The invention relates to a large-mining-height intelligent working face end cutting feed method. Mutual interference of a coal cutter, a scraper conveyor and a hydraulic support is avoided. The large-mining-height intelligent working face end cutting feed method comprises the steps that the coal cutter conducts normal coal cutting from the end B to the end A to cut through a coal wall, frames arepulled along with the coal cutter and stop being pulled at a frame X, the scraper conveyor stops being pushed behind a rear drum of the coal cutter by the machine body length, and the length of the bent section of the scraper conveyor is not smaller than the machine body length; after clearing float coal, the coal cutter operates from the end A to the end B, a first middle support at the end A ismoved along with the coal cutter to a frame X', after the coal cutter conducts beveling cutting feed to enter the straight line section, a bent section support and the first support at the end A sequentially push the scraper conveyor in the whole travel, and a rear end frame and a transition frame are sequentially moved; after clearing the float coal, the coal cutter operates from the end A to theend B, the frames are sequentially pulled in the center of a cutter body of the coal cutter, when the coal cutter operates to a frame Y, the scraper conveyor is pushed in the whole travel from the end A, and the rear end frame and the transition frame are sequentially moved; and the coal cutter normally operates towards the end B.