Abstract: A catnip-filled toy (10) which may be caused to roll, spin, rock, wobble, and slide when manipulated by the paw of a cat. The device (10) has a convex hub (12). Extending axially from the hub (I 2) are two hollow reservoirs (14) that may be filled with catnip (24). The convex hub (12) and catnip reservoirs (14) are circular in shape when seen in side elevation from an end view, so as to allow the device (10) to roll freely upon any smooth surface (30). The hub is larger in circumference than the reservoirs for continuous rolling of the toy on the hub. In the preferred embodiment of the device (10), the reservoirs (14) are elongated axially beyond a hemispherical shape. The catnip reservoirs (14) have openings (20) through which the catnip (24) may be filled, emptied, and refilled and have a plurality of small holes (22) through which the scent of the catnip (24) inside may emanate outside. The holes (22) are small enough to substantially contain finely cut catnip (24).

Abstract: A catnip-filled toy (10) for cats which may be caused to roll, spin around, wobble, and slide when manipulated by the paw of a cat. The device (10) has a central hub (12) which is convex in shape. Extending horizontally from the central hub (12) are two hollow reservoirs (14) which may be filled with catnip (24). The central hub (12) and catnip reservoirs (14) are circular in shape when seen in side elevation from an end view, so as to allow the device to roll freely upon any smooth surface. The catnip reservoirs (14) have openings (20) through which the catnip (24) may be filled, emptied, and refilled and have a plurality of small holes (22) through which the scent of the catnip (24) inside may emanate outside. The catnip reservoirs (14) are attached by screwing together and may be detached by unscrewing. An alternative embodiment may include yarn (232), feathers, or other soft material extending from and attached to the outer ends of the catnip reservoirs (14).

Abstract: A rotating flying toy comprising a circular airfoil (12) and a plurality of radial airfoils (13). Said radial airfoils (13) extend, at a uniform angle, from a central hub (14), which is elevated in profile above the circular airfoil (12). When tossed through the air in different specific ways, the device performs various unique aerodynamic maneuvers involving its tendency to roll over in a predictable manner, during flight.