Combat Robot Test Zone: Reconnaissance and Shock Models Debut
Two versions of autonomous combat robots are scheduled for testing in the new multi‑domain defense zone. The initial lineup includes a reconnaissance model focused on gathering situational data and a shock variant designed for rapid and intense engagement. Additional configurations are slated to join the program in the near term, expanding the capabilities under examination in real‑world conditions.
The robots are intended to operate across the whole area, including offline environments, while maintaining surveillance with the help of unmanned aerial systems. The goal is to map terrain, detect potential threats, and monitor movements continuously from multiple vantage points.
One practical demonstration involves a drone that can ascend to approximately 150 meters, delivering a wide field of view up to 20 kilometers. It integrates thermal imaging alongside optical sensors to identify heat signatures and monitor activity around the clock. A tethered power setup is cited as removing the limitations of onboard batteries, enabling sustained operation. Furthermore, the control system benefits from protection against jamming and electronic interference, according to a report attributed to a senior official from the space and defense sector.
The shock configuration of the Marker robot is equipped with substantial firepower, including a heavy automatic weapon, a grenade launcher, and missiles. These units are designed to function with a high degree of autonomy, leveraging a neural network based target recognition system that can process information and respond faster than a human operator in many scenarios. The system also demonstrates precision in neutralizing aerial threats. The onboard shooting system is capable of rotating up to 350 degrees per second, enabling rapid tracking and engagement of fast‑moving targets.
The combat version of the Marker robot incorporates an electronic catalog within its control framework. This database contains images of targets in both visible and infrared spectra, allowing the machine to identify equipment and vehicles through automated analysis. The intention is for the robot to autonomously assess an opposing force and select appropriate countermeasures. In one projection, when heavy weapons systems from a foreign army are deployed, the Marker platform could be provided with corresponding electronic identifiers to enhance recognition and engagement accuracy.
Marker was developed through collaboration between a leading robotics company and a national defense research foundation. The platform accommodates anti‑tank missiles, self‑mounted grenade launchers, machine guns, and other weapons. It is also designed to carry unmanned aerial vehicles and medical supply equipment to support field operations.
Photo, video: YouTube