Methodical approach to process organization aiming with unguided aviation missiles without visual contact with the target

Abstract

The article examines the process of aiming when firing unguided aerial missiles from camber without visual contact with the target.

It is shown that in order to increase the accuracy of shooting when flying at low altitudes, it is necessary to consider two main directions: observing the flight regime during the execution of complex elements of piloting helicopters for attacks on ground targets from the camber and the simultaneous integrated use of improved on-board targeting and navigation systems and their components.

 Ways of using options for the combat use of unguided air missiles are proposed:

        application of on-board sighting and navigation systems and their components, which provide positioning and angular determination in space according to GPS/GLONASS/Galileo/BeiDou satellite systems with simultaneous processing of signals in two frequency ranges;

reproduction of the terrain map image with the display of the target point and the calculated scattering center point on the screen, taking into account the position in space and the evolutions of the helicopter, which will allow aiming fire from camber at low altitudes with a simultaneous increase in the range of aimed fire.

For the first time, the list of information and the form of its display has been determined, which simplifies the aiming process, which allows to achieve an increase in the effectiveness of damage when firing unguided air missiles in the absence of visual contact with the target. Aiming will be carried out by combining the marks of the target and the point of fall of the missile on the screen of the electronic tablet or on the windshield of the helicopter cockpit.

The direction of further research is the generalization of the results of combat application for the analysis and further improvement of the software product.