How new drones are being developed in Ukraine for deep blows to the Russian Federation

< img src = "/uploads/blogs/6e/5b/ib-FR9I174sm_4999EA2A6.jpg" Alt = "How new drones for deep blows in Russia"/> in Ukraine are being developed in Ukraine. < p >

< p _ngcontent-serverApp-c88Ukraine produces the most in the world of battle drones. Drones have become an integral part of combat & ndash; They are used for exploration, adjustment of fire and damage to the enemy. But like every new technology, they have great potential to improve and expand opportunities. We are looking for and implementing exactly such innovative solutions that strengthen our troops on the battlefield.

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< p dir = "ltr" > as an example, I want to talk about drone technology & ndash; Carriers of Ratranslators. Next, read in the exclusive column for the site & nbsp; 24 channels.

< h2 class = "News-Subtitle CKE-MarkUp" Dir = "Ltr" > How Radrotens a Dron on the battlefield

work < p dir = "ltr" > Imagine that & nbsp; between drone and remote & nbsp; control stretched thin invisible thread & ndash; This is radio communication. The threads have a certain length & ndash; This is the maximum distance of communication. & nbsp; < strong > Further this distance drone will not fly. < p dir = "ltr" >The maximum distance at which our conditional thread extends is called “radio horizon”. The goals behind this horizon can not impress our drones. This is a problem because often in order to stop Russian offenses, most effectively destroy strategic goals in their rear.

< p dir = "ltr" >< strong > How to increase this distance ?0 ~/strong > 62 >/p > > 62 > 62 > 62 < p dir = "ltr" > you can use special masts & ndash; Land relayers who receive and enhance the signal from the remote, so that drones can fly further. However, they have two big minuses.

< Ul Dir = "ltr" > < li > first & ndash; If there is some obstacle between the mast and the drone, such as a hill or house, then the “thread” of communication will break and the pilot will lose control. < li > second & ndash; The ground masts are quite large and well visible from the air. Because of this, the enemy is easier to find the position of our pilots.

< p dir = "ltr" >To solve this problem, we have paid attention to the necessary for the front technology drones-carriers of repeaters.

< p dir = "ltr" > returning to “thread”, now we have two of them: one connects the control panel with a drone-retraislator, and the other & ndash; drone drone that performs a combat mission. Due to the height of the repeater, these “threads” can extend much further, bypassing obstacles and expanding the area of ​​shock and reconnaissance drones many times. And, unlike the mast, the Drone retraistor is mobile and less noticeable, which reduces the risks of demand for the military.

< p dir = "ltr" >Mass use of such air retranslators can be a new communication infrastructure for our unmanned forces and & nbsp; < strong > a real nightmare for Russian invaders < H2 class = "News-Subtitle cke-markup" dir = "ltr" > Testing theories and implementation in practice ~ ~ ~ < p dir = "ltr" > on paper everything is simple, but in reality technology requires testing, testing and constant improvement. Therefore, Brave1 with the support of the deputy commander -in -chief of the Armed Forces of Ukraine, brigade General Andriy Lebedenko and the management of innovation activity of the Armed Forces carried out two large -scale measures with Ukrainian drones and military developers where we tested these technologies.

< Ul Dir = "ltr" > < li role = "Presentation" > Actually, the relaying devices themselves;

< li role = "Presentation" > Retranslars' drones;

< li role = "Presentation" > Optical stabilization technology so that the drone can move autonomously and hang fixed over a certain point, even during the action of the Reb.

< p dir = "ltr" > By the way, this event became the first in Ukraine a mass test of optical stabilization technology (odometry) on drone.

< P class = "bloquote cke-mapup" dir = "ltr" >The results of the tests confirmed the high potential of technology, opening the way for further development. Therefore, our next step was testing directly drones < p dir = "ltr" > for this we have collected more than 20 drones specializing in similar solutions. Key requirements & ndash; Long time, optimal price and quality balance, Ukrainian production and available accessories for speeding up of repair logistics.

< p dir = "ltr" > The developers tested the ability of their products to take off autonomously, to flight, land and motionlessly hang in the air above the given point. Also tested super -resistant drones from the network and drones with night optical stabilization to reduce drones in the dark.

< p dir = "ltr" >Separate direction & ndash; Ground robotic complexes (NRCs). They are more difficult to connect because there are more obstacles on Earth than in the air. So we also tested the solution to communicate with land work.

< p dir = "ltr" > According to the results of these tests and feedback from the military, our team has formed a list of requirements for characteristics of drones-carriers of retranslars for developers. We prepare the following tests and work on the introduction of technology in combat units. By the way, the trials were present representatives of R&MP; Amp; D-departments of some units whose products already show high suitability for use on the battlefield.

~ < h2 class = "News-Subtitle CKE-MarkUp" DIR = "LTR" > “Long Hands” of Ukrainian Military ~ < p dir = "ltr" > ligament is an extremely important function, but the capabilities of the drones-carriers of repeating are not limited.

< P class = "bloquote cke-maarkup" dir = "ltr" > Some of these drones can be carried not only by repeaters but also other drones, such as shock FPV. This is the so-called drone.

< p dir = "ltr" > These drones fly to the desired depth, run FPV and stop at a given point, acting as a repeater. A FPV drones affect priority targets tens of kilometers from the front line, such as headquarters, ITs or air defense systems.

~ < p dir = "ltr" > are gamecene for a faster, more accurate and distant lesion of the enemy where he is the least expected. We continue to look for, test and implement such innovative solutions to provide the Ukrainian military technological advantage on the battlefield.

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