Transportation plays a vital role in modern society; however, conventional vehicles powered by fossil fuels significantly contribute to environmental pollution and the depletion of natural resources. This research investigates a sustainable and eco-friendly alternative: a compressed air-powered vehicle that operates without gasoline or electricity. By harnessing pneumatic propulsion, the study presents a zero-emission mode of transport suitable for urban mobility.

The core of this study involves the design, development, and performance evaluation of a vehicle driven by a vane-type pneumatic motor, supported by a high-pressure air storage system and an optimized transmission mechanism. The vehicle is engineered to maintain structural durability while ensuring efficient energy conversion and smooth functionality. Performance testing assesses critical parameters such as speed, range, and air consumption.