From Security to Civilian Applications: The Evolution of Drone Detection and Anti-Drone Radar Technology

 


The use of drones has increased significantly in the past decade. While they were initially used for military applications, they are now used for a wide range of purposes, from aerial photography to package delivery. With the rise in drone usage, there has also been a significant increase in the development of drone detection and anti-drone radar technology. In this article, we will explore the evolution of drone detection and anti-drone radar technology from its military origins to its current civilian applications.

 

From Security to Civilian Applications:

Drone detection and anti-drone radar technology have their origins in military applications. In the military, drones are used for reconnaissance and intelligence-gathering purposes. However, drones can also be used for more nefarious purposes, such as conducting surveillance on military bases or delivering explosives. To combat these threats, the military developed drone detection and anti-drone radar technology.

 

The first drone detection technology was based on radio frequency (RF) technology. This technology was initially developed to detect radar signals from aircraft. Later, this technology was adapted to detect the signals emitted by drones. This technology is still in use today, but it has limitations, such as the ability to identify only drones that emit signals. Another type of technology used for drone detection is acoustic sensors. These sensors can detect the sound of the drone's propellers and engine. While this technology is effective in detecting drones, it has limitations such as the inability to deter drones that emit low noise.

 

As drone usage increased in civilian areas, the technology was adapted for civilian applications. Drone detection and anti-drone radar technology are now being used to protect critical infrastructure, such as airports, power plants, stadiums and buildings.

 

Technology then vs now

One of the newest technologies being developed for drone detection is the Fusion Detection Technology. The technology is based on a combination of RF and radar technology. The device can detect the signals emitted by drones, even if they are not visible. Now drone detection Radar is widely popular in civilian operations. The RADAR devices detect autonomous drones and provide both elevation and azimuth data on the drone. In addition, the feed from the drone detector can be configured to the data fusion centre for the efficacious remote monitoring of threats.

 

Takeaway

There is no denying that anti-drone technology has come a long way since its military origins. Typically, counter-drone systems can perform several functions ranging from detection, classification and identification to location, tracking and alerting. Consider the fact that not all devices perform all the functionality simultaneously, and pick a device that can tick all the boxes of your anti-drone requirements. 

 

Drone monitoring equipment falls into different categories, and you can pick anything from RF detectors and acoustic sensors to optical sensors and RADARs. So, before you begin browsing, ensure why you need the equipment and choose accordingly from a reputed and reliable company. 


Location: United States

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