Due to the use of metals in the body of the aircraft and the importance of the structure of the body in maintaining and using the flight systems, it should protect aircraft from the destructive effects of the environment. Determining the mechanism of corrosion on a structure is very difficult and complicated; because the environmental conditions of an airplane are extremely variable during and after flight. This wide range of background changes has many problems. In this paper, the question was raised: what are the preventive strategies for preventing corrosion? For this purpose, the researcher aimed at explaining and providing preventive and innovative solutions for preventing all kinds of physical, chemical and electrochemical corrosion on aircraft. Considering the nature of the subject of the research, this research is an applied and descriptive. The statistical population of the whole staff and sample population include employees of the Mehrabad airport all of which have valuable experience around the subject of the research. Data collection was done by using field and library methods and by using documentation tools, interviews with experts and questionnaires. Finally, the researcher concluded that corrosion can be prevented by using electro-oxidation of the plasma, the anodizing process, chromate transformation coatings, the production of polymer nanoparticles, ceramic coatings and nanotechnology.