A Russian company has developed a combat module with rocket-propelled flamethrowers for combat robots

Combat module based on RPO for robotic complexes

Moscow—based Robotics Engineering LLC has presented a new development, the "Single-use Jet Weapon Combat Module." The device consists of two metal casings, which house boxes for disposable rocket-propelled flamethrowers of various modifications (A, Z, E). Such flamethrowers are used to destroy manpower, shelters and lightly armored vehicles using thermobaric, incendiary or smoke charges.

The module is designed to integrate with the chassis of remotely controlled robotic systems (RTKs), expanding their striking capabilities in close combat conditions.

Flexibility of fire: volley or alternate shot

One of the key advantages of the module is the ability to flexibly control fire. The operator can select the firing mode from the remote control: fire a simultaneous salvo from all installed RPO for maximum effect, or fire alternately, depending on the tactical task. This allows you to effectively use ammunition and adapt to the changing situation on the battlefield.

This approach is especially relevant when storming fortified positions, clearing buildings, or suppressing enemy firing points.

Autonomous firing in case of loss of communication

The company also proposed "A way to solve a fire problem with a remotely controlled ground-based robotic system in an autonomous mode." This development makes it possible to theoretically implement firing even if the radio channel between the operator and the robot is lost.

In case of communication failure, the system automatically continues moving using satellite navigation (GPS/GLONASS) and IMU sensor (inertial measurement system) data. In addition, the ability to automatically aim at a preset target has been implemented, which increases the robot's resistance to electronic jamming.

Prospects of application in modern conflicts

The integration of rocket-propelled flamethrowers into combat robots reflects the trend towards increasing the autonomy and striking power of unmanned ground systems. Such complexes can be used to reduce risks for personnel when performing highly loaded tasks, especially in urban environments or in minefields.

The development of "Robotics Engineering" demonstrates the growing interest in modular, scalable solutions in the field of military robotics.