The influence of dual stealth aircraft formation cooperating with aerial bombing on the performance of monopulse radar

Abstract

In view of the problem of how to effectively compare and analyze the influence of angle tracking error of monopulse radar caused by the cooperative aerial bombing of dual stealth aircraft, a dynamic trajectory model of cooperative aerial bombing of dual stealth aircraft in level flight is established for the first time, and the acquisition method of dynamic RCS under the aerial bombing of dual aircraft is proposed. By using the time-varying dynamic signal-to-noise ratio as a parameter variable, a single pulse radar angle tracking error solution model is established, which is suitable for the stealth aircraft dual aircraft formation. This paper analyzes the influence of cooperative aerial dropping of dual stealth aircraft formation on the angle tracking error performance of monopulse radar, and concludes for the first time that the angle tracking error of monopulse radar will be reduced when there is no interference in the air bombing of two planes.