FIELD: radio location.
SUBSTANCE: invention relates to the field of radio electronic warfare and can be used to increase the effectiveness of group actions of fighter planes. In the claimed method, pulse-Doppler on-board radio location stations of a group of two fighter planes are combined into a system with information exchange channels, a leader fighter plane is determined. For each on-board radio location station, the ranges to the enemy plane are measured and transmitted via the information exchange channel to the on-board computing system of the leader fighter plane. Paired fighter planes are equipped with active interference stations. In the on-board computing system of the leader fighter, based on the comparison of the measured ranges D1 and D2, respectively, between the first fighter plane and the enemy plane and the second fighter and the enemy plane in the case if D1<D2, the first plane whereon the on-board radio location station is operating for emission with a deactivated active interference station is designated as a striking fighter plane, and the second aircraft whereon the active interference station is activated and the airborne radio location station is deactivated for emission is designated as a cover fighter plane. Otherwise, at D1>D2, the second fighter plane is designated as a strike plane with an on-board radio location station operating for emission and a deactivated active interference station, and the first fighter plane is designated as a cover aircraft with an activated active interference station and an on-board radio location station deactivated for emission. The cover fighter therein maintains the "front line" form of the battle order with an interval L between the fighter planes of the pair.
EFFECT: increase in the effectiveness of group actions of fighter planes due to the setting of active interference and maintaining of the required parameters of the battle order.
1 cl, 4 dwg
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Authors
Dates
2021-11-24—Published
2020-12-16—Filed