NOVELTY - The system has a drive wheel motor-generator control module/ logic stored in a memory and executed via a processor to receive data from a set of sensors that indicates orientation of a frame (110) of a gyroscopic stabilized vehicle (100). The sensors indicate orientation of a front wheel of the vehicle with respect to the frame and indicate orientation and rotational speed of a gyroscope flywheel to be coupled to the frame. A vehicle state is determined based on the received data. The orientation and rotational speed of the flywheel is adjusted based on the vehicle state.    USE - Electronic control system for a two-wheeled gyroscopic stabilized vehicle e.g. motor cycles and scooters.    ADVANTAGE - The system achieves a great leap in energy efficiency by providing a gyro-stabilized vehicle that can travel on two-wheels, and can accommodate recumbent passenger arrangements, and provides safety of an all-weather enclosed passenger cabin, provides driving controls similar to a car and provides greatly improved range and efficiency of the gyro-stabilized vehicle by integrating stabilizing flywheels into a regenerative braking system. The system utilizes two flywheels so as to allow each individual flywheel to be made more compact in order to fit within the frame of the vehicle, and one of the flywheels can be used to provide adequate stability during an emergency when the other flywheel fails stops the vehicle to provide safety during the emergency.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) an article of manufacture comprising a machine accessible storage medium including a set of instructions to a method    (2) a method for receiving data to indicate information describing a vehicle state via a set of sensors.    DESCRIPTION OF DRAWING(S) - The drawing shows a partial cutaway side view of a vehicle.    Gyroscopic stabilized vehicle (100)    Frame (110)    Vehicle body (120)    Access door (140)    Drive wheels motor generators (220, 230)