Paper Title
Design and Fabrication of Electro-Magnetic Braking System for Two-Wheeler

Abstract
This article explains the designs, fabricates, and tests an electromagnetic braking system (EMBS) for vehicles. Traditional friction brakes suffer from wear, fade, and longer stopping distances. EMBS utilizes electromagnetic forces for braking, offering a non-contact, potentially more efficient solution. The project covers design, simulation, and prototype fabrication for front brake integration. Performance testing shows a reduction in braking time from 7.2 seconds to 4.1 seconds compared to the standard system. This demonstrates EMBS potential for improved vehicle safety and performance. Future work includes design optimization, integration with existing systems, and addressing power and thermal management challenges. The EMBS aims to overcome limitations of conventional braking systems. This research explores the feasibility and benefits of electromagnetic braking. The prototype serves as a proof-of-concept for EMBS implementation. Keywords - Braking system, Electro-magnetic braking, Two-wheeler braking system