rotates for one cycle.
3. Direction indication: The device can display the direction pointed by the current device.
4. Flyer position acquisition: Display the position information of the flying hand (longitude and latitude).
5. Position relative relationship display: The device can display the relative position relationship between the drone and the device.
6. Counter frequency band prompt: The device interface can display the selected strike frequency band and provide a prompt when the frequency band strike is enabled.
7. Parameter display: After the device detects the drone, it can display the drone's model, frequency, and signal strength, etc.
8. Time display: The device can display the current time.
9. Data retrieval: The device can transmit device related data back to the backend control platform through wireless network.
10. Screen brightness setting: Device display brightness can be set to adapt to different lighting environments.
11. Radar image display: After entering the direction finding mode, rotate the device and test it once to generate a radar map based on signal strength.
12. Dynamic compass: The device can display a dynamic compass, which can dynamically change according to the direction of the device.
13. Obtaining one's own position: The device can obtain its own location and display its current location on the backend management platform.
14. Access to backend control platform: The device can be connected to the backend management platform and transmit device information, detection and positioning information, etc. back to the backend management platform.

Application Scenarios

Law enforcement anti-drone patrols
Border security and militar*y field operations
Protection of VIPs, convoys, or sensitive sites
Crowd or event surveillance where jamming is permitted
Quick-reaction deployments in drone-restricted zones