Abstract: The cockpit and external appearance of a racing car are accurately simulated. A spherical mirror display is attached to the underside of the hood of the simulator. When the hood is raised, a video presentation is projected onto a display screen via first and second mirrors and the image on the display screen is reflected off of the spherical mirror to the player “driving” the simulated racing car. In the preferred embodiment, the spherical mirror is a thin acrylic sheet molded to the desired curvature. A mirror surface is formed on the concave surface of the molded sheet and a sheet of foam plastic is scored on one side so that the foam plastic sheet conforms to the reverse concave side of the molded acrylic sheet. The foam sheet is molded to the thin acrylic sheet mirror to rigidly support the acrylic sheet mirror in the desired curvature.

Abstract: The cockpit and external appearance of a racing car are accurately simulated. A spherical mirror display is attached to the underside of the hood of the simulator. When the hood is raised, a video presentation is projected onto a display screen via first and second mirrors and the image on the display screen is reflected off of the spherical mirror to the player “driving” the simulated racing car. In the preferred embodiment, the spherical mirror is a thin acrylic sheet molded to the desired curvature. A mirror surface is formed on the concave surface of the molded sheet and a sheet of foam plastic is scored on one side so that the foam plastic sheet conforms to the reverse concave side of the molded acrylic sheet. The foam sheet is molded to the thin acrylic sheet mirror to rigidly support the acrylic sheet mirror in the desired curvature.

Abstract: An amusement ride attraction, with a rotating tube and an image is disclosed that is, relatively inexpensive and compact. The viewer stands inside the rotating tube, and the forces applied to the viewer are in automatic synchronization with the projected image. This creates an illusion that the person is moving in a moving vehicle, thereby resulting in a feeling of motion and a simulated experience of participating in the activity. The cylinder is rotated in a clockwise or counterclockwise direction in synchronization with movements of the projected image showing a "rider's eye" view from a moving motorcycle, airplane, car, or the like.