Abstract: A player-actuated video game controller simulates a skateboard or other footboard such that the player stands on the controller and pitches or rolls the deck to cause directional movement of a character on a display. A system of biasing springs between the deck and the base of the controller resist the player's movement of the deck in order to simulate a realistic ride. The number, size, tension, and placement of the springs increases the realism of the ride beyond that of known devices. The controller uses a motion sensor to detect motion of the deck and transmits motion data to a video game system. The controller is augmented by a handheld controller to provide button-based functionality.