A method for charging blast furnace raw material into a blast furnace, comprising, when charging blast furnace raw material including coke and ore material such as sintered ore, pellet, or lump ore into the blast furnace using a rotating chute, the method further comprising: providing at least two furnace top bunkers at a top of the blast furnace; storing, in either one or two of the furnace top bunkers, either one or both of the ore material and mixed material obtained by mixing the ore material and the coke with a mixing amount of coke being 30 mass% or less of a total amount of coke to be charged into the furnace; storing only coke in the remaining one of the furnace top bunkers; receiving the raw material discharged from each of the furnace top bunkers in a collecting hopper; and then feeding the raw material to the rotating chute to charge the raw material into the blast furnace, wherein firstly, a coke slit is formed by discharging coke from the furnace top bunker, into which only coke has been charged, then, coke and ore material and/or mixed material are discharged simultaneously from the furnace top bunkers, mixed in the collecting hopper, and fed to the rotating chute to form a mixed layer of ore material and coke on the coke slit, the operations and are repeated, the amount of coke to form the coke slit is set to be 25 mass% to 40 mass% of the total amount of coke, and the amount of coke to form the mixed layer of ore material and coke is set to be 60 mass% to 75 mass% of the total amount of coke. providing at least two furnace top bunkers at a top of the blast furnace; storing, in either one or two of the furnace top bunkers, either one or both of the ore material and mixed material obtained by mixing the ore material and the coke with a mixing amount of coke being 30 mass% or less of a total amount of coke to be charged into the furnace; storing only coke in the remaining one of the furnace top bunkers; receiving the raw material discharged from each of the furnace top bunkers in a collecting hopper; and then feeding the raw material to the rotating chute to charge the raw material into the blast furnace, wherein firstly, a coke slit is formed by discharging coke from the furnace top bunker, into which only coke has been charged, then, coke and ore material and/or mixed material are discharged simultaneously from the furnace top bunkers, mixed in the collecting hopper, and fed to the rotating chute to form a mixed layer of ore material and coke on the coke slit, the operations and are repeated, the amount of coke to form the coke slit is set to be 25 mass% to 40 mass% of the total amount of coke, and the amount of coke to form the mixed layer of ore material and coke is set to be 60 mass% to 75 mass% of the total amount of coke. firstly, a coke slit is formed by discharging coke from the furnace top bunker, into which only coke has been charged, then, coke and ore material and/or mixed material are discharged simultaneously from the furnace top bunkers, mixed in the collecting hopper, and fed to the rotating chute to form a mixed layer of ore material and coke on the coke slit, the operations and are repeated, the amount of coke to form the coke slit is set to be 25 mass% to 40 mass% of the total amount of coke, and the amount of coke to form the mixed layer of ore material and coke is set to be 60 mass% to 75 mass% of the total amount of coke.