A method for automatically feeding feed to a fish processing device, wherein the fish are brought individually into a holding position with longitudinal orientation at a deposit point and are conveyed with a delivery conveying means along a delivery conveying path and at a fish delivery point are serially fed to an associated fish receiving point, the fish passing the fish carrier elements of a processing conveying means of the fish processing device for transferring the fish, characterized in that the fish are brought into the holding position individually at the deposit point within a grasping region of the delivery conveying means, wherein in the holding position they are initially out of engagement with said delivery conveying means such that the delivery conveying means is controlled by an electrical control system in compliance with at least one conveying control signal into a conveying grasp of the fish located in the holding position and that the fish caught in the holding position is moved along the delivery conveying path to the fish delivery point and is there released, wherein the conveying grasp, the delivery conveying movement and the release are electrically controlled with a delivery time and a delivery speed, associated with each fish, that is consistent with the fish carrier elements which pass the fish receiving point.