Design of Self Balancing Attachment For Motorbikes Using Mechanical Gyroscopes, Aimed for Improved Safety.

Our project involves the use a gyroscope on a motorcycle. Gyroscope is nothing more than a spinning wheel which has considerable mass, having high angular velocity, which generates a balancing force opposite to the actual motion of the body which is to be balanced. The purpose of using gyroscope is

Project Title

Design of Self Balancing Attachment For Motorbikes Using Mechanical Gyroscopes, Aimed for Improved Safety.

Project Area of Specialization

Mechanical Engineering

Project Summary

Our project involves the use a gyroscope on a motorcycle. Gyroscope is nothing more than a spinning wheel which has considerable mass, having high angular velocity, which generates a balancing force opposite to the actual motion of the body which is to be balanced. The purpose of using gyroscope is to convert a normal two wheel vehicle into an auto balancing two wheel vehicle. If motor cycle is falling on one side, gyroscope will provide momentum in opposite direction. Momentum will be generated by the rotation of gyroscope wheels, and that wheel rotation will be achieved by the power supply from motorcycle engine. Control system will be designed in project to make sure that gyroscope give the output according to the required value. Our design would involve vertical pair of gyroscopes installed on Honda motor bike.

Project Objectives

• Least amount of space consumption by gyroscope
• Cost effective design for customer
• Proper amount of opposite motion by gyroscope

Project Implementation Method

Firstly, we will be using the motorcycle engine as our power supply to rotate the gyroscopes about their axes. This power will also be electrically transferred to our accelerometer and gyro sensor that will be sensing motion about the bike’s axis and will be actuating the mechanical gyroscopes according to the tilt of the bike about its axis. These sensors will be connected to a main controller that will entail a control system for the self-balancing act programmed onto it using MATLAB.

Benefits of the Project

Following are the two unmet needs relating to motorcycle riding and will be fulfilled by our project.

1- Presence of safety system for motorcycle riders (high chances of bike falling at lower speed i.e. stalling or turning)

2-Balancing aid for handicapped people. Although there exists a design involving the attachment of two wheels on the rear side, but it consumes a lot of space.

Technical Details of Final Deliverable

Aim of our project is to fulfil following deliverables:

• Structural design of the mechanism which will entail us having to make a 3D model of our proposal on Solidworks. Then we have the structural analysis and simulation using the 3D model in which we will perform Finite Element Analysis on the design and also perform a vibrational and motion analysis to spot any discrepancies with the system. Material shall be decided after the structural analysis. This structural design will fulfil our first two objectives i.e. least space consumption and cost effective model.

 Control system design for which we will be designing a self-balancing control system on MATLAB and will be simulating results. This deliverable will fulfil our last objective

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Transportation

Other Industries

Core Technology

Others

Other Technologies

Sustainable Development Goals

Good Health and Well-Being for People, Decent Work and Economic Growth, Industry, Innovation and Infrastructure, Sustainable Cities and Communities

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com