The equipment is mainly used for UAV detection and identification, and can be freely matched with UAV countermeasure equipment or deception equipment to form a defense system. The device adopts the combination of analog RF technology and modern digital signal processing technology, with built-in RF analog front-end, secondary frequency receiver, high-speed A/D converter and digital signal processor, optimized design for the radio frequency bands commonly used by civil drones and embedded with a large number of practical codes, which overcomes the high false alarm rate, high volume, high power consumption and inherent drawbacks of requiring high-performance processor support, with high cost-effectiveness, low false alarm rate and high power consumption, and the system has a high cost-effectiveness, low false alarm rate, high power consumption and requires high-performance processor support, It overcomes the inherent drawbacks of high false alarm rate, large size, high power consumption and the need for high-performance processor support of the spectrum meter scheme and SDR scheme commonly used in this field, and the system has high cost-effectiveness, low false alarm rate, high integration and high flexibility.

Adopting secondary frequency conversion and IF digital processing technology, it has the advantages of both traditional analog receivers and modern digital receivers.

Effective for most civilian drones, including domestic and foreign mainstream brand drones and various DIY assembled drones, especially suitable for all kinds of traversing aircraft.

Extremely high sensitivity, when using 6dBi antenna, the detection distance can generally reach more than 70% of the UAV's mapping distance; when using 3dBi antenna, the detection distance can generally reach more than 50% of the UAV's mapping distance.

RF front-end with professional limiter, can work normally near the jammer without damage.

Extremely low false alarm rate, especially in complex electromagnetic environments, compared with other devices that generally use spectral feature comparison, more false alarm rate advantage.

Very low average power consumption, averaging only 5W at peak performance, 2.5W in low-power mode, and 0.2W in standby mode.

Work-grade environmental adaptability, allowing stable operation in ambient temperatures of -40~+70℃.

In synchronized mode, multiple units work together with the data processing unit to achieve the direction finding function.

With expansion interface, can be connected to the IFF enemy identification system to realize the enemy identification function.

Low cost, cost-effective, small size, weight only 4.5KG.