An automatic shoe cabinet comprises a cabinet body. The cabinet body comprises a left cabinet and a right cabinet, a transmission structure is arranged in the left cabinet, the right cabinet comprises a plurality of shoe placing cabinets and shoe storage cabinets, an upper cabinet door and a lower cabinet door are mounted on the shoe placing cabinets and the shoe storage cabinets respectively and are connected with the transmission structure through an upper door spindle and a lower door spindle respectively, an infrared sensor is arranged on the left cabinet, and an infrared sensor circuit is arranged inside the corresponding cabinet in a matched manner and electrically connected with the transmission structure. The infrared sensor arranged in the cabinet body senses a person approaching or leaving the shoe cabinet, so that forward rotation or reverse rotation of the motor is controlled, the transmission structure drives the upper cabinet door and a lower cabinet door to automatically overturn up and down, so that the shoe placing cabinets and the shoe storage cabinets can be simultaneously and automatically opened and closed, shoes are automatically changed, the shoe cabinet is designed in a layered mode, the storage capacity of the automatic shoe cabinet is increased, and the automatic shoe cabinet has the advantages of economical property, applicability, simplicity and convenience.