Abstract: The automated wet pet food dispenser includes a portable housing, a plurality of containers supported at the portable housing and configured to hold wet pet food, and a plurality of displacement mechanisms located within the portable housing and being in communication with the containers, respectively, a controller communicatively coupled to the displacement mechanisms, and a user interface in communication with the controller. Advantageously, the user interface is configured to program the controller. In this manner, the controller is configured to selectively toggle the displacement mechanisms between operable and inoperable modes such that the containers are ejected and retracted along bi-directional travel paths relative to the housing at pre-determined time intervals, as desired by a user.