The Russian military has found a way to combat kamikaze drones and Turkish Bayraktars by developing a new complex.

2020-12-31

News

The Russian military has found a way to combat kamikaze drones and Turkish Bayraktars by developing a new complex.

The Russian military has found a way to combat Israeli kamikaze drones and Turkish Bayraktar TB2 UAVs.

The Russian military is completing the development of a state-of-the-art short-range air defense system capable of effectively dealing with unmanned aerial vehicles carrying a warhead and Turkish Bayraktar TB2 attack drones, preparing to take the newest complex into service in 2021.

Today, Israeli kamikaze drones pose a particular danger, which, due to flight at low altitude, can be detected only a few seconds before the impact. Nevertheless, the Russian military has found an effective way of dealing with such drones, using instead of the "classic" SAM, ZLK - anti-aircraft laser systems.

We are talking about the development of a combat laser "Advent", which is able to quickly respond to any air threat and at a distance of up to 10 kilometers to hit the target with a short laser pulse.

The key advantage of this is that the anti-aircraft laser system does not need to carry out additional guidance of the missile at the target - a powerful laser pulse hits the drone instantly.

Considering that the maximum range of destruction of targets with the weapons of the Turkish Bayraktar TB2 UAVs is 8 kilometers, the Russian anti-aircraft laser complex can effectively fight these Turkish weapons.

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Alexey January 05 2021 22 in: 46

There would also need a gun, 23mm, several barrels. For insurance. Laser-independent guidance.

Igor January 05 2021 19 in: 23

The key word is to see and then amaze! I wonder how you will see it if the EPR is 0,0XXX sq. M. (Almost STELS)! We need a powerful station, which is incomparable with the cost of the UAVs themselves!

Pavel Ivanov January 05 2021 15 in: 15

The striking beam can go in a surrounding jacket made of gas or an electric magnet. clouds. This was already worked on in the USSR back in the 80s. In addition, at a short range of application, the beam power can simply break through clouds or a deliberately created smoke-gas screen. If the target does not burn, it will simply incapacitate it.

Я January 04 2021 12 in: 16

Contact the head of the enterprise security department, he will be happy to answer all your questions regarding commercial and other secrets.)))

Bogeyman January 03 2021 17 in: 46

The first question is efficiency in the conditions of elementary clouds?

Eugene January 01 2021 14 in: 53

Well, I suppose that when the coordinates of the UAV arrive at the complex, it takes more time to enter the data into the rocket, prepare it for launch and launch it directly. This will take the very seconds in which the UAV can also release its missile. And in the case of a laser, it is enough to simply transmit data to the complex and issue a pulse. The reaction time is shortened and the chances of shooting down the UAV increase. The only question is how soon the laser will be able to form the next pulse?

Sergei December 31 2020 in 10: 33

There is an article, but there is no logic of the idea, because they themselves indicated
"kamikaze drones, which, due to flight at low altitude, can be detected only a few seconds before the strike" how soon can a change of the striking element help here ???