| Customization: | Available |
|---|---|
| Frequency Range: | GSM900 |
| Frequency: | 1805~1880MHz |
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This system can accurately detect stationary drone signals within the 300MHz to 6GHz range, making it widely applicable for radio wave detection across different frequency bands. This frequency range covers most common drone communication signals, from low-frequency control signals to high-frequency image transmission signals, ensuring efficient system performance in various scenarios. Whether in complex urban environments or open areas, it can effectively receive and identify different types of drone signals. The compatibility of this frequency band makes the system suitable not only for military applications but also for civilian drone surveillance, law enforcement, and private security, among other scenarios.
| Parameters | Specifications |
|---|---|
| Effective Detection Distance | ≥3km, Target Power Not Less Than 25dBm |
| Radio Detection Frequency Range | 300MHz~6GHz |
| Direction Finding Frequency | 915MHz, 1.4GHz, 2.4GHz, 5.2GHz, 5.8GHz |
| Detection Range | Azimuth Angle 0°~360° |
| Direction Finding Accuracy | ≤5° (RMS) |
| Power Consumption | ≤120W |
| Communication Method | RJ45 Interface Communication, TCP Protocol |
| Protection Rating | IP65 |
| Operating Temperature | -30ºC~55ºC |
| Weight | ≤16kg |
| Decoy Signal System Dimensions | Diameter ≤590mm, Height ≤320mm |
This system has powerful real-time signal monitoring capabilities, enabling continuous 24-hour monitoring and capture of fixed drone signals in the 300MHz~6GHz frequency band. Through a high-precision detection module, users can acquire real-time information on the drone's activity status, including flight altitude, speed, and specific location. This significantly improves the real-time performance of drone monitoring, helping users promptly detect potential security threats, especially in sensitive areas such as no-fly zones and areas surrounding important facilities, playing a crucial preventative role. With efficient data analysis and processing technology, users can react immediately, ensuring the safety of the surrounding environment.
The system adopts a modular design, allowing users to flexibly expand its functionality according to actual needs. Different detection modules can be customized for different frequency bands or distances, achieving various combinations of functions. For example, for long-range detection, adding a high-gain antenna module can improve the system's signal acquisition capability; for interference issues in complex environments, an anti-interference module can be added to enhance system stability. This modular design not only makes the system more flexible, meeting diverse application needs, but also makes upgrades and maintenance more convenient and efficient for users.
To facilitate the archiving and analysis of detection data, the system supports uploading real-time signal detection data to the cloud. Through the cloud platform, users can not only achieve long-term data storage but also leverage the powerful processing capabilities of cloud computing for in-depth data analysis. The cloud system can automatically generate data reports, providing detailed information such as drone activity trajectories and flight times. This function is crucial for long-term tracking and statistical analysis of drones, especially for governments, law enforcement agencies, and security organizations, helping them systematically analyze and handle drone safety incidents and take timely countermeasures.
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