Abstract
This paper deals with the design and implementation of a competitive robot arm with an advanced control. A voice-controlled motorized upper limb prosthetics that has been designed with five degrees of freedom can be used to perform various light material handling tasks like a human arm. The robot arm is outfitted with five servomotors at the joints, which can be controlled accurately and precisely for the smooth movement of the arm. A voice recognition module is used to achieve wireless operation. The greatest curse of human life is losing their arms or legs from birth or due to any external calamities. This paper deals with the implementation of a low-cost voice-controlled motorized upper limb prosthetics that could enhance the life of people with upper limb amputation to do their work with some ease.
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