Case Study on Different Go Kart Engine Transmission Systems

Author:

Srivastava Jay Prakash,Readdy Gankidi Gangadhar,Moizuddin Mohammed,Theja Kavvampelly Surya,Sambasiva Rao N

Abstract

Abstract Go Kart, by definition is a simple 4-wheeler, single seater on track vehicle with no differential and suspension system. Fabrication of go-kart aid in learning about all the divisions involved in vehicle design like chassis, steering, transmission, brakes and so on. In any vehicle, engine determines the speed and power of a vehicle, as so in go karts. McCulloch MC-10 was the first go kart engine which is a manually transmitted two stroke engines adapted from chain saw, manufactured by McCulloch Company.At present they are many engines existing which are appropriate for go kart. This paper aims to study the velocity, acceleration, torque, sprocket ratio and slipping condition of three different types of engines (manual transmission engine, continuous variable transmission engine and industrial engine). Engines are opted as per standards issued by Society of Automobile Engineers (SAE), India and abroad. Analytical formulations are used to carry-out the performance comparison. This study helps design engineers or automobile enthusiasts in proper selection of engines based on their need and their application.

Publisher

IOP Publishing

Subject

General Medicine

Reference17 articles.

1. Design of Transmission System for Go-Kart;Raorane;Int. J. Sci. Res. Dev.,2019

2. Design of Transmission System for Go-Kart Vehicle;Kudari;Int. J. Eng. Tech.,2018

3. Design and Analysis of a Shifter-Kart;Pathak;IOSR J. Mech. Civ. Eng.,2017

4. Numerical investigation on vibration characteristics and structural behaviour of different go-kart chassis configuration;Srivastava,2020

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1. Influence of Track Width, Wheel Base on Turning Radius and Static Behavior of Stub Axle, C-Clamp in Go-Karts Steering System;Lecture Notes in Mechanical Engineering;2024

2. Design and analysis of a go-kart chassis;AIP Conference Proceedings;2023

3. Go-Kart Simulation in HoloLens;Proceedings of International Conference on Computational Intelligence;2023

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