To ensure safety, the digital imaging and remote signals are continually transmitted between the remoter and the drone, which provides reliable sources for passive detection and recognition of drones.
lmaging&Control Signals varies between different models and different bands of drones, which provides basis for brand & model recognition.
By intercepting, measuring and analyzing the transmitting signals of flying drones, the models and brands of drones can be recognized. the direction of drones position can be measured throught the antenna array, and the range is simultaneously estimated, which helps to map the location of targets on terminal monitors, and provide guiding information for the jamming weapons.
First of its kind, ST-ADR30 realize roughly ranging and locating with single station, therefore mapping tracks of drone on terminal.
Recognize drones’ model & brand based on signal feature database, which includes over 40 models and is expanding.
|Multiple-frequencies||2.4GHz/5.8GHz/433MHz, and 400MHz-6GHz wide-band version is also available|
|Signal Types||operating and imagine signals of drones, and IEEE 802.11 (Wifi) signals|
|Detection Range||≥ 3km~10km (Measured by DJI Phantom 4A)|
|Coverage Angle||360° in horizon and 60° in elevation|
|Angular Accuracy||≤5° (RMS)|
|Maximum Tracking Number||≥20|
|Power Supply||AC12V (< 5A)|
Detecting the Low, Slow and Small target is an international difficulty of Science and Technology. Our Anti-Drone Low Altitude Searching Radar is mainly used for detecting the low altitude/sipper low altitude, slow speed and small target in short range to conduct the low altitude and supper low altitude air situation reconnaissance, to automatically search, track the target, and to output the target parameters and report to superior command center. It is mainly used to provide low altitude early warning for some important military or civilian facilities such as airports, telecommunication command centers, missile launching positions, transportation hubs (bridges, railway station, sea port etc.) military bases, energy bases etc.
|Operating system||Linear frequency modulation continuous wave and Phased array|
|Detection range||6-8km(Four-rotor airway model,typical target Di Sprite 4)15-30km(for Military UAV)|
|Detecting altitude||Wave beam coverage 30-5000m|
|Detecting accuracy(RMS)||Range≤25m,Azimuth≤1, Pitch≤0.5°|
|Time of deployment / withdraw||≤10min|
|Operating mode||≥5Km (jamming power≥20w)|
|Antenna Azimuth Range||0-360°|
|Antenna Elevation Range||0-45°|
|Antenna Rotation Velocity||0-36°/s|
|Servo Control Type||Automatic (by software)|
|Antenna Direction Error||≤0.5°|