Study and Examine the Go Kart working Mechanism

A go-kart is a kind of open-wheel auto. Go-karts come in all shapes and structures, from motorless models to powerful hustling machines. Numerous recreational karts can be controlled by four-stroke motors or electric engines, while hustling karts utilize two-stroke or, once in a while, higher fueled

Project Title

Study and Examine the Go Kart working Mechanism

Project Area of Specialization

Mechanical Engineering

Project Summary

A go-kart is a kind of open-wheel auto. Go-karts come in all shapes and structures, from motorless models to powerful hustling machines. Numerous recreational karts can be controlled by four-stroke motors or electric engines, while hustling karts utilize two-stroke or, once in a while, higher fueled four-stroke motors. A large portion of them are single-seater yet some recreational models can oblige a traveler. In a few nations, go-karts can be authorized for use on open streets frequently alluded to as road tracks. To fabricate the complete go-kart, different parts like steering, braking, transmission systems, electrical, and other innovative ideas are added to the go-kart.

Project Objectives

The main goal is to simplify the design to make a lightweight and safety purpose vehicle then it will improve the speed of go-kart. In the future, the go-kart will develop in many ways such as the 4-stroke engine.

Project Implementation Method

1. Outline the rough chassis designs which can sustain more load and can distribute the loads to the entire chassis body.

2. Selection of the best chassis frame from the rough chassis body frames.

3. Designing the selected chassis design in the SOLIDWORKS software by considering the rules and regulations that were made by the ISIE (Imperial Society for Innovative Engineers).

4. Analyzing the designed chassis frame in the ANSYS software by considering various loads on it and by assuming different materials.

5. Fabricating prototype of the designed and analyzed chassis.

6. Cutting the chassis material based on the design dimensions considered.

7. As per design concern bending of chassis material, if necessary.

8. Arrangement of the chassis material that was made into required dimensions and welding is being performed to build the complete chassis frame.

9. Fine finishing should be processed at welded joints by the grinding or buffing method.

10. Applying grease to the entire chassis frame, after welding is completed.

11. Mounting necessary mounts for the steering, transmission, and braking systems.

12. Assembling of different systems like steering, transmission, and braking.

13. Fixing firmly the bucket seat, firewall, bumpers, and floor closeout to the chassis frame.

14. Assembly of tires to the Go-kart.

15. Fastening of all components with locknuts.

16. Several trial runs are performed to make sure that the fabrication of the go-kart is made perfectly.

Benefits of the Project

In the future, go-kart will develop in many ways such as the 4-stroke engine. Alternative fuels like bio fuels which are cheaply cost will be used in place of petrol. Solar energy can be produced by solar panels will be applied in a go-kart, then it will be converted into E-Kart. A suspension system should be added to bear vibrations and shocks. With the help of solar energy, the planet can be preventing from pollution. Development in aerodynamic shape will increase the go-kart speed.

Technical Details of Final Deliverable

1. Chassis Material
2. Steering System
3. Suspension System & Go-Kart Dimensional Configuration
4. Braking System
5. Tire and Wheel
6. Engine & Transmission system
7. Safety Materials

Final Deliverable of the Project

Hardware System

Core Industry

Transportation

Other Industries

Manufacturing

Core Technology

Others

Other Technologies

Others

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

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