Abstract: An automobile motion system for choreographed independent movement in three degrees of freedom of an automobile body with respect to the automobile wheels includes a central processing unit, a memory communicative with the central processing unit and an instruction set, the execution of which causes the central processing unit to output a programmed sequence of signals. At least one translator interconnects the automobile body with a front suspension assembly, and at least one translator interconnects the automobile body with a rear suspension assembly. Each translator is responsive to the programmed sequence of signals to independently move the automobile body with respect to the front suspension assembly and with respect to the rear suspension assembly in response to the programmed sequence of signals. The system can be adapted to any sized land vehicle, including oversized vehicles, standard vehicles, miniature vehicles, and toys.