The invention belongs to the technical field of stockbreeding machines, and particularly relates to a self-propelled feeding car capable of being pushed manually. The original pull-type driving feeding system is changed, the self-propelled feeding car which can automatically run in each row of cage rails is adopted, restriction from pulling ropes at the head end and at the tail end is avoided and accuracy requirement of a cage system is reduced. The self-propelled feeding car capable of being pushed manually is driven by a self-carried power source, supply lines penetrating a longitudinal length of a cultivating farmhouse are free of being mounted, and risks that the supply lines are eaten by mice to cause power supply faults are reduced. A travel switch is adopted to control the system to realize feeding and returning of the feeding car; the head end of the feeding car is charged when the feeding car is not used, so that efficient power can be stored for the feeding car when the feeding car is used, and the feeding car is applicable to the cultivating farmhouse with frequent power supply fault; and feeding workers can pull a clamping device to push the feeding car to run forward under long-term outage condition. The self-propelled feeding car can be firstly popularized in open type bartons adopting a multistep cage culture method.