Handheld portable anti-drone signal passive detection device

This device features a handheld, lightweight design, making it easy for a single person to carry and operate. Its moderate weight allows for extended handheld use without significant fatigue. Battery powered, it can operate continuously for several hours in the field or in environments without a fixed power source. The user interface is simple and intuitive, combining buttons and touch controls, allowing users to quickly learn how to use it without complex training. The overall design balances portability and durability, making it suitable for various applications such as security patrols, event protection, and drone monitoring.

The device features a built-in high-resolution screen that displays drone signal information in real time. Users can clearly see key data such as the model, signal strength, flight direction, and distance of each drone. The interface combines graphics and text, making information readily apparent and facilitating quick judgment and response in complex environments. Even in bright light or nighttime conditions, the screen maintains readability, improving operational efficiency.

The device can stably identify signals from at least 10 concurrent drones simultaneously, without signal crosstalk or missed detections. Even with dense drone activity or changes in flight speed, the device accurately captures the signal parameters of each target, ensuring the integrity and reliability of monitoring. The multi-target identification function ensures security personnel can handle complex drone interference scenarios, enhancing protection capabilities.

The device supports data storage, enabling retrieval by time, drone model, signal strength, and other criteria. Users can quickly review historical records, analyze drone activity patterns, and provide data support for security decisions. The storage system is designed for stability and reliability, ensuring information remains secure and intact even after prolonged use, and data can be exported for further analysis or archiving.