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Solving the Problem of Aircraft Safety during Combat Shooting by Air Defense Means

Journal: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) (Vol.10, No. 3)

Publication Date:

Authors : ; ;

Page : 2833-2842

Keywords : Security; Radar; Anti- Aircraft Guided Missile; Target Missile; Radio Detonator;

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The article raises the issue of aircraft safety during practical shooting by air defense calculations at targets. In order to ensure safety, information about the flight path of the target missile is required. To solve the problem of determining the trajectory data of the target rocket flight, it is proposed to use the radio-detonator of an anti-aircraft guided missile, converted into a missile target, in a new capacity – a source of radar information. This radar information is received by two receiving points located on the ground and separated from each other. Information from two receiving stations calculates the current projected range of the missile target using the triangulation method. The calculated projection range of the missile target is compared with the allowed range. If the flight of the missile target goes beyond the boundaries of the permitted sector, the "self-destruct" command is issued on Board the missile target. The principle of operation of the radio detonator allows for minimal changes in the design to use it in solving problems of aircraft safety during combat firing by air defense combat calculations. The use of a converted radio detonator, two receiving stations separated from each other and the calculation of the projection range by triangulation will ensure the safety of aircraft and people and objects on the ground is confirmed by the proposed technical solution and mathematical formulas.

Last modified: 2021-01-06 14:49:16