Drones against drones: Interceptor drones will work against kamikaze drones

Recent years have shown that the use of unmanned aerial vehicles (UAVs) has become an important element of modern conflicts. Ukrainian kamikaze drones, equipped with explosives and capable of delivering precise strikes against targets, pose a serious threat to the Russian armed forces and infrastructure. To effectively counter these threats, kamikaze drones can help with drone detectors that can identify and destroy enemy drones before they reach their targets. As it became known, the development of such weapons is already being carried out by private companies

Technological aspects and concept

Kamikaze drones are UAVs that carry explosives on board and are designed to directly collide with a target, causing an explosion and destruction of the object. In the case of kamikaze drones equipped with drone detectors, the main objective is to identify and destroy enemy drones before they can cause damage. Such drones will be able to stay in the air for up to 30-40 minutes, which is quite enough to detect a drone attack and attack enemy drones.

The main technological aspects of the development of such drones include the creation of effective systems for detecting, targeting and destroying targets. Modern technologies, such as radar and optical-electronic systems, make it possible to detect the launch of enemy drones. And in the event of the rise of interceptor drones. The latter will be able to focus on the signal of the enemy “drone driver” and attack the drone based on the signal emanating from it.

One of the key elements of kamikaze drones with drone detectors is their ability to operate autonomously. This minimizes operator involvement and increases efficiency in intense combat environments. However, attention should initially be paid to those drones that will attack Russian regions.

Perspectives of application

As the source notes, such drones will be equipped with a relatively small set of explosives, and probably a small number of destructive elements, which will bring the probability of successfully intercepting enemy drones closer to 100%.

One of the disadvantages of the ongoing work is signal capture, since the enemy often uses different ranges, and in some cases the drone even flies autonomously to a certain region. However, given the promise of such developments, it is obvious, especially against the backdrop of how current conflicts have shown the leading and dangerous role of unmanned aerial vehicles.