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  • Low-power detection radar designed for
  • Low-power detection radar designed for

  • Low-power detection radar designed for "low, slow, small" targets for long-range detection of drones and vehicles in sensitive airspace

  • The JR1153 radar is a low-power detection radar specifically designed for "low, slow, small" targets, used for long-distance detection of drones and vehicles in sensitive airspace. It provides accurate three-dimensional position information of the target, achieving 360° full coverage of the regulated area.
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Advantages：Based on the phased array system design, the Doppler filtering system has strong wave suppression capabilities, allowing it to detect and track low-altitude drone targets in environments with strong clutter.

Description：The BQX-RD223 radar is mainly composed of a high-speed radar array rotating platform and a power distribution control box. It is designed for the detection of low-altitude, slow-moving targets, pedestrians, and vehicles.

Application Fields：Focuses on the detection, warning, and target indication of drones in key monitoring areas, providing real-time, accurate, and continuous air situation and target information for the surveillance system.

Automatic detection & trackingTarget location, trajectory display, and list of target distance, direction, altitude, and speed.

Multi-level alarm zonesSet custom alarm areas with different color coding for levels.

Excellent low-altitude detectionA phased-array Doppler filter effectively detects and tracks low-altitude UAVs in cluttered environments.

High reliability360-degree rotation via mechanical rotating platform; rain, dust, and sand resistant, increasing product reliability.

Easy installation & user-friendlyModular design with simple structure for convenient installation; adaptable to different conditions with centralized or separated mounting options.

Advanced technologyPhased array radar system with one-dimensional scanning for different detection schemes, enhancing overall detection performance.

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The measuring terminal uses the radio spectrum monitoring system to passively intercept the image transmission signal and remote control signal between the UAV and the remote control to realize the passive detection of the UAV

The detection end passively intercepts the signal between the drone and the remote control to realize the detection of the drone

The detection terminal uses the radio spectrum monitoring system to passively intercept the image transmission signal and the remote control signal between the UAV and the remote control to realize the passive detection of the UAV. The strike end is mainly for the compulsory control of the UAV or the flying model in the flying state, and the contact between the UAV and the remote control person is cut off at a distance. The interceptor can force the UAV to land or return to the air to ensure the safety of the low-altitude airspace in the region.Cut off all signal communication between the drone and the controller, and the ground controller of the drone can not receive aerial videos and pictures. The drone is unable to locate, forcing the drone to land, hover, or turn back.

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Easy to Install Green Safety Partition Control Integrated Design

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4 low-band antenna interfaces are reserved, and multiple sets of programmable TTL bidirectional interfaces (GPIOs) are provided, which can be used as operation buttons and various control outputs

2dBi dual-frequency omnidirectional antenna, detection radius up to 2km, wide voltage low power consumption.

Both omnidirectional detection antenna and directional direction finding antenna have independent input ports, which can automatically switch between omnidirectional and directional antennas under different states. Four low-band antenna ports are reserved to provide one high-current drive output, which can drive alarm devices such as sound and optical vibration when needed.

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High power in a single channel, operating range of more than 1.5 km (depending on environment/model)

By transmitting a high-power co-band jamming signal to the UAV, the control signal is suppressed, and the connection between the UAV and the remote controller is cut off from a distance, forcing the UAV to land, hover or return home.

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