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A ground robotic system deployed by the Third Assault Brigade of the Armed Forces of Ukraine remained on continuous combat duty directly on the front line for 45 days. During this period, it effectively replaced an infantry unit at a key position and played a role in containing enemy offensive actions, contributing to the prevention of a breakthrough in Ukrainian defensive lines.
According to military sources, the ground drone independently held a designated sector of the front for approximately one and a half months on one operational axis. The system remained in a constant state of combat readiness and engaged enemy forces whenever they attempted to approach Ukrainian positions. This mode of employment enabled continuous area control without the direct presence of personnel in one of the most hazardous sections of the line.
“During the mission, the enemy was unable to infiltrate or seize our position, and the unit held the line with zero personnel losses,” the corps stated in an official post.
The system involved was the DevDroid TW 12.7 robotic complex, operating as part of a strike unit of ground robotic systems under the callsign “NC13.” The platform is equipped with a combat turret, allowing it to suppress enemy attacks using machine-gun fire. Control was conducted remotely by operators from covered positions, significantly reducing risks to personnel and eliminating the need for infantry to remain under constant threat at the forward position.
The brigade notes that this episode illustrates the ongoing evolution of ground robotic systems – from limited experimental use to sustained operational deployment. Such platforms are now capable of performing complex tasks on the front line, holding positions for extended periods, and delivering fire support while reducing exposure and preserving the lives of Ukrainian personnel.
As a reminder, the DevDroid TW 12.7 ground robotic system was first presented in June 2025. It combines the “Ravlyk” mobile platform with the Wolly 12.7 combat module. The drone is armed with a remotely operated 12.7 mm M2 Browning heavy machine gun. Target detection is supported by multiple types of optics, including narrow-angle and wide-angle cameras as well as a thermal imaging sensor. An automated targeting system is also integrated, improving engagement accuracy and response time to emerging threats.
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