Disclosed are a dart board equipped with a light source, and a device for controlling the dart board. The dart board equipped with the light source includes: a circular base plate; a plurality of ring-shaped parts which is provided with a predetermined height on an upper surface of the base plate, and is formed with a predetermined radius at a center of the base plate; a plurality of extended parts which are connected from an inner side of an outermost ring-shaped part among the ring-shaped parts to the center of the base plate in a radius direction of the base plate; a plurality of divided parts which are surrounded so as to be closed by the ring-shaped parts and the extended parts; a light guide unit of which one surface is in contact with an external side of the outermost ring-shaped part facing the inner side of the outermost ring-shaped part; and a light source unit which is in contact with the other surface of the light guide unit.

A glow in the dark dartboard and glow in the dark darts and dart parts are disclosed that glow in the dark. The dartboard and dartboard parts may be coated in a variety of ways. In one embodiment a clear ink is mixed with phosphorescent and or fluorescent power rendering a coating that will appear to glow in the dark. The carrier for the phosphorescent and or fluorescent powder may be varnish, clear ink as mentioned above or any other carrier liquid sufficient to carry out the invention. The coating application method may vary and could include painting, dipping, spraying with a spray can, an air brush or a silk screen method of application.