| Customization: | Available |
|---|---|
| Frequency Range: | DCS1800 |
| Frequency: | 1805~1880MHz |
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With the rapid development of drone technology, its applications in military, commercial, and agricultural fields are becoming increasingly widespread. However, the stealth and flexibility of drones make locating their signal sources a complex technical challenge. To address this need, a fixed drone signal detection, direction finding, and positioning function has been developed. Through a high-precision positioning system, the signal source of a drone can be tracked and locked in real time. This technology can accurately pinpoint the drone's flight path and specific location, even in complex environments. By analyzing the frequency, strength, and phase of the wireless signal, this system can quickly and accurately determine the drone's location, thus providing relevant departments with effective countermeasures.
| Parameter Name | Description |
|---|---|
| Detection Frequency | Supports 300MHz~6000MHz |
| Key Detection Frequency Bands | 2.4G/5.8G/800MHz/900MHz/1.1G/1.2G/1.4GHz |
| Coverage Angle | 360° |
| UAV Positioning Accuracy | ≤10m |
| Detection Distance | 1~3km |
| Minimum Detection Altitude | 0m |
| Power Supply | AC220V to DC24V |
| Detection, Direction Finding, and Positioning Functions | Available |
| Network Functions | Supports LAN networking (RJ45 interface), 4G/5G Function: Optional |
| Protection Rating | IP66 |
| Equipment Availability | ≥99.9%, capable of long-term operation without failure |
The fixed UAV signal detection system can not only locate the UAV's position in real time, but also efficiently record signal data. This data includes signal strength, frequency, phase, and other radio characteristics. By continuously recording this data, the system can provide rich information for later analysis. For drones that frequently enter and exit certain areas, analyzing their signal change trends can help identify drone behavior patterns, thus providing strong data support for preventative measures. Furthermore, the system can generate detailed historical reports and archive signal data for long-term tracking and analysis, providing decision-making support for security management departments.
To meet the needs of all-weather drone monitoring, the system's design prioritizes high stability and reliability. Advanced heat dissipation technology and anti-interference design ensure stable operation even in extreme environments such as high and low temperatures and humidity variations. The system's hardware has been specially optimized to support 24/7 uninterrupted operation, enabling real-time monitoring of drone activity day and night. In addition, the device integrates a high-efficiency battery management system, allowing for extended independent operation even without an external power source, ensuring continuous and efficient system operation.
This system boasts comprehensive wireless monitoring capabilities, enabling it to monitor drone signals over a wide area and collect data from multiple points. Through a distributed wireless sensor network, the system can accurately detect drone signals from all directions, providing real-time location data and flight status. Furthermore, the system supports remote data transmission and integration, synchronizing collected data to a central server for real-time viewing and subsequent analysis. This comprehensive monitoring and data acquisition capability leaves drone activities nowhere to hide, significantly enhancing security.
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