Dynamic orbital display system

An orbital display system comprising:

• a body including a lower body portion and an upper body portion releasably coupled to the lower body portion;
• a primary shaft extending through the body along a primary rotational axis;
• a central bearing assembly positioned at a center of the body;
• an extending member having a fixed length and coupled to the central bearing assembly;
• an internal guiding cavity formed within the body and defined at least in part by the lower body portion and the upper body portion;
• an internal magnet positioned within the internal guiding cavity and coupled to a distal extending member end of the extending member;
• and
• an orbiting object magnetically coupled to the internal magnet, such that the orbiting object is external to the body;
• wherein rotation of the primary shaft about the primary rotational axis causes displacement of the extending member about the secondary rotational axis and corresponding movement of the orbiting object relative to the body.

An orbital display system comprising:

• a body;
• a primary shaft defining a primary rotational axis;
• a central bearing assembly defining a secondary rotational axis;
• an extending member coupled to the central bearing assembly;
• an internal magnet coupled to the extending member;
• a guiding rail configured to constrain movement of the internal magnet;
• and
• an adjustment mechanism configured to vary an angular orientation of the guiding rail relative to the primary rotational axis;
• wherein varying the angular orientation of the guiding rail modifies a displacement path imposed on the internal magnet during rotation about the primary rotational axis.