Abstract: An aerobic step includes a body having a middle exercise area and four sides. A maximum height of the body is positioned in the middle exercise area. The middle exercise area has a domed shape and curves downwardly to the four sides. The four sides define two longitudinal sides and two transverse sides. The middle exercise area includes a layer of material co-molded with and supported by a main body portion which promotes gripping and non-slippage. The layer of material includes a pattern of grooves. Two handles are defined along a lower portion of the body in the form of cutouts. An edge material is co-molded with and positioned on the lower edge of the body for contacting the ground. The body has a convex upper surface, and a concave lower surface which promotes stacking for storage, or for adding additional height by nesting two or more steps together.

Abstract: A scooter includes a main body having a triangular shape including three lower pivotable wheels. Three handles are defined interior to the main body, one along each of the sides. The body includes a domed shape and a textured surface. A central opening is provided in the main body to allow for stacking of the scooters for storage. During stacking, the scooters are alternated relative to one another so that the points and the sides are offset, resulting in compact and secure storage.

Abstract: A goal assembly includes a base frame and a main frame. The base frame includes a first side rail, a second side rail and a cross-member that is engaged to the first and second side rails. The main frame includes a first side leg engaged to the first side rail, a second side leg engaged to the second side rail, and a cross-bar engaged to the first and second side legs. A first wheel assembly is engaged to the first side rail. The first wheel assembly includes a wheel that rotates about a rotation axis of the first wheel assembly. A second wheel assembly is engaged to the first side rail. The second wheel assembly includes a wheel that rotates about a rotation axis of the second wheel assembly. The rotation axes of the first and second wheel assemblies are generally parallel to the first side rail.