2.4G and 5.8G mainstream frequency band drone detection 5km module

This drone detection module supports the mainstream 2.4GHz and 5.8GHz bands, ensuring efficient operation even in complex environments. The 2.4GHz band offers advantages in communication range, while the 5.8GHz band provides higher transmission rates, suitable for various types of drones. Through advanced signal processing technology, the module can clearly capture signals from different directions, promptly identifying and analyzing drones in flight. It maintains stable detection performance in both densely populated urban areas and open suburban areas.

This module has strong signal reception and processing capabilities, supporting a maximum detection range of 5 kilometers. In open areas or during high-altitude flight, the drone's signal can be accurately captured within a distance of 5 kilometers. Whether flying at low altitudes or over long distances, the module can accurately determine the drone's location and provide effective identification and early warning. This ultra-long detection range significantly enhances the drone's monitoring capabilities, ensuring timely response and prevention of potential security threats.

This module can simultaneously monitor signals from multiple drones, greatly improving monitoring efficiency. Through advanced multi-channel signal reception technology, the module can process signals from different flight directions and frequency bands, determining the location and flight trajectory of multiple drones in real time. Even in dense drone flight scenarios, it maintains accurate multi-drone tracking and interference, ensuring no potential threat is missed. This multi-drone monitoring function makes drone monitoring for large events and important locations more efficient and reliable.

This drone detection module features flexible installation methods, supporting multi-point installation in scenarios of varying scales. Whether it's centralized monitoring of a single device or distributed deployment of multiple devices, it can meet the needs of different scenarios. In large venues or complex environments, the coordinated operation of multiple detection points can cover a wider area, share monitoring data in real time, and ensure comprehensive detection and control of drones. It can flexibly adapt to urban building clusters, industrial parks, and the perimeter of military bases, meeting the needs of efficient monitoring.