The present technique provides a dynamic assessmentrehabilitation system for balance hypofunctionvertigo patients clinically. This development comprises four subsystems. The sensing subsystems were installed to measure the motions of the subjectsto convert those signals to interact with the control system. Furthermore, in the sensing subsystem, an inertial measurement unitan image module were used to observe posturemovement during the experiment. On the top of the frame of the platform, a monitor was used to implement the locomotionvisual acuity test.