Design and Implementation of Advanced Safety Features in Two-Wheeled Vehicles for Accident Prevention and Anti-Theft System

K. Mallieswaran C.K College of Engineering & Technology, Mechanical S. Agaramudhalvan Vels University, Department of Mechanical Engineering R. Nithya CK College of Engineering & Technology, Department of El R. Shuruti Sri Krishna College of Technology, Department of Electrical S. Radhika CK College of Engineering & Technology, Department of El Design and Implementation of Advanced Safety Features in Two-Wheeled Vehicles for Accident Prevention and Anti-Theft System

<div class="section abstract"><div class="htmlview paragraph">Embarking on exploring the cutting-edge domain of smart bike innovations, this study focuses primarily on enhancing safety and security measures. Through meticulous development and implementation, it introduces seven pioneering features to curb accidents and thwart theft incidents. These transformative functionalities encompass a spectrum of aspects, including cautionary systems for side stand and helmet usage, advanced alcohol detection mechanisms, and robust anti-theft measures employing ID card and password protocols. Moreover, integrating speed control mechanisms and automated brake activation on encountering speed breakers further elevates the safety quotient of the smart bike. By harnessing a diverse array of sensors such as RF, REED, ultrasonic, and gas sensors, these features collectively pave the way for a paradigm shift in road safety standards. The report meticulously details the intricacies of design, execution, and cost estimation, underscoring the transformative impact of these innovations in bolstering road safety and safeguarding against theft incidents.</div></div>
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