To study the development status of air-based boost phase interception and the key challenges faced by interception and guidance

the guidance technology of air-based anti-boost phase missiles was analyzed and summarized. Air-based anti-boost phase missiles are launched by carrier aircrafts and intercept missiles in boost phase

which is an important part of the ballistic missile defense system. First

the development status of air-based missile system and guidance methods for boost phase interception was reviewed. The combat process of typical schemes

the structure and performance of typical missiles were introduced

and the research progress of guidance technology at home and abroad was summarized. Next

the challenges faced by the boost phase interception guidance of air-based missiles were analyzed

which are reflected in the limited interceptor capability

short available time

strong target maneuverability

complex interception conditions

and high uncertainty. Then

the key technologies that need to be solved for the air-based interception guidance in boost phase were put forward

including power system configuration

rapid calculation of firing data

online correction of guidance commands

hangover plan between midcourse guidance and terminal guidance

and high-precision guidance law for intercepting maneuvering targets. Finally

the development direction of guidance technology was summarized as online guidance

high-precision multi-mode compound guidance

and intelligent and coordinated guidance. Existing research results show that the boost phase interception guidance technology of air-based missiles is not yet mature. There are still some key technical issues that need to be studied and resolved. Theories such as autonomous planning and artificial intelligence can provide references for breakthroughs in key technologies.