The growing demand for clean and intelligent transportation has encouraged the development of energy-efficient electric vehicle powered by renewable energy sources. This paper presents the design and implementation of a solar-operated electric vehicle integrated with a voice control system for smart and hands- free operation. The proposed system combines photovoltaic panels, a battery storage unit, a motor drive circuit, and a microcontroller- based control module to enable sustainable mobility. Solar energy is captured and converted into electrical power to charge the battery, reducing dependency on grid electricity and fossil fuel. A speech recognition interface is incorporated to allow users to control key vehicle function through voice commands, thereby improving accessibility and safety. The system utilizes a low-cost embedded platform with a voice processing module to interpret commands and execute movement action such as start, stop, forward, and reverse. Experimental results of demonstrates reliable command recognition, efficient solar charging, and stable vehicle performance under normal operating conditions.