Abstract: A flying disc with two lights located on or near the disk's perimeter, with two symmetrically opposed housings on the underside of the disk near the disk's outmost edge. The two housings store the batteries and the electrical components for illuminating the disk. The housings are placed on opposite sides of the disk, so that the bulk of the disk's weight is on the disk's outside edge. Aerodynamic stability in a flying disk is optimum when the bulk of the disk's weight is distributed on it's outside edge. Thus, the present invention has greater stability when set in rotational motion than existing disks which house electronic components and batteries in the center.