Does an overrunning clutch bearing exist such that the one side remains overrunning no matter what?

Does an overrunning clutch bearing exist such that the one side remains overrunning no matter what, and is driving the other. The driven side rotates at the same angular momentum until any slight opposing torque is apparent- at which point it disengages allowing the overrunning region to continue spinning. For... show more Does an overrunning clutch bearing exist such that the one side remains overrunning no matter what, and is driving the other. The driven side rotates at the same angular momentum until any slight opposing torque is apparent- at which point it disengages allowing the overrunning region to continue spinning. For instance a flywheel driving a shaft. As soon as the shaft displays any opposing torque it disengages with the flywheel, allowing the flywheel to continue its rotation.
7 answers 7