Anti Drone System
On the basis of the self-developed precision photoelectric turntable, it deeply integrates phased array radar, passive spectrum, radio interference, navigation deception, pilot positioning and other equipment. The anti-UAV automatic defense system integrating control, interference, trapping and trapping can effectively guarantee the low-altitude safety of key areas throughout the day, all time, and all dimensions.
Radar Equipment ：
|Search discovery: large-scale, long-distance target search and tracking under day and night, all-weather conditions;Target coordinate acquisition: obtain the target's multi-dimensional coordinate information such as distance, azimuth, pitch, speed, and height;Track display: Obtain radar detection information, process and display radar detection track data;Radar guidance: It can guide the photoelectric detection system to quickly locate and capture the target.System: Three coordinates, chirpBand: Ku bandDetection distance (false alarm rate: 10-6, detection probability: 90%):Maximum detection distance: ≥5km (RCS=0.01m2); close blind area: ≤180mDetection range: azimuth: 0～360°; elevation: 0～40°;Maximum number of targets: Search: ≥100; Track and record: ≥50;Accuracy: azimuth: ≤0.5°(1σ); pitch: ≤0.5°(1σ); distance: ≤8m(1σ);Interface protocol: network interface, UDP protocol;Power supply: AC220V/50Hz; peak value≤300W, average≤200W.Dimensions: ≤580mm×450mm×240mm;Weight: ≤26kgUsing phased array, frequency sweep and other radar detection technologies, it can detect and track incoming UAVs from any azimuth at a long distance, provide all-weather, all-day low-altitude surveillance and detection for vital parts, and provide warning and interception information.||
Output frequency range:GPS L1 band 1575.42±3MHz; GLONASS L1 band (1062+K*0.5625±2) MHz BD BD2/BD3Power: 10mW～20W (optional)Working distance: when the power is 10mW, the distance is ≥1.5kmSampling rate: 20HzThe navigation decoy system can realize the no-fly function of standard drones by setting the no-fly zone。By generating information such as satellite orbits and test data of GPS, GLONASS, BD constellations and hybrid constellations, it is possible to generate satellite navigation simulation signals of specified position and speed; and then inject the signals of simulated position and speed parameters into the UAV satellite navigation system, Realize automatic cruise rejection of UAV.
|It integrates high-definition visible light camera, refrigerated/uncooled infrared thermal imaging, follow-up laser lighting, automatic tracking module, and precision servo turntable. It can automatically search or conduct low-altitude targets such as drones under the guidance of radar/passive spectrum equipment. Quickly and accurately capture, track, and identify, so as to provide an intuitive visual guarantee for radio interference and countermeasures.||Precision servo turntable: Rotation speed: horizontal/tilt 0.01°～90°/s (continuous speed change) Acceleration: pan/tilt 120°/s2 Rotation range: horizontal 0～360°; pitch -90°～+90°, support overhead tracking Accuracy: positioning accuracy 0.02°; tracking accuracy: 1mrad Transmission mode: torque motor direct drive Network interface: 1 channel 10M/100M adaptive Ethernet port (including thermal image + HD visible light + RS422/485 control), Power source: 1 way DC48V Data protocol: support TCP/IP, UDP, RTP, RTSP, etc., PTZ control follows Pelco-P, Pelco-D, etc., private protocols can be customized Dimensions: ≤575mm×475mm×655mm Total weight: ≤65kg(excluding optical load) Carrying method: overhead or vehicle|
Main Function ：
Display: track display, video preview, status monitoring,digital map
Control: multi-level control, electronic fence, black and white list
Analysis: information fusion, intelligent analysis
Decision-making: alarm linkage, threat judgment, command and dispatch
Management: equipment management, user management, data management, Information Sharing
Detection perception ：
Search discovery: large-scale, long-distance target search and tracking under day and night, all-weather conditions;
Target coordinate acquisition: obtain the target's multi-dimensional coordinate information such as distance, azimuth, pitch, speed, and height;
Track display: Obtain radar detection information, process and display radar detection track data;
Radar guidance: It can guide the photoelectric detection system to quickly locate and capture the target.