The work aims to further strengthen and improve the safe storage, transportation and protection of the ammunition of the airborne flame projectile launcher in the weather modification industry. According to the requirements of the storage and transportation of flame projectile, the materials, technical indicators, performance requirements, structural principles and processing technologies, etc. of the existing airborne catalytic operation equipment were analyzed and studied. The device was composed of a launcher, a circuit controller and an AgI flame agent. It was proven by experiment and preliminary application that the launcher had two AMT modes, with 400 missiles and a continuous operation of more than 4 h. Compared with the current related airborne flame projectile launchers, the operation mode, operation efficiency and ammunition safety protection were greatly improved and promoted. The successful research and development of the new airborne flame projectile launcher has effectively made up for and improved the shortcomings and defects of airborne flame projectile equipment in carrying ammunition, and provides reference for the design of other similar products.