The Military Logistics Academy named after Army General AV Khrulev has secured a patent for a remote-controlled combat module that integrates a grenade launcher with robotic platforms. Reported by TASS, this advancement signals a strategic shift toward arming unmanned systems with direct-fire capability on flexible chassis. The device offers a compact, modular solution for battlefield automation, uniting weapons, powertrain, control electronics, and drive systems within a single lightly armored shell designed to reduce crew exposure on contested terrain.
Official descriptions indicate the combat module sits on a purpose-built, compact vehicle frame. The engine, transmission, driven wheels, and the integrated weapon system are enclosed by a rigid upper structure that accommodates the AGS-17 grenade launcher. The arrangement emphasizes a slim silhouette and straightforward field maintenance, enabling rapid adaptation with a variety of robotic carriers while maintaining stable reloading and firing geometry under dynamic conditions. The design prioritizes effectiveness in tight spaces where space is tight and quick responses are essential.
Developers emphasize that the layout relies on simplicity and reliability. There is no rotating turret; instead, the system uses fixed weapon orientation and precise electronic targeting to minimize mechanical complexity and potential failure points. This choice aims to boost durability in rugged environments and streamline logistics for deployment on space-constrained robotic platforms — a key factor when autonomy, survivability, and easy field upgrades intersect on the modern battlefield.
In related updates, earlier notes reference a new 5.45 mm caliber submachine gun intended for the needs of the Russian armed forces. The initiative is described as strengthening infantry support and close-quarters capability, with ongoing tests to verify reliability, accuracy, and performance under varied conditions. Plans also mention export versions in 7.62 mm and 5.56 mm NATO calibers, broadening potential compatibility with allied systems and export markets while aligning with standard small arms configurations used by many international operators. Citation: TASS
Further disclosures outline forthcoming efforts to expand the fleet of autonomous and remotely operated systems, including civilian and military collaborations for drone operations. These efforts highlight a broader push to integrate unmanned platforms with ground-mobile weapons to enhance operational flexibility, extend sensor coverage, and sustain tempo across multi-domain environments. The ongoing work in these areas reflects broader strategic aims to improve rapid deployment, survivability, and mission adaptability across diverse theaters of operation. Citation: TASS