Optimizing Safety and Comfort: A CAD and ANSYS-Based Engineering Study for Designing a Secure and Ergonomic Go-Kart

Abstract

Designing a go-kart is a multifaceted endeavor that demands a harmonious blend of safety, functionality, performance, and manoeuvrability while adhering to competition regulations, environmental norms, and budgetary constraints. It involves crafting an aesthetically appealing and ergonomic frame layout with structural rigidity and torsional resistance, precisely positioning the powertrain components for optimal performance, and meticulously engineering the braking system for utmost safety alongside a responsive and precise steering mechanism. Powertrain selection and tuning are crucial in minimizing emissions and noise levels while maximizing efficiency. Computer-Aided Design (CAD) software and Finite Element Analysis (FEA) enable simulation of vehicle behaviour, refining designs, and identifying areas for improvement. Prototyping and rigorous testing evaluate design efficacy, uncover deficiencies, and guide continuous testing, data analysis, and iterations to align the final product with project requirements and objectives while incorporating industry expert feedback to ensure adherence to quality standards and performance benchmarks.