increase the flight stability without a major increase in either the length of the center body stem 34 rearward and or increasing the diameter of the tail ring wing 28 aerodynamically shaped fins 36 can replace the original struts 30 within the inner diameter of the ring wing tail 28 the increased surface area of the fins 36 will greatly increase the stability in pitch and yaw thereby assisting in a more accurate flight path the number size and area of the fins 36 located inside the tail ring wing 28 may be best determined by iterative testing this methodology may also be used to obtain the optimal fin geometry e g sweepback angle of the fins their number and area the exterior surface of the larger ring wing may also have a series of longitudinal grooves to aid gripping by a throwers fingers as shown in fig8 appropriate weights may be placed within the large ring wing to give the toy sufficient total weight and balance or by selecting materials depending on their density to achieve a similar effect fig9 shows a cross sectional exploded arrangement of a stem center body bearing connection either end can be leading or following the center body material is expected to be constructed of a stiff but not brittle plastic material a bearing receiving cavity 40 exists in a first 42 of the members the cavity 40 includes a bearing retaining lip 44 and a central void 46 when a bearing 50 is inserted the lip 44 expands and snaps down to hold the bearing 50 in.