Design and Fabrication of a Compressed-Air Driven Eco-Friendly Two-Wheeler Prototype

Objective: To engineer and demonstrate a functional two-wheeler prototype powered by compressed air, targeting sustainable urban mobility.

Urban transportation in India faces challenges such as air pollution, high fuel costs, and traffic congestion, especially affecting daily commuters and low-income populations. Conventional two-wheelers reliant on petrol or diesel exacerbate environmental and health issues.

This project proposes an alternative solution: a two-wheeler powered by compressed air, utilizing pneumatic energy for propulsion. The approach includes designing a compact air-powered transmission system, optimizing energy storage, and integrating safety and ergonomic features suitable for Indian road conditions.

Key deliverables comprise a fabricated working prototype featuring a compressed air reservoir, pneumatic motor, control valve system, and a lightweight chassis adapted from a standard bicycle. The students will demonstrate live operation, measure performance parameters (range, speed, recharge time), and compare with conventional two-wheelers.

Societal impact includes reduced vehicular emissions, lower operating costs, and potential scalability for last-mile mobility and delivery services. The project addresses sustainability and aligns with India's push for clean transportation technologies.