Handheld lightweight anti-drone signal detection system

This anti-drone signal detection system features a handheld, lightweight design with a moderate weight, making it easy for a single person to carry and operate for extended periods. The entire unit is battery-powered, with a removable and replaceable battery to extend field usage time. The user interface is simple and intuitive, with a logical button layout, allowing even first-time users to quickly get started. The screen display is clear, showing real-time detection status and signal strength, ensuring efficient and smooth operation. The overall design balances portability and practicality, meeting the needs of field deployment and emergency response scenarios.

The system can accurately detect the two mainstream drone broadcast frequency bands of 2.4GHz and 5.8GHz. Whether it's a small civilian drone or some industrial-grade drones, their control signals and video transmission signals can be captured by the system. Through frequency band scanning and signal decoding, the presence of drones can be quickly identified, enabling early warning. Strong frequency band compatibility allows it to handle drones from different manufacturers and models, ensuring reliable detection in complex environments.

This system can not only detect drone signals but also identify the location of the pilot controlling the drone. Through wireless signal analysis and directional positioning technology, the system can display the pilot's location in real time, providing a basis for decision-making in safety management and prevention. Drone and pilot information are displayed synchronously, supporting simultaneous monitoring of multiple targets and improving the efficiency and response speed of counter-drone deployment.

The system supports real-time drawing of drone flight trajectories, offering two modes: "Real-time Trajectory" and "Historical Trajectory." The real-time trajectory mode dynamically displays the drone's current flight path and speed direction, helping operators understand the drone's activity status. The historical trajectory mode replays past drone flight routes, providing intuitive data support for event analysis, accident investigation, or airspace management. Data can be exported for reporting and further analysis.