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Ukraine - Russia Invasion conflict
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A video released on the 'Russian Engineer' telegram channel on March 21, 2024, reveals that Russian military forces have deployed in Ukraine a new drone technology: the deployment of the 'Pchelka' (Bee) FPV drone carrier. This announcement follows Ukrainian forces' awareness of drones, marking a significant advancement in the tactical application of unmanned aerial vehicles (UAVs) in the Russian-Ukrainian conflict.
According to a video released by the Russian Ministry of Defense on March 26, 2024, Russian forces achieved a strategic milestone by evacuating a German-donated Marder 1A3 Infantry Fighting Vehicle, previously utilized by the Ukrainian military, from the front lines. This operation is of paramount importance for the Russian armed forces, as capturing European combat vehicles donated to Ukraine offers a unique opportunity to scrutinize advanced Western military technology.
Satellite images from March 24, 2024, have provided irrefutable evidence of the aftermath of a strike involving French SCALP-EG cruise missiles on a crucial communication hub of the Russian Federation's Black Sea Fleet in Sevastopol.
Attention was drawn to a remotely operated mining system developed by Russia, showcasing an interesting evolution in Unmanned Ground Vehicle (UGV) technology and an innovative approach. This unmanned vehicle is equipped with PKM-1 mining kits and K-cassettes, tools designed for remote mine deployment. The relatively modest cost of this system is estimated at $3,855.
According to information released on March 24, 2024, by Ukrainian media “EUROMAIDAN”, Ukraine has been conducting precision strikes against Russian oil refineries using its domestically developed unmanned aircraft, the "Liutyi." These operations have extended up to 800 kilometers inside Russian territory. The "Liutyi" drone, which bears a striking resemblance to the Turkish-manufactured Bayraktar TB2 in design, is a medium-altitude long-endurance (MALE) unmanned combat aerial vehicle (UCAV) designed for either remotely controlled or autonomous flight operations.
On March 22, 2024, Mariusz Cielma reported the first known loss of a Polish-made M120 Rak 120mm self-propelled mortar while in service with the Ukrainian Army. Although the exact cause of the destruction remains uncertain (Russian mine, drone, artillery?), video images seem to indicate that it was caused by the detonation of ammunition stored in the vehicle's hull and turret.
In a remarkable display of skill and ingenuity amidst a challenging military context, Ukrainian soldiers from the President's Special Brigade have successfully downed a Russian cruise missile using the FIM-92 Stinger MAn-Portable Air Defense System (MANPADS). This event took place during a large-scale Russian aerial drone and missile assault on the night of March 22, 2024.
In an incredible display of strategic acumen and sharpshooting skill, a Ukrainian sniper has been captured on video employing new tactics to protect the nation's modern combat vehicles from capture by Russian forces. The footage, which has swiftly garnered attention worldwide, showcases the sniper's precision and tactical prowess in preventing Russian soldiers from nearing an abandoned Leopard 2A6 tank, a piece of military hardware that symbolizes the apex of armored vehicle technology. This act of defense not only highlights the ingenuity of Ukrainian forces but also underscores the critical importance of such assets on the battlefield.
In a significant escalation of hostilities, Russia launched a major Long Range Aviation (LRA) strike against Ukraine on March 21, 2024, marking the first such attack in over a month. The British Ministry of Defense (MoD) Intelligence reported that the offensive involved at least 10 Tu-95 BEAR-H aircraft and support from MiG-31 FOXHOUND fighters launching Kh-101 cruise missiles and Kh-47M2 Kinzhal ballistic missiles, originating from the Olenegorsk and Engels airbases.
A Russian T-90M Proryv tank achieved a remarkable feat by destroying a Ukrainian drone command center from an exceptional distance of 9 kilometers, as disclosed in a video interview by the Russian Ministry of Defense on March 22, 2024. The operation, which utilized information from drones, pinpointed the command post within an abandoned building—a key node for Ukrainian UAV operations—and eliminated it with the tank's powerful 125 mm smoothbore cannon.
In a remarkable demonstration of technological warfare, Ukrainian forces have utilized drones to destroy a substantial number of Russian military assets between March 4 and 18, 2024. According to Mykhailo Fedorov, Ukrainian Deputy Prime Minister of Digital Transformation, the tally includes 88 tanks, 174 light armored vehicles, 42 howitzers, 133 towed guns, 6 anti-aircraft systems, 180 trucks, 33 radar and electronic warfare systems, and 18 Multiple Launch Rocket Systems.
In the ongoing series examining military hardware in the Russian-Ukrainian conflict, Army Recognition presents the fifth episode, focused on the Neptune missile system. Developed by Ukraine to increase its naval defense capabilities against Russia, the Neptune system gained attention following its involvement in the sinking of the Russian cruiser Moskva in 2022, highlighting its impact on the Russian Black Sea Fleet.
As the Russian-Ukrainian Conflict unfolds, a theater where cutting-edge strategy and formidable firepower intersect, Army Recognition embarks on an ambitious journey to deliver a detailed series of articles dissecting the military hardware deployed by both Russian and Ukrainian contingents. Episode 4 shines a spotlight on the Russian Pantsir-S1 air defense system, a platform that embodies the intricate blend of lethal efficiency and advanced technological prowess that defines modern combat scenarios.
Russian forces have unsuccessfully attempted to evacuate a damaged Strv 122A, a modern main battle tank of the Ukrainian forces. This event highlights the intense struggle for military assets and technology in the region, underlining the crucial importance of preventing the transfer of Western technology into Russian hands through the capture of such equipment.
Army Recognition presents a new series on the various vehicles and equipment used in the Russian-Ukrainian conflict, and here we are already at the third episode. The focus turns to the formidable M1A1 Abrams tank. This episode is dedicated to unveiling the capabilities, history, and tactical role of the M1A1 Abrams within the conflict, highlighting why this piece of military equipment remains a pivotal element in the chess game of contemporary warfare, underlining its status as a symbol of armored resilience and striking power. We will also compare this US tank with some of its opponents such as the T-90M and the T-72.
The "Come Back Alive" Army Relief Fund has successfully acquired 3,000 FPV kamikaze drones equipped for nighttime operations, as announced by the foundation's press service on social media platforms echoed by Militarnyi. This acquisition is part of a collaborative effort involving United24 and Monobank. The drones, featuring thermal imaging optics and purchased under "Operation Unity 2: New Year's Salute," are poised for deployment to military units.
The use of First Person View (FPV) drones in the ongoing conflict between Russian and Ukrainian forces has evolved into a significant aspect of modern warfare tactics. On the Russian side, these drones are not only being used for surveillance but have been adapted for direct strikes against Ukrainian positions, creating a formidable challenge for the Ukrainian Armed Forces.
In the ongoing Russo-Ukrainian conflict, Army Recognition continues its in-depth series on the military equipment used by Russian and Ukrainian forces. Following the inaugural episode focused on the Russian TOS-1A thermobaric rocket launcher—a symbol of the terrifying power and technological sophistication of modern warfare—the second episode delves into First-Person View (FPV) drone technology. Initially designed for entertainment and competition, this technology has been requisitioned for military operations, marking a significant evolution in battlefield reconnaissance and engagement.
The Ukrainian administration has committed an extra 5 billion hryvnias (EUR 15 Mn) for the acquisition of offensive drones for its armed Forces, as revealed by Prime Minister Denys Shmyhal via his Telegram channel, echoed by Militarnyi. This financial injection is earmarked for drone acquisitions crucial for Ukrainian forces engaged in frontline battles.
According to information published on PS01 X (Twitter) account on March 15, 2024, recently released footage by Russian soldiers from inside the Zaporizhzhya Nuclear Power Plant (ZNPP), which is currently under their control, further confirms reports that the facility is being utilized as a military base. The footage depicts armored vehicles and Russian military personnel conducting exercises, with established fire points visible in the windows of the nuclear plant.
Kyiv has confirmed that its MiG-29 "Fulcrum" fighter jets can carry the A2SM "Hammer" bombs supplied by France, marking a significant development in the context of the war in Ukraine. Facing the challenge of operating primarily Soviet-era equipment, in the absence of modern Western fighter bombers such as the F-16, the Ukrainian Air Force has had to adapt its aircraft to be able to carry Western munitions, a technical challenge given the outdated electronic systems of these planes.
In a recent Russian military development showcased through images on social networks, the Russian defense industry has made significant strides in enhancing the capabilities of its T-90M tanks to counter the evolving threats on the Ukrainian battlefield. These photographs reveal the T-90M tanks equipped with a newly developed type of Explosive Reactive Armor (ERA), a clear indication of Russia's intent to upgrade its armored forces. Notably, this advanced ERA is mounted around the turret and on the sides of the tank's hull, providing a robust shield against anti-tank weapons.
In the ongoing Russian-Ukrainian Conflict, where strategy and firepower converge on the modern battlefield, Army Recognition is launching a comprehensive series of in-depth articles that scrutinize the military equipment used by Russian and Ukrainian forces. The inaugural episode focuses on the Russian TOS-1A thermobaric rocket launcher, a weapon that epitomizes the harrowing power and technological sophistication inherent in contemporary warfare.
According to pictures released by the Russian Ministry of Defense, the Ukrainian forces continue to use old Soviet-made Tu-143 Reys unmanned reconnaissance aircraft converted to kamikaze drones to strike targets on Russian territory. Russian forces collected several pieces of Tu-143 UAV debris that fell into the Bryansk region in western European Russia.
As reported by Face of War on March 14, 2024, Russian troops successfully captured for the first time a German-supplied Marder 1A3 Infantry Fighting Vehicle (IFV) used by the Ukrainian army. After capturing the American Bradley M2A2 IFV and the Swedish CV9040, currently in service with the Ukrainian army, a few days ago, Russia now has the opportunity to study European and American infantry fighting vehicle (IFV) technologies with the Marder 1A3. This allows for the development of new anti-tank systems and the improvement of future Russian-made IFVs, such as the Kurganets-25.
