Vol. 10, Issue 9, Part B (2024)

Abstract
The world shift towards sustainability and environmental consciousness has spurred interest in alternative transportation modes, particularly electric bikes (e-bikes). E-bikes present a potential solution to urban transportation challenges by offering a cleaner, quieter, and more energy-efficient alternative to traditional fuel-powered bikes. This study explores the transition of consumer preferences from traditional fuel-powered bikes to electric bikes (e-bikes) using path analysis to examine both direct and indirect effects. In this study aims to estimate the functional relationship between dependent E-Bike Satisfaction with different independent variables like; Refilling, Eco-Friendly, Affordable Price, More Trendy, Comfort ability using path analysis.