GESTURE CONTROLLED PROSTHETIC HAND USING ARDUINO

The intention of This undertaking is to employ Arduino technology to design and build a gesture-controlled prosthetic hand. The primary goal is to produce a responsive and user-friendly system that lets people manipulate a prosthetic hand’s movements with hand gestures. The prosthetic hand’s actions are translated into equivalent hand movements by utilization of an Arduino microcontroller that is interfaced with sensors and actuators. The suggested design makes utilization of a variety of sensors—such as accelerometers or flex sensors—that are fastened to the user’s hand In order to recognize various motions and gestures. The Arduino receives these sensor readings, processes them, and then uses the data analysis to initiate particular motor motions in the hand prosthesis. Furthermore, Bluetooth or wireless communication protocols can be included to make room for the hand prosthesis to be configured and controlled remotely.