The work aims to verify the protection and safety performances of the optimized design of overall packaging scheme of vertical vacuum cleaner. The finite element modeling and constraint handling of products were carried out by referring to the environmental parameters in the circulation process of vertical vacuum cleaner. The simulation of random vibration, braking, turning, drop and other logistics conditions in the transportation process was taken based on Ansys Workbench. The deformation, stress, strain and damage of the product package under different mechanical loads were obtained by analysis. The design at the slotting of corrugated top lining needed to be improved. In the vertical direction, the deformation and strain of corrugated box during the dropping were small, but they would not affect the safety and protection of overall package. The compressive strength, impact resistance and seismic resistance of corrugated liner and corrugated box conform to the requirements. The overall packaging scheme of vertical vacuum cleaner is qualified.