Evolution of tire inflation systems: From manual pumps to semi-automated or automated technologies

Department of Mechanical Engineering, New Government College Raipur, Chhattisgarh, India

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Abstract

Manually inflating tires is history now; this is a careful scrutiny that unravels the revolution in tire inflation technology and examines its transition from simple systems to sophisticated computer-based systems aimed at improving safety, fuel consumption, and tire lifespan. Maintaining the correct level of tire pressure is critical towards minimizing rolling resistance, facilitating easy handling, and avoiding accidents. This research presents a detailed analysis of the evolution of tire inflation systems, ranging from centralized inflation to rotary joint mechanisms and sensor-based monitoring systems. It further examines some selected research articles on wind-driven and air pumping filling systems, listing their benefits, shortcomings, and future applications in contemporary vehicles. This paper delves into the history of development of tire inflation systems from manual pumps to semi-automated and fully automated technologies. The research brings into perspective the effects of contemporary tire inflation systems on the safety of vehicles, fuel efficiency, and the lifespan of tires. The main aim of this research is to evaluate technological progress in tire inflation and determine the challenges that come with their mass uptake. The study suggests that automatic tire inflation systems would be capable of significantly enhancing vehicle performance and efficiency but are being prevented from mass consumption by challenges such as being expensive, complicated to integrate, and requiring maintenance. Upcoming developments are predicted to centre on durability enhancement, cost minimization, and real-time monitoring integration to increase efficiency and feasibility