| Customization: | Available |
|---|---|
| Frequency Range: | DCS1800 |
| Frequency: | 1805~1880MHz |
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This portable handheld testing terminal boasts high-precision testing capabilities, enabling rapid analysis of core data such as the drone's identity, location, flight status, and control station information. Through real-time collection and analysis of this crucial information, users can accurately understand the drone's flight status and promptly grasp its location and control situation. This functionality is essential for drone safety monitoring and flight trajectory tracking, especially in complex flight environments, effectively ensuring the safety and legality of flights.
| Parameters | Description |
|---|---|
| Operating Mode | Passive detection, does not actively emit electromagnetic signals; |
| Operating Frequency Band | 2.4G/5.8G/Bluetooth; |
| Detection Radius | 1-2km (depending on local electromagnetic environment and drone model); |
| Positioning Error | ≤10 meters |
| Detection Quantity | ≥10 drones |
| Flight Duration | ≥8 hours |
| Device Weight | Approximately 480 grams (including battery) |
| Screen Size | 5.5-inch IPS HD screen |
| Device Dimensions | 214x82x37mm |
This test terminal supports local storage of monitored drone Remote ID data and flight trajectories. Users can view the drone's flight history at any time and export the data for further analysis and review. Whether used for flight record saving or as part of safety checks, the device provides efficient data storage and operational support. Simultaneously, the data export function allows users to perform detailed analysis later, thereby improving flight safety and compliance.
This testing terminal features a handheld, lightweight design for easy on-site operation. Through rational design and the selection of high-quality materials, the weight of the equipment is effectively controlled, allowing users to hold the device for extended periods without fatigue. Furthermore, the device supports battery power, facilitating rapid testing outdoors and in drone flight environments. The user interface is simple and intuitive; users can complete the necessary flight data collection and analysis with simple touch operations, making it ideal for rapid response in emergency environments.
To enhance the user experience, this testing terminal is equipped with a color LCD touchscreen of at least 5 inches. This screen not only displays clearly but also presents high-quality real-time data, ensuring users can intuitively view drone flight information. The touchscreen design makes operation more convenient and faster; users can adjust data and monitor in real time with a simple touch, greatly improving testing efficiency and accuracy
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