The invention discloses a moving bed coke-burning regeneration method for a methanol-to-gasoline catalyst. The method comprises the following steps: a spent catalyst from outside of a regenerator or a regenerator buffer area enters a radial catalyst moving bed coke-burning zone by gravity; the coke-burning zone is divided into two segments including an upper coke-burning segment and a lower coke-burning segment; the catalyst which is burned by the upper coke-burning segment and the lower coke-burning segment of the coke-burning zone enters a drying zone by gravity, in order to complete the coke-burning regeneration process of the spent catalyst; the regenerated catalyst can be recycled; regeneration gas which completes coke burning in the coke-burning zone and drying gas from the drying zone of the regenerator are led out together from the upper part of the regenerator, and after heat transfer, cooling, drying and compression are carried out for the gas, the gas is divided into three paths, wherein after a first path is supplemented with air, the gas is heated to 350-400 DEG C and enters the upper coke-burning segment of the regenerator, after a second path is supplemented with air, the gas is heated to 360-410 DEG C and enters the lower coke-burning segment of the regenerator, and the third path is used as drying gas and enters the drying zone of the regenerator. The method can effectively control the temperature of a coke-burning bed layer of the regenerator, and prolongs service life of the catalyst.