"Tunguska-М1" with the chassis GM-5975 >>>

    In updating "Tunguska-М1" the steering processes of ANTIAIRCRAFT ROCKET and exchanging of information with command station are automated. In a rocket 9М311М the not contact laser sensor is replaced on radar, that has increased probability of a defeat of rockets such as ALCM. The pulse lamp was established, that's why efficiency increased at 1.3-1.5 times, and the range of ANTIAIRCRAFT ROCKET achieved 10 km. In " Tunguska-М1" complex a number of the technical decisions allowed to expand its opportunity:

    1. The equipment of reception and realization an automated external object indicator is entered into structure of ASC. It link with battery command station. Efficiency of the weapon increased in massive raid.

    2. The circuits of unloading are entered and have allowed to facilitate driver at support of the mobile air object by an optical sight (it is very important at bombardment of the objects, as the size of a miss should not exceed 5 m).

    3. The coordinates allocation equipment is advanced, because a new rocket is supplied not only with the continuous light source, but also with the pulse source. This innovation essentially increased помехозащищенность of the equipment and enabled to amaze the objects equipped with optical handicapes with the greater probability. The application of a new type of a rocket has increased a range of a defeat zone up to 10 000 m.

    4. The system's controls offer excellent authority in all axes. Improved trim is helpful for stability, that's why it is easier to hit.

    5. As well as the frame's strength is increased as the range of shooting increased from 8 to 10 km. The radar not contact sensor (NS) with the circular diagram of aerial orientation was employed, that ensured a defeat of the small objects (the rockets АLСМ).

Chassis Technical characteristics: