FIELD: weapons and ammunition.
SUBSTANCE: antitank missile system comprises a launcher with a backsight and guidance and control equipment, the transport and launch container with a guided missile mounted on the launcher, the measurer of the coordinates of the launcher location, radar of target acquisition and tracking independently mounted relative to the launcher, the measurer of the coordinates of location and the measurer of the radar point angles relative to the coordinate system of shooting, device of target detection made in the form of two modules, the first of which comprises the measurer of point angles of the launcher, and the second module with the indicator is connected to the radar through the communication channel. The launcher with the backsight and the guidance and control equipment, the first and second modules of the target detection device, the measurer of the coordinates of the launcher location is mounted on the first self-propelled machine. The measurer of point angles of the launcher is made in the form of sensors of rotation angles of the launcher on azimuth and the angle of altitude relative to the first self-propelled machine. The measurer of the coordinates of the launcher location and measurer of position angles of the first self-propelled machine relative to a geographic coordinate system are made in the form of the navigation system of the first self-propelled machine. The second module of the target detection device is made in the form of a computer system with a keyboard and an indicator for indication and control. The radar of target acquisition and tracking, the measurer of coordinates of the location and the measurer of the radar point angles relative to the coordinate system of shooting are mounted on the second self-propelled machine with the ability of the radar antenna rotation with additionally built-in automated drives of vertical and horizontal guidance and with the ability of powering from the power supply system of the second self-propelled machine.
EFFECT: increasing automation of control of the antitank missile system and improvement of survival of the fighters of the subunit.
1 dwg
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Authors
Dates
2015-02-10—Published
2013-07-03—Filed