Revolutionizing Automotive Industry for Servicing An Autonomous Adaptive Lift System

Abstract: The automotive industry stands at the cusp of a transformative innovation with the development of an autonomous adaptive lift system designed to revolutionize vehicle servicing. Traditional automotive lifts require manual adjustments to fit various car sizes and positions, often leading to inefficiencies and safety concerns. In response, our proposed model introduces an autonomous lift system that detects and adjusts to the optimal lifting points for diverse vehicles, eliminating the need for human intervention in positioning.Powered by cutting-edge hardware components, including an Arduino controller serving as the main board, REV kit for motor and extruder assembly, and precision servomotors, this system incorporates advanced sensor technologies like IR(infrared), ultrasonic sensors, and specialized point detection sensors. This comprehensive sensor array enables the lift to comprehensively assess a vehicle's dimensions, weight distribution, and ideal lifting positions upon entry.By harnessing an amalgamation of sensors, actuators, and programmed instructions within the Arduino controller, the lift autonomously adapts to diverse vehicle shapes and sizes, facilitating precise and safe adjustments. This integrated system, comprising sensors for dimensional analysis, actuators for responsive adjustments, and sophisticated programming, enables the lift to dynamically conform to various vehicles. Furthermore, stringent safety protocols, including failsafe mechanisms and emergency stop functionalities, are inherent to this hardware setup, ensuring unwavering reliability and operational security.This research aims to elucidate the pivotal role of this autonomous adaptive lift system in reshaping the automotive servicing landscape. It will delve into the technological innovations, operational functionalities, and the added value this system brings to garage operations, emphasizing its potential to elevate safety standards, increase efficiency, and transform the industry's approach to vehicle maintenance.

Keywords: Autonomous Adaptive Lift, Efficiency Enhancement, Precise Alignment, Saftey, Vehicle Lift

DOI: 10.54941/ahfe1005466

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