DESIGN AND DEVELOPMENT OF A WHEEL BALANCING MACHINE FOR THE LOCAL MARKET

Abstract

To improve accuracy and user convenience, this report investigates the creation and application of a dynamic wheel balancing device coupled with a mobile application for the automotive sector. When it comes to addressing dynamic imbalances brought on by things like tire wear, altered road conditions, and variations in vehicle speed, traditional static wheel balancing techniques frequently fall short. Thus, a more sophisticated and flexible method of wheel balancing is required. The suggested dynamic wheel balancing device precisely detects dynamic imbalances and offers the best corrective actions by utilizing sensor technologies and real-time data processing. Furthermore, by integrating a mobile application, users can remotely monitor the balancing process, access diagnostic reports, and receive maintenance alerts, all of which improve user experience and streamline operational efficiency.