A shuttlecock having flying performance and durability equivalent to those of shuttlecocks using feathers of aquatic birds, an artificial vane for a shuttlecock, and methods of manufacturing them are provided. An artificial vane (3) for a shuttlecock has a vane part and a stem (7). The stem (7) is connected to the vane part. The stem (7) includes a fixed stem part (10) and a vane stem part (8) continuing to the fixed stem part (10). A sheet-like member (9), a member forming the vane part, has a vane body part (5) in contact with the fixed stem part (10) and larger in width than the fixed stempart (10) and also has a projecting part (12) projecting from the vane body part (5) toward the vane stem part (8). That end of the projecting part (12) that is located on the side opposite the vane body part (5) is embedded in the member forming the vane stem part (8).