![]() ![]() Due to which demand of development of newly energy efficient vehicles increases. ![]() Due to increase in the fuel prices and continuously depletion of natural recourses for the fuels causes fuel crises in the modern society. Since last 2-3 decades the average temperature of earth increased by 3-40C because of the greenhouse effect. Described the design and analysis of hybrid go-kart. Main purpose of this is for racing and used as re-creation purpose. The designing of this go-kart will be in the form of F3 racing car. Maximum weight which can be placed on this will be of 150-200 kilograms. Material used for the construction of frame is mild-steel. The maximum speed range of this will be of 40 km. Main motto of us is to design a Go-kart using 2-stroke petrol engine. described the design and fabrication of go-kart. AISI 1018 is the suitable material to be used for the go-kart chassis which is a medium carbon. ![]() Strength and light weight are the basic consideration for choosing the chassis material. The chassis is designed in such a way that it requires less materials and ability to withstand loads applied on it. The go-kart chassis is different from ordinary car chassis. This paper is aimed to model and perform the dynamic analysis of the go-kart chassis which is of constructed with circular beams. explained the design and analysis of go-kart chassis. To insure safety of the passenger as well as factor of safety is about 6.2 and 3.2 respectively. Further, adequacy and performance of each designed component and system was checked by ANSYS simulation. chassis, brakes, steering, and drive train. The various systems of the single passenger Eco-kart were designed and fabricated e.g. In this paper they replaced internal combustion engine with a battery power and a motor. Proposed Design And Fabrication Of Environment Friendly Kart. Aspects of ergonomics, safety,Įase of manufacture, and reliability are incorporated into the design specifications. Design and fabrication of the Go-kart focuses on developing a simple, lightweight and easily operated vehicle. The project aimed to perform static and dynamic analysis from theoretical knowledge and analytical methods using ansys and solid works. This project is based on the redesign and analysis of the chassis and suspension systems of terrain vehicle made in 2010 into a low ground clearance Go-kart. The design process of the vehicle is iterative and is based on various engineering and reverse engineering processes depending upon the availability, cost andĭas, design and fabrication of a go-kart vehicle with improved suspension and dynamics. Based on analysis result, the model was modified and re- tested and a final design was frozen. ![]() And subjected to analysis using Ansys software. The design consists of all possible alternatives for the System and modeling them in CAD software like CATIA, Solid works etc. No suspension can be mounted to go-kart due to its low ground. The common parts of go-kart are engine, wheels, steering, tyres, axle and chassis. The go-kart is specially designed for racing and has very low ground clearance when compared to other vehicles. The Go-Kart is a vehicle which is simple, lightweight and compact and easy to operate. KeywordsAuto-CAD CATIA Chassis Braking system So it is sure that this project will have a high demand in the industry. The design and fabrication of go kart many people are trying to build with in a cost of 1lakh and we had also taken up the challenge to make a go-kart within a budget of 70K.This is a dream for which we are working with a hope of making it true. An innovative method of design optimization has been discussed, without significant increase in the overall kerb weight of the chassis. In order to enhance factor of safety the computer aided design model was altered marginally such that it meets the safety requirements. These results during front impact analysis, the chassis should meet the required factor of safety. Theoretical calculations are to be carried out which have to be realize through several analyses. of Mechanical Engg, Vignans Institute of Information Technology,Ībstract This work aims to design the Go-Kart chassis by keeping in mind the rules imposed by Go Kart Design Challenge 2017. Rajasekhara Reddy Mutra Assistant Professor: Dept. of Mechanical Engg, Vignans Institute of Information Technology, Design and Static Analysis of Chassis used in Go-Kart ![]()
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