The Journal Review on Design and Fabrication of Multidrive Electric Bicycle

The Journal Review on Design and Fabrication of Multidrive Electric Bicycle.

.P.CH.Manikanta achari1, G.Akhil2, N.Balaji3,M.Dhanush4,D.Hemanth Kumar5. K.Anusha Nandini6

1Student, Department of Mechanical engineering, NS Raju Institute of Technology(A),Visakhapatnam, 531173.

2Student, Department of Mechanical engineering, NS Raju Institute of Technology(A),Visakhapatnam, 531173.

3Student, Department of Mechanical engineering, NS Raju Institute of Technology(A),Visakhapatnam, 531173.

4Student, Department of Mechanical engineering, NS Raju Institute of Technology(A),Visakhapatnam, 531173.

5Student, Department of Mechanical engineering, NS Raju Institute of Technology(A),Visakhapatnam, 531173.

6 Assistant Professor, Department of Mechanical engineering, NS Raju Institute of Technology(A),Visakhapatnam, 531173

ABSTRACT

The increasing urban population and growing environmental concerns have necessitated the development of sustainable transportation alternatives. This paper presents the conceptualization, design, and implementation of a Multi-Driven Electric Bicycle (MDEB) that integrates human pedaling, electric motor assistance, and solar energy to deliver a versatile, eco-friendly mobility solution. The MDEB is designed to operate in three distinct modes—Manual, Electric, and Hybrid—each tailored for specific riding conditions and user preferences. A modular control system managed by an Arduino-based unit ensures seamless transitions between modes and optimal power utilization. Performance testing of the prototype shows promising results in terms of speed, energy efficiency, user comfort, and environmental benefits. The study concludes with discussions on future scope, potential challenges, and the MDEB’s role in shaping next-generation personal transportation systems.T