Abstract

Light utility vehicles are becoming increasingly popular as a means of autonomous transportation for short distances. Rising fuel costs and concerns about pollution from petroleum and diesel-powered vehicles are pushing manufacturers to explore alternative energy sources. One such innovation is the development of air-powered vehicles that utilize compressed air as a clean and sustainable energy source. Engineers are focusing on harnessing pneumatic power to drive light utility vehicles, reducing reliance on fossil fuels and minimizing environmental impact. These vehicles offer a promising solution for urban and industrial transport, providing an eco-friendly alternative while maintaining efficiency and reliability.  This air-powered vehicle project is based on pneumatic principles, using compressed air to generate motion. It consists of a pneumatic system incorporating two pneumatic cylinders that convert linear motion into rotary motion, enabling continuous movement. The vehicle’s design includes four free-wheel sprockets and a metallic chassis, ensuring stability and durability. A chain drive mechanism efficiently transmits mechanical power, further enhancing the vehicle’s performance. The use of compressed air as an energy source presents several advantages, including lower emissions, reduced operating costs, and increased energy efficiency. By eliminating the need for conventional fuels, air-powered vehicles contribute to a greener future while showcasing the potential of pneumatic technology in sustainable transportation.