Abstract: Antenna lifting rod is mainly used for antenna erection and withdrawal, widely used in emergency communication, radar, reconnaissance and other fields. From the way of use, it can be divided into pull rope and self-standing. Pull rope antenna lifting rod has limited environmental adaptability and rapid response ability, making it difficult to meet the increasingly strong demands of modern equipment, while the self-standing antenna lifting rod is gaining more user attention and favor. This paper presents theoretical analysis of stiffness and strength of the self-standing antenna lifting rod, finite element simulation and wind resistance test verification. A method for studying wind resistance stability is obtained, and its wind resistance stability is verified. The research method and results provide reference for users to select the self-standing antenna lifting rod reasonably and scientifically.