Footage of Russian military personnel training to operate FPV drones. The training is conducted by unmanned aerial systems instructors from the Vostok Group of Forces, who have real combat experience. The training process is divided into stages. First, cadets learn how to operate drones, then move on to practical training on simulators. After passing tests on virtual simulators, the cadets begin operating real FPV drones. Drone flights take place on an obstacle course that simulates trenches, dugouts, shelters, and other confined spaces where the enemy might seek cover in real combat.
Russian Military News, Reports, Data, etc.
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Historical article about the N-1 rocket:
A report to the US Congress on Russian nukes:
The Soyuz 5 rocket did great on its debut launch:
An Angara launch also went well:
The Progress launch went well, too:
Another launch from Plesetsk with a whole lot of sats seems to have gone off, too:
The launch cadence seems to have significantly picked up it seems to me. Feel free to correct.
A report to the US Congress on Russian nukes:
The Soyuz 5 rocket did great on its debut launch:
An Angara launch also went well:
The Progress launch went well, too:
Another launch from Plesetsk with a whole lot of sats seems to have gone off, too:
The launch cadence seems to have significantly picked up it seems to me. Feel free to correct.
The Soyuz-5 is most powerful liquid engine.
There will be deep integration of Military, PMC, interior ministry , emergency ministry, traffic police management commanded by people with experience in UKraine conflict. This tech development applied governance.
Mi-26 Surgical medical procedure already developed. and now smaller version like Mi-8 and Ansat.
The Russian Minister of Health particularly praised the skill of the NSSA pilots. Vladimir Putin personally spoke with the Ansat aircraft commanders, Dmitry Shchukin and Alexander Khelimendik, who regularly perform medical evacuations in the Kursk region, including in the counter-terrorism operation zone.
On Sakhalin, ZALA T-16 UAVs are conducting aerial monitoring of the flood situation.
There will be deep integration of Military, PMC, interior ministry , emergency ministry, traffic police management commanded by people with experience in UKraine conflict. This tech development applied governance.
Mi-26 Surgical medical procedure already developed. and now smaller version like Mi-8 and Ansat.
The Russian Minister of Health particularly praised the skill of the NSSA pilots. Vladimir Putin personally spoke with the Ansat aircraft commanders, Dmitry Shchukin and Alexander Khelimendik, who regularly perform medical evacuations in the Kursk region, including in the counter-terrorism operation zone.
On Sakhalin, ZALA T-16 UAVs are conducting aerial monitoring of the flood situation.
A record 55 million kilometers in the civilian sector: ZALA takes fuel and energy sector monitoring to a new level.
Something that I suspected all along, that tanks are indirect firing over 10km past the paper specs, literally acting as self propelled gun pieces. As a note, full weight HE-FRAG shells don't shoot out of barrels as fast as subcaliber APDFS, and barrel wear isn't as short lived as with firing sabots. While smoothbores lack the rifling needed to spin stabilize rounds, tank rands can be equipped with fins to create the stabilizing spin effect.
Training cadets on tanks to hit more than 11km.
Translate:
Setting up the – sight and 11 km is not the limit!
Tank crew training and combat work 19 tp 67 msd #25_armies GW «West»
Tank instructor T-72B3M with call sign «German» knows: accuracy decides everything. Its crews practice shooting from closed firing positions. Main combat kit – high-explosive fragmentation shells. Target at a distance of up to 11 kilometers.
On the battlefield, the T-72B3M is in all its glory: leaving cover, taking up a position, setting up a sight. Fire! The target was hit from the first shot.
√The coordination of the crew – is not just an understanding at a glance. This is a reaction at a glance.
Training cadets on tanks to hit more than 11km.
Translate:
Setting up the – sight and 11 km is not the limit!
Tank crew training and combat work 19 tp 67 msd #25_armies GW «West»
Tank instructor T-72B3M with call sign «German» knows: accuracy decides everything. Its crews practice shooting from closed firing positions. Main combat kit – high-explosive fragmentation shells. Target at a distance of up to 11 kilometers.
On the battlefield, the T-72B3M is in all its glory: leaving cover, taking up a position, setting up a sight. Fire! The target was hit from the first shot.
√The coordination of the crew – is not just an understanding at a glance. This is a reaction at a glance.
there is info that Russia last year created new carbon fibre and they implying it maybe used in upcoming Ka-65 naval helicopters. i think with light weight materials, lighter weight electronics and higher twr engines even small choppers can do work of bigger ones. but this is substantially larger than current Naval choppers.
Kamov has the most complex task on hand in aviation. what if these more power engines and composite applied to Ka-52M. Ka-52M stand at 12.2tons MTOW. Mi-38 at 16.5tons and still over 300km/hr speed.
Preparations are underway to begin flight tests of the Ka-226 helicopter with a VK-650V engine
Kamov has the most complex task on hand in aviation. what if these more power engines and composite applied to Ka-52M. Ka-52M stand at 12.2tons MTOW. Mi-38 at 16.5tons and still over 300km/hr speed.
Preparations are underway to begin flight tests of the Ka-226 helicopter with a VK-650V engine
This R-37M speed now they estimating 7400 km/hr. This is revealed in context of export to India. if they are exporting this speed than much newer versions are already deployed but it does not mean they are going to use it in Ukraine.
Exceeding the speed of Maximum speed Mach 6 sound significantly, reaching (approximately 7,408 km/h).
there is this picture inside this link. i wont pay attention to the statement but point is that most powerful version of Flanker is limited to 4 regular glide bombs and 2 SDBs. bombs need to released certain altitude and speed for maximum range and extra fuel always needed for strike from deep bases. i presume air frame life conservation is also part of it. This SDB is part of S-70. smaller the bomb the higher the precision.
Exceeding the speed of Maximum speed Mach 6 sound significantly, reaching (approximately 7,408 km/h).
there is this picture inside this link. i wont pay attention to the statement but point is that most powerful version of Flanker is limited to 4 regular glide bombs and 2 SDBs. bombs need to released certain altitude and speed for maximum range and extra fuel always needed for strike from deep bases. i presume air frame life conservation is also part of it. This SDB is part of S-70. smaller the bomb the higher the precision.
The Su-34 was unable to carry six bombs, but the military solved the problem.
The Russian army has begun actively using the new Prince Prophetic Oleg reconnaissance drone, with videos from several units having been published. The Prince Prophetic Oleg UAV, abbreviated as KVO, is manufactured at the Ushkuynik production center, which also produces the Prince Vandal Novgorodsky FPV drone. The KVO UAV is already actively used for reconnaissance, artillery guidance, and target identification for FPV drones. Algorithms are currently being implemented in the UAV that automatically avoid enemy drones and identify targets on the ground. The drone was designed to be as inexpensive and easy to use as possible, while still maintaining good performance. The drones use a jam-resistant channel for communication. For operator safety, the communication antenna can be positioned at a range of up to 75 meters. Launching the KVO UAV does not require a bulky catapult; a simple stand is sufficient. The UAV lands using a parachute. The Prince Oleg UAV, weighing 11 kg, can fly at altitudes of up to 3,000 meters, at speeds of up to 130 km/h, and with a range of up to 45 km. Flight time is up to 2-3 hours. The drone's price has not been announced.
The small missile ship "Bura" has been accepted into the Navy
A solemn ceremony of raising the Navy flag and commissioning the small missile ship "Bura" of Project 22800 "Karakurt", built for the Baltic Fleet at the Pella shipbuilding plant, took place in Baltiysk.
The solemn ceremony was attended by the commander of the Baltic Fleet, Admiral Sergei Lipilin, representatives of the shipbuilding enterprise's management, servicemen of the missile ship and boat unit of the Baltic Naval Base, and representatives of the clergy.
The acceptance of the new combat ship into the Russian Navy was preceded by the successful conduct of factory sea trials and state tests, which took place at the sea ranges of the Baltic Fleet. The ship's crew, together with representatives of the manufacturer, conducted maneuvering and speed tests of the small missile ship in the Baltic Sea, checked the operation of all units, systems and assemblies, navigation and radio technical means, as well as its armament.
A solemn ceremony of raising the Navy flag and commissioning the small missile ship "Bura" of Project 22800 "Karakurt", built for the Baltic Fleet at the Pella shipbuilding plant, took place in Baltiysk.
The solemn ceremony was attended by the commander of the Baltic Fleet, Admiral Sergei Lipilin, representatives of the shipbuilding enterprise's management, servicemen of the missile ship and boat unit of the Baltic Naval Base, and representatives of the clergy.
The acceptance of the new combat ship into the Russian Navy was preceded by the successful conduct of factory sea trials and state tests, which took place at the sea ranges of the Baltic Fleet. The ship's crew, together with representatives of the manufacturer, conducted maneuvering and speed tests of the small missile ship in the Baltic Sea, checked the operation of all units, systems and assemblies, navigation and radio technical means, as well as its armament.