20MHz-6000MHz Anti-Drone Precision Passive Direction Finding Equipment

This precision passive direction finding device for counter-drone use, covering a frequency range of 20MHz to 6000MHz, fully supports signal detection across this range, adapting to the operating frequency range of various drones. Utilizing passive technology for direction finding, this device not only improves detection sensitivity and accuracy but also avoids interference with the target, offering high stealth capabilities and effectively detecting and locating signals from various types of drones. This full-band coverage allows the device to adapt to diverse drone types, quickly and accurately capturing both low-frequency and high-frequency signals.

This device can not only detect the signals of UAVs, but also detect and display the flight trajectory and position of the target UAV in real time. With advanced signal processing technology, the device can accurately acquire the UAV's position information and present the target's flight path on the display screen. This capability is crucial for rapid response and precision strikes against drones, especially in high-risk environments, providing real-time tactical support and decision-making support.

To ensure stable operation in various complex environments, the device features a waterproof and dustproof design, enabling it to function normally in harsh outdoor conditions. Whether in torrential rain, strong winds, or dusty environments, the device can continuously and stably detect and locate drone signals. The IP65 protection standard ensures the device is not affected by water immersion or dust, greatly improving its reliability and durability, making it suitable for use in complex battlefield or field environments.

This device is designed for stability in extremely cold or high temperature environments, capable of continuous and stable operation within a temperature range of -40℃ to 70℃. Whether in the frigid temperatures of winter or the scorching heat of desert regions, the device can operate effectively, ensuring the successful completion of missions. This feature allows the device to adapt to various harsh weather conditions globally, ensuring optimal performance in different geographical and climatic conditions.