The UAV detection and direction finding integrated system adopts Cognitive Radio Protocol Cracking (CRPC) technology to solve the detection, identification, direction finding, and orientation of civilian UAVs. At the same time, the real-time position of the target UAV and the pilot is determined, and the flight trajectory of the UAV is tracked in real time. It can be used in aviation airports, prisons, important industrial facilities, national defense, public security areas, sports venues and major events.
The cognitive radio protocol cracking technology is the fourth-generation UAV defense method. This technology uses an antenna array to monitor the radio environment in the defense area, and continuously collects radio signals in the defense area for 24 hours. The signal is transmitted to the signal processing unit to accurately demodulate and decode the UAV signal, and then the analyzed UAV signal is transmitted to the data server through the network, and the data server performs unified management of the received UAV signal to UAVs flying illegally and privately carry out interference countermeasures.

Product Parameters

 1.1List of Supporting Equipment

Item		Specification
Passive Detection	Detection Frequency	Range: 70mHz to 6gHz Main bands 2.4G, 5.8G Optional bands: 433M, 900M, 1.4G, 5.2G
	Detection Range	8km (target with DJI Mavic 2)
	Direction Finding Accuracy	≤3°Hovering       ≤10°Moving

Note: please deploy the equipment at outdoor environment, and connect the antennas with the radio processing unit according to the physical identification.
 

1.2 Product Function

 

Module	Description
Passive detection	The system only passively receives and does not emit any electromagnetic signals, and can detect the drone model and its electronic fingerprint
Dead Angle Free Detection	Can accurately determine the direction of the drone to indicate the target
Accurate recognition	Can accurately identify different drones of the same brand, model, and frequency band
Defense	2km
Black & White List	The black and white list can be marked with one click, and the black-flying drones can be attacked, and the white-listed drones will not be interfered.
Full model library	Supports the full range of DJI, mainstream brands in the market and DIY drones, covering more than 98% of mainstream models in the market.

1.3 Working Environment

 

Item	Specification
Operating temperature	-40ºC~+70ºC
Operating Humidity	W95%
Atmospheric pressure	86kPa to 106kPa
Rated voltage	220V±22V AC50Hz±lHz/60Hz±lHz

1.4 Mechanical Characteristics

 

1. UAV omnidirectional detection device
RF processing unit
Contents	Data
Length	410mm
Width	190mm
Height	335mm
Mainhost weight	12kg
Note: Consult technical personnel for specific  products.
Total length	330mm
Total width	310mm
Total height	<5kg

Stable Characteristics

 

 

Item	Specification
Shell Protection	IP66
Continuously working	Unlimited
Technical standard	Meet the requirements specified in 5.10 of GJB 6724-2009

RF Characteristics

Contents	Data
Receiving Sensitivity	2.4G  ≤ -95dBm
	5.8G  ≤ -95dBm
	Others ≤ -95dBm
Receiving bands supports	70MHz to 6000MHz
Detection Airspace	360° full range
Communication Means	FM,2FSK,4FSK,GFSK,MSK,BPSK,QPSK,16QAM,64QAM,OFDM,DSSS,FHSS
Allowable radiant intensity of environmental electromagnetic wave	GB8702-2014 Requirements of Electromagnetic Environment Control Limits
Detection mode	Panoramic scanning, Channel scanning
Working time	24H*365D

 

Note: The above size is the shape size of the detection box under the closed state;

 

 

 

 

2. Device Erection and Deployment

Select a wide-view field outdoors, and start to deploy and use the equipment. Before using the equipment, first check the specifications and quantity of standard parts according to the equipment list points, and then assemble them according to the installation steps below.
 

2.1 Operation Environment

Select a suitable site outdoors and deploy the equipment for use. Usually selected in the outdoor open highland or the top of the building, pay attention to whether there is obvious shielding and the building with strong interference equipment.

 

2.2 Antenna Connection

The receiving frequency band antenna is screwed to the radio processing unit in a clockwise direction one by one according to the corresponding interface identified on the antenna and the radio processing unit. The antenna in the same frequency band can be used, and the detection antenna in different frequency bands cannot be used.
Note: When connecting the antenna, connect the antenna and radio processing unit according to the interface identification, otherwise the damage will be caused to the radio processing unit after the system is turned on.
 

2.3 Power and internet connection

(1) Network access:
The radio processing unit can be connected to the host terminal through TCP / IP interface using optical fiber or standard network cable; or link the device to the wireless network or 4G network

We help our customers to choose the most appropriate anti-drone products based on clients´ requirements and type and size of location or facility that has to be protected. We are constantly searching for new anti-drone technologies to enhance our list of anti-drone products.

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