Fabrication of IoT Based E-Vehicle for Physically Challenged People

Authors- J.Karthikeyan, T.Guhan, P.Navin Kishore, V.Suriya Prakash, S.Vignesh

Abstract-The Mobility is essential for everyone, yet physically challenged individuals often face limited options. While hand-operated tricycles and retrofitted scooters are commonly used, they come with drawbacks-manual bikes require significant effort, while IC engine-powered scooters are costly and need regular maintenance. To address these challenges, our project focuses on designing an eco-friendly bike powered by a BLDC motor, providing a convenient and affordable mobility solution for disabled individuals, especially those from economically weaker backgrounds. Additionally, IoT-based modules, including Arduino and a GSM module, enhance the bike’s functionality. These components collect real-time sensor data, enabling efficient monitoring and control via an Android app. By integrating IoT technology, this smart vehicle ensures greater safety, reliability, and ease of use. The system allows users to track and manage vehicle parameters remotely, offering a seamless riding experience. This innovative approach bridges the gap between technology and accessibility, promoting sustainable and inclusive mobility solutions.

DOI: /10.61463/ijset.vol.10.issue1.279