Design and Fabrication of an Electric Vehicle (EV) Cart for Vegetable Vendors

Abstract

This paper presents a comprehensive study on the design, development, and fabrication of an Electric Vehicle (EV) cart specifically engineered for vegetable vendors. Traditional push carts require significant manual effort, limiting mobility and productivity. By integrating an electric propulsion system, ergonomic structure, and enhanced load-carrying capability, the proposed EV cart provides an efficient, sustainable, and low-cost solution. Detailed analysis covering conceptual design, material selection, fabrication processes, performance evaluation, and future scalability is discussed. The implemented model reduces physical strain, improves vendor efficiency, and supports eco-friendly urban logistics.