This paper deals with the development of a surface multimodal interface system for audio and tactile feedback. The multimodal interface system consists of a PVDF film and an ITO glass. We have controlled the applied voltage between the PVDF film and ITO glass for the tactile feedback. Similarly, we have controlled the applied voltage between the transparent electrodes on both sides of PVDF film for audio feedback. This paper shows the performance of the developed surface multimodal interface system.