V.S. Verba – Corresponding Member of RAS, Honored Scientist of RF, Dr.Sc.(Eng.), Professor,  General Product Engineer - First Deputy General Director JSC «Corporation «Vega» (Moscow) E-mail: vvs.msk@gmail.com

D.I. Ievlev – Engineer, 

JSC «Corporation «Vega» (Moscow)

E-mail: idi.96@mail.ru

V.I. Merkulov – Honored Scientist of RF, Dr.Sc.(Eng.), Professor, Deputy General Product Engineer,  JSC «Corporation «Vega» (Moscow)

E-mail: from_fn@mail.ru

Priority targets (PT) include radar patrol and guidance aircraft systems, repeater aircraft, fuel tankers, jamming aircraft, as well as strategic, long-range and military transport aircraft whose destruction can cause significant damage to the information, material and combat support of the opposing side. In order to prevent the destruction of priority targets, a significant force of security fighters with air-to-air missiles is allocated for their protection, which can barrage at some distance from protected objects.

In this regard, guiding interceptor missiles at the PT is a very difficult task, solution of which depends on overcoming the counteraction of the security fighters and their missiles. In this regard, it is very urgent to develop methods of guidance on the PT, simultaneously ensuring the failure of the guidance of security fighters and their missiles by disrupting the tracking at angular coordinates. The article considers an example of such a method based on the method of sequential anticipations with a quasi-harmonic component with a pseudo-random period and amplitude. A study of the resulting guidance method was conducted and the results were analyzed.

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