To provide a vehicle wheel capable of realizing characteristic required for a disc part and a rim part at the maximum degree.

A molding space 40 of a metal die 20 has a disc part molding space 40a for molding the disc part of the vehicle wheel; and a rim part molding space 40b for molding the rim part of the vehicle wheel. A central gate 25 is continued to a center of the disc part molding space 40a. To the rim part molding space 40b, a plurality of side gates 26 formed with a gap in a circumferential direction are continued. Molten metals of different materials are retained in a first molten metal retaining furnace and a second molten metal retaining furnace, the molten metal is fed from the first molten metal retaining furnace to the central gate 25 and the molten metal is fed from the second molten metal retaining furnace to the side gates 26. Thereby, the vehicle wheel is casted. Compositions of the disc part and the rim part of the vehicle wheel are different.