LZDTM-002
The LZDTM-002 UAV Detection and Identification Module adopts a highly integrated design concept. It is composed of a radio frequency (RF) unit, a computing unit, and a control unit. Developed based on the advanced Cognitive Radio Protocol Cracking (CRPC) 2.0 technology, it can detect and identify mainstream UAV models (such as DJI, AUTEL, etc.) and DIY drones. With a standard interface design, which reduces the complexity of module integration and interface development, providing flexible solutions for various low-altitude protection scenarios, including fixed, airborne, portable, and single soldier applications
Featured
Passive Detection
Passively receives only and does not emit any electromagnetic signals.
Black and White List
One-click whitelist addition, batch import of whitelist data, and persistent blacklisting of unauthorized drones.
Multi-Dimensional Identification
Accurately identifies drone model, frequency band, drone serial ID, latitude/longitude, altitude, flight speed, flight trajectory, and other information.
Modular Design
Provides standard physical interfaces and API development interfaces,with a built-in command and control platform, facilitating secondary development.
Function Expansion
Supports expansion of external direction-finding antennas, jamming interference, navigation spoofing, and other functional modules.
API Interface
Provides standardized API documentation to meet software platform integration requirements.
Specifications
| Detection Principle | Passively receives only and does not emit any electromagnetic signals. |
| Detection Bands | 70MHz～6GHz |
| Key Detection Bands | 433MHz, 900MHz, 1.4GHz, 2.4GHz, 5.2GHz, 5.8GHz |
| Detection Sensitivity | -105dBm |
| Power Supply | DC 24V Power Supply |
| Operating Power Consumption | ≤60W |
| Size | 239.5mm (L) × 179.5mm (W) × 50mm (H) |
| Weight | 1.4kg |
| Operating Temperature | -25℃～60℃ |
The LZDTM-002 UAV Detection and Identification Module adopts a highly integrated design concept. It is composed of a radio frequency (RF) unit, a computing unit, and a control unit. Developed based on the advanced Cognitive Radio Protocol Cracking (CRPC) 2.0 technology, it can detect and identify mainstream UAV models (such as DJI, AUTEL, etc.) and DIY drones. With a standard interface design, which reduces the complexity of module integration and interface development, providing flexible solutions for various low-altitude protection scenarios, including fixed, airborne, portable, and single soldier applications
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