Production of flight controllers for FPV drones in Russia. The video shows the work of a small Russian enterprise in Vladivostok, producing flight controllers for FPV drones. All stages of the production of electronic boards and their testing on FPV drones are shown. In the photo you can compare a Chinese and a Russian flight controller. Technical data of the controller on the screen. So far, up to 2000 flight controllers are produced per month.
Russian Military News, Reports, Data, etc.
- Thread starter tphuang
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It needs to be said that the production lines of the Russian MIC from drones to tanks and everything else, are filled with discharged veterans either wounded and can no longer fight or those who completed their contracts honorably and needs a job.
Knowing their work will matter life and death for those still in the battlefield, they have the highest motivation possible to make their best work.
The Russian modified RB-504P-E electronic warfare system designed to combat drones was shown at the IQDEX 2025 international defense exhibition in Baghdad. The electronic warfare system is described at the end of the video. As reported, the RB-504P-E electronic warfare system was tested in real combat conditions, and 10 countries have already shown interest in it. The special feature of the Silok electronic warfare system is that it can counter not only single UAVs, but also a swarm of drones. The RB-504P-E electronic warfare system is designed to detect and interfere with the control and data transmission channels of UAVs and their GPS signal receivers. The electronic warfare system can suppress drone communication channels at frequencies from 420 to 5850 MHz, at a range of up to 3.6 km. Drone satellite navigation channels are suppressed at frequencies of 1150-1610 MHz. The electronic warfare system can simultaneously affect four drone control channels and 2 drone radio navigation channels.
Another trainload of rare T-54, T-55 and T-62 tanks in the Russian army was spotted in one of the cities of Russia. The trainload also transported new 2S19 Msta-S self-propelled guns. The Russian army usually uses T-54, T-55 tanks taken out of storage in rear areas or as mobile artillery, there are almost no videos with them. Usually the crew of the T-54 tank is reduced to three people, the tank's work is adjusted from the UAV.
A lot of the shorter ranged but more mobile or easier to move around artillery has become more relevant nowadays than staying afar and hitting your opponent over 20km, 30km, 40km or so on. It explains why so many long ranged artillery like 155mm units forsake their range advantage and come closer to the front, which gets them drone struck.
The reason for this is that attacks now take place as a multitude of small arrows, ala, small assault groups over a much wider front. There is much less concentration of forces that you can blast a big gun with. Instead you have to respond against multiple surprise creeping assaults that is suddenly here and then there. At this point, response time, after a drone spots the attacking force, not range, is the issue.
Instead of staying back as they used to, drone forces are moved closer to the front to reduce the time they can deal with each assault. For this reason, both towed and self propelled artillery units are also moved further forward, supplemented with tanks working as SPGs, smaller caliber SPGs like the ever popular Gvozdika, towed 122mm and even 105mm howitzers. 82mm and 120mm mortars are more popular and used than ever, as well as self propelled mortars along with vintage anti tank guns, field guns and howitzers.
Doesn't mean long range artillery application is no longer useful. You still have to deal with the reserves that are assembling in the rear. But these force concentrations might be more efficiently dealth with by glide bombs, ballistic rockets and MLRS.
Promising military equipment of the Russian Airborne Forces. The "Airborne Forces Innovation Day" was held in Alabino, Moscow Region. At the thematic exhibition of military technologies, more than 400 samples of modern and promising developments in the field of weapons, military and special equipment were presented. In the frame, you can also see a Russian interceptor drone, which is already used by the Russian army, it was shown earlier. It is worth noting that not all equipment will be adopted by the Russian Airborne Forces. The purpose of the event was to find promising models developed by various enterprises in the interests of the Airborne Forces. More than 80 enterprises took part in the thematic exhibition of technologies and developments in the interests of the Airborne Forces
Russian Project 885M submarine firing a Kalibr missile at a range of 1,100 km Footage from the Russian Pacific Fleet exercises, with missile firings by the Russian multipurpose nuclear submarine Krasnoyarsk. The video shows the launch of a Kalibr cruise missile and the destruction of a coastal target at a range of 1,100 km at the Kura test site in the Kamchatka Territory. The K-571 Krasnoyarsk is a Russian 4th generation multipurpose nuclear submarine, the fourth Project 885M Yasen-M submarine. The K-571 submarine is equipped with 40 cruise missiles, including Kalibr, Onyx and Tsirkon hypersonic missiles, as well as 10 torpedo tubes, making it one of the most powerful in its class.
Russian Project 885M submarine firing a Kalibr missile at a range of 1,100 km Footage from the Russian Pacific Fleet exercises, with missile firings by the Russian multipurpose nuclear submarine Krasnoyarsk. The video shows the launch of a Kalibr cruise missile and the destruction of a coastal target at a range of 1,100 km at the Kura test site in the Kamchatka Territory. The K-571 Krasnoyarsk is a Russian 4th generation multipurpose nuclear submarine, the fourth Project 885M Yasen-M submarine. The K-571 submarine is equipped with 40 cruise missiles, including Kalibr, Onyx and Tsirkon hypersonic missiles, as well as 10 torpedo tubes, making it one of the most powerful in its class.