NOVELTY - The system includes a computer for selectively driving electric motors, hydraulic actuators and pneumatic actuators to rotate two columns and maintain the surface of e.g. landing pad (20) on a ship (10) in the desired orientation based on an orientation signal. A sensor produces the orientation signal.    USE - For maintaining the surface of e.g. flight deck, landing pad, in desired orientation. Used as a ride in an amusement park, exercise or athlete equipment for balancing and for therapeutic message equipment. Used by mounting a spot light for special attractions and events. Used in industrial automation and machinery. Used with floating foundations for bridges over water. Used to selectively orient a surface such as a mirror to produce a light scanner such as for bar codes. Used to improve motion sickness by stabilizing a special cabin on a vehicle such as train or in vessel.    ADVANTAGE - Moves a surface in a desired orientation, and maintains the surface such as a landing pad in level orientation. Provides a mechanism that can be used to keep beds or stretchers level inside an ambulance, helicopter or rescue plane, and keep the entire patient cabin of the ambulance level during motion. Provides a mechanism that can also be used in a medical laboratory to stabilize a centrifuge or to keep other equipment from breaking, can be used with offshore drilling to keep construction equipment on a level surface, and can be used to keep appliances and accessories level in pleasure craft as in sailboats or in a vessel such as keeping the stove in the galley level. Stabilizes guns and artillery mounted on a ship or a moving vehicle. Provides a stabilizing system that can be used as earthquake reducer of pedestal, cupboard, room or small building such as museum, or for stabilizing cameras mounted in an unstable environment.    DETAILED DESCRIPTION - The columns are rotatably coupled along the engaging surfaces that are oriented at an angle with respect to the perpendicular cross section of the columns. The columns includes a first column rotatably coupled to the surface of the landing pad, and a second column coupled to a supporting surface. The electric motors, hydraulic actuators and pneumatic actuators rotate the first column with respect to the second column, and rotates the second column with respect to the supporting surface.    DESCRIPTION OF DRAWING(S) - The figure shows one environment where the mechanism of the stabilizing surface system can be used.    Ship (10)    Landing pad (20)    Helicopter (30)