Firefighting Robots Head Into the Inferno
Rostec’s High Precision Systems holding has shipped the first production batch of ANT-1000PM firefighting robotic systems to a major Russian fuel company.
The machine is designed to extinguish fires in extreme conditions where human presence is impossible because of exceptionally high temperatures or heavy smoke. The project was developed with support from Russia’s Ministry of Industry and Trade.
Reliability Confirmed by Emergency Services
The machine is built on the ANT diesel-powered compact loader manufactured by Kovrov Electromechanical Plant (KEMZ). Engineers from the plant and the All-Russian Research Institute Signal developed the specialized module and control architecture. Both organizations belong to the High Precision Systems holding, enabling them to coordinate their work closely. The plant provides the reliable physical foundation, including the chassis and mechanical components, while the research institute develops the machine’s “intelligence”: hardware and software systems that enable precise remote operation and video-camera data processing, even in heavy smoke and amid electromagnetic interference.
The ANT-1000PM is equipped with a monitor nozzle fitted with a water-foam eductor and mounted on a remotely controlled boom. This setup allows it to deliver firefighting agents up to 65 meters away and at heights of up to 35 meters. The robot is operated through the Prometey (Prometheus) control system. The operator can remain up to one kilometer away while monitoring the scene through external video cameras and sensors. Tests at the All-Russian Research Institute for Fire Protection of Russia’s Ministry of Emergency Situations have confirmed the machine’s reliability.
One Platform, Multiple Applications
The versatility of the ANT platform has made it possible to develop an entire family of specialized machines. A shared platform simplifies maintenance, operator training, and spare-parts logistics for different government agencies. Beyond the firefighting model, for example, an electric version, the ANT-1000E, has been developed for municipal services. It can operate quietly around the clock in residential neighborhoods. The machine can be used year-round and fitted with forks, brushes, or snow-removal equipment.
The same adaptability and reliability make the ANT-1000PM firefighting systems attractive to international markets. The machine is designed to protect complex infrastructure facilities, a segment that traditionally sees strong demand in regions with substantial fuel and energy industries, including the Middle East, Asia, and Latin America. The holding regularly showcases its technologies at international trade fairs and considers exports one of its sales channels.
Robots for High-Risk Operations
Russia has developed a broad range of robotic machines for different operating environments. For use at large industrial facilities, the All-Russian Research Institute for Fire Protection of Russia’s Ministry of Emergency Situations has developed the Yel-4 and Yel-10 mobile systems. The 9.2-ton Yel-4 can be operated remotely from a distance of up to two kilometers. It carries a manipulator, a bulldozer blade, and a hydraulic gripper for clearing debris. The heavier Yel-10 weighs 22 tons, can carry loads of up to one ton, and holds five tons of firefighting agent. These machines are used at oil refineries and chemical plants to extinguish hidden fire sources in conditions of extreme smoke.
Compact systems have been developed for more specialized tasks. The Tropa-3 system, made by OAO Reduktor, weighs just 250 kilograms and uses electric motors. It can also be reconfigured to travel on railway tracks, making it particularly useful in subway tunnels. The mobile robotic firefighting unit (MUPR), developed by OOO Innovative Rescue Technologies, is designed to assess conditions and extinguish localized fires in hard-to-reach areas. The MRK-RP system, jointly developed by the All-Russian Research Institute for Fire Protection and Bauman Moscow State Technical University, is a tracked, electrically powered machine designed to operate indoors in heavily smoke-filled environments.
Nuclear power applications warrant particular attention. The Pioner robotic system is designed for hazardous facilities in the fuel and energy sector. Its tracked vehicles are manufactured at the Kurgan Machine-Building Plant, while research institutes within the High Precision Systems holding develop their advanced electronic systems. Similar units have already been deployed at the Kalinin and Rostov nuclear power plants, where they assess conditions and extinguish fires in areas where radiation exposure is a risk.
Neural Networks and Computer Vision: A Promising Direction
The next stage in ground robotics is expected to involve integrating individual machines into unified monitoring systems. Robots are being equipped with thermal imaging cameras, sensors that detect hazardous-substance leaks, and secure data-transmission channels. Although current-generation systems rely on remote human operation, development is shifting toward partial and full autonomy. Neural networks and computer vision are beginning to help robots analyze their surroundings independently and chart safe routes in zero-visibility conditions.
Analysts estimate that autonomous and semiautonomous machines are accounting for a growing share of rescue equipment. Russian robotic systems are evolving into intelligent, multifunctional platforms capable of operating as part of complex emergency-response teams with minimal human involvement.
