“They’re Sending Ghost Tanks to Kill Us” as Russia Converts Aging Soviet Armor into Deadly Remote-Controlled Battlefield Robots Raising Fears of AI Warfare

In a significant stride toward modernizing military technology, Russia has unveiled the “Shturm” robotic assault system, showcasing a new era of remote-operated combat vehicles. Developed by Uralvagonzavod, the world’s leading manufacturer of main battle tanks, this system represents a leap in autonomous ground combat technology. The Shturm platform was recently displayed in its full configuration, aiming to revolutionize battlefield dynamics. As nations grapple with emerging military technologies, Russia’s advancement in robotics and remote operations signals a shift in strategic military planning. This development holds profound implications for global military tactics and the future of urban warfare.

Russia’s New Robotic Assault Concept

The Shturm platform is crafted for remote operations in high-risk combat zones, particularly urban environments. Its main assault vehicle is armed with a shortened 125mm D-414 gun, designed for maneuverability in tight spaces. Additionally, it includes a bulldozer blade for obstacle clearing and a suite of defensive protection systems. The turret design features enhancements to roof armor, yet it utilizes older T-72A hulls, indicating a focus on cost efficiency and legacy equipment.

Despite its intended remote operation capabilities, the trials showed at least one vehicle with a crew on board, suggesting that fully autonomous or remotely piloted functionality may still be under development. Originally introduced in 2018, the Shturm system is modular and intended to breach fortified positions, enabling dangerous frontline operations without risking personnel. As military technology evolves, the Shturm system exemplifies the shift toward reducing human exposure in combat zones.

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Robot Tank ‘Platoon’

The mobile command-and-control vehicle is integral to the Shturm system, built on a tank chassis. It is engineered to withstand anti-tank threats, such as rocket-propelled grenades, and can direct up to a platoon of robotic tanks within a 1.8-mile radius. Various combat configurations of the Shturm vehicle have undergone testing, including a 50-ton assault tank with a standard 125mm main gun. An upgrade to a 152mm gun is under consideration.

Another variant is tailored for close-quarters urban assault, equipped with RPO-2 “Shmel” thermobaric rocket launchers and a PKTM machine gun for suppressive fire. A third configuration combines twin 30mm 2A42 automatic cannons with a PKTM machine gun and additional RPO-2 rocket capability, offering a balance of firepower for infantry suppression and structure penetration. A fourth, heavily armed platform is equipped with 16 unguided 220mm thermobaric rockets, akin to those in the TOS-1A multiple launch system, designed for wide-area devastation in fortified zones.

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Improved Autonomous Systems

Each configuration of the Shturm system includes reinforced frontal and side armor, a bulldozer blade for obstacle clearance, and a shortened gun barrel to enable 360-degree turret rotation in narrow urban streets. The joint appearance of combat and command vehicles in recent field testing suggests the Shturm system has progressed into a more advanced phase, following years of limited public development.

Unlike previous robotic systems such as the Uran-9, which encountered operational issues in Syria and Ukraine, the Shturm system incorporates tactical improvements for better battlefield endurance and flexibility. Russia’s Karbyshev Military Engineering Academy has separately patented a foldable anti-drone screen for tanks, modeled after Ukraine’s “hood” system. These advancements underscore Russia’s growing focus on unmanned ground vehicles and technologies to counter drone threats as the conflict in Ukraine evolves.

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Russia’s Technological Advancements in Military Robotics

Russia’s development of the Shturm system and other unmanned technologies is part of a broader strategic initiative to enhance its military capabilities. The focus on autonomous systems aims to reduce human casualties and increase operational efficiency in combat zones. As the conflict in Ukraine continues, the emphasis on unmanned ground vehicles and counter-drone systems indicates a shift in military strategy.

These technological advancements highlight the importance of staying ahead in military innovation. The integration of robotics and artificial intelligence in warfare poses ethical and strategic questions for global military powers. As nations observe Russia’s progress, the impact on international military tactics and defense policies will be significant. How will other countries respond to these advancements, and what implications will they have for future military engagements?

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