Design and Development of Low Speed E- Vehicle for Tourist transport and Short-Range Mobility Applications

The present work successfully demonstrates the design and development of a low-speed electric vehicle for tourist transport and short-range travel applications. The developed system integrates mechanical and electrical components such as a mild steel chassis, DC motor drive, chain transmission, differential system, disc braking mechanism, and rechargeable battery pack to achieve efficient vehicle operation.   The fabricated prototype was tested under different operating conditions and showed satisfactory performance in terms of speed, load carrying capacity, braking efficiency, and passenger safety. The vehicle operates with low noise, zero tailpipe emissions, and reduced operating cost, making it suitable for eco-friendly transportation applications. The proposed electric vehicle provides a sustainable and economical solution for transportation in tourist areas, campuses, parks, and eco-sensitive zones. The developed system can be further improved in future by integrating advanced technologies such as lithium-ion batteries, regenerative braking systems, solar charging, and smart monitoring systems to enhance vehicle efficiency and performance.

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