METHOD OF DETECTING AND HITTING AN AERIAL TARGET WITH A MISSILE SYSTEM Russian patent published in 2020 - IPC F42B15/10 

Abstract RU 2718560 C1

FIELD: military equipment.

SUBSTANCE: invention relates to air defense complexes of mobile and stationary objects. Method of detecting and destroying an aerial target by a missile system involves searching for and selecting an aerial target – AT in the area of responsibility of a missile system – MS. For this purpose, coordinates and speed of AT are determined, points of anticipation are calculated for interception of AT by self-guided damaging element – DE, start and delivery of DE to point of interception. Is used with the help of a self-guidance head – SGH DE up to mechanical destruction of AT. DE are delivered to the point of interception on the hinged ballistic trajectory by uncontrolled rocket stage – RS. This stage is separated from DE not lower than AT flight altitude. After RS separation, DE is deployed into autonomous flight configuration. Further, DE is programmed to hang at a height below AT or reduce DE at a speed of not more than 10 m/s with head part upwards. With the help of the DE self-guidance head, the air space above the horizon line is scanned consecutively along all azimuths from 0° to 360° at a single revolution and elevation angle from the horizon line to the zenith. When AT is detected and selected by means of a self-guidance head, its grip is performed for tracking. With the help of DE with own propulsion unit – PD, AT intercepting is performed with its further damage.

EFFECT: higher efficiency of detection and destruction of air target.

18 cl, 5 dwg

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RU 2 718 560 C1

Authors

Leonov Aleksandr Georgievich

Bolshakov Mikhail Valentinovich

Ivanov Ilya Aleksandrovich

Kostromin Nikita Sergeevich

Kulakov Aleksandr Valerevich

Lavrenov Aleksandr Nikolaevich

Petukhov Roman Andreevich

Rundaev Dmitrij Sergeevich

Svirin Nikolaj Stepanovich

Lukanin Evgenij Vladimirovich

Zaretskij Maksim Vladimirovich

Rylshchikov Aleksandr Petrovich

Dates

2020-04-08Published

2019-07-16Filed