The fixed drone detector utilizes the techniques of radio spectrum analysis, AOA positioning, and Drone ID. It functions the drone detection, early warning, model identification, and positioning tracking within the detection range.

The handheld drone detector adopts self-developed low-power digital receiving technology, signal detection algorithm, and advanced drone identification algorithm to warn the potential illegal drone entries by making the audio, red-light flashing, and vibrating alarm.

The HD01 handheld detector stores the most of the mainstream drones in its drone library. It is equipped with Bluetooth and 4G wireless internet capabilities. This device can transmit alarm records and log information through wireless Bluetooth to update the drone library online.

Low-altitude detection radar can obtain target's spatial position, movement status, RCS, target type, etc., in real time, including multi-rotor drones, fixed-wing drones, FPV, cruise missiles, swarms, etc.,

This device is the four-side array radar to achieve the drone detection more precisely. Low-altitude detection radar can obtain target's spatial position, movement status, RCS, target type, etc., in real time, including multi-rotor drones, fixed-wing drones, FPV, cruise missiles, swarms, etc.,

The photoelectric identification and tracking camera adopts a miniaturized concealed structure design to achieve positioning, tracking, and identification of small UAV targets.

The directional jammer can make the drones return, forced land or hover and prevent the drones from entering the controlled area by transmitting radio signals to form an electromagnetic signal shield. 

Omnidirectional radio jammer can force drones to land automatically or drive them away to ensure the low-altitude safety. It can transmit interference signals in an omnidirectional way, covering 360° in a full range.

The portable shield jammer can cut off control link, image transmission link, and navigation link of the drone. It can make the drone return or forced land and prevent it from entering the controlled area.

The navigation spoofer uses satellite navigation simulation technology to emit navigation decoy signals to drive away or forced drones to land, making drones outside the control area cannot enter while drones in the control area cannot take off.

The multi-mission defender can not only detect illegal invading drones by analyzing their spectrum characteristics and Drone ID, but also interfere and block drone signals to force the drones to return or land, through electromagnetic suppression technology.