Complete Guide Of Design And Analysis Of Go-Kart Chassis

Master Go-Kart Chassis Design in SolidWorks: Impact Analysis, Material Selection & Real-World Engineering

What you'll learn

Understand the industrial approach to designing vehicle components with a focus on real-world product development workflows.

Understand various types of chassis and design parameters critical to go-kart performance, safety, and manufacturability.

Create a complete go-kart chassis model using SolidWorks, including material assignment and preparation for real-world testing.

Perform structural impact analysis (front, side, and rear) and interpret results to improve design through engineering insights.

Requirements

Basic understanding of engineering concepts such as force, stress, and material properties (helpful but not mandatory).

Curiosity about vehicle design, go-karts, or motorsports engineering.

Access to a computer with SolidWorks (any student or educational version) for hands-on practice.

No prior design or CAD experience required—this course will guide you step-by-step from basics to complete chassis design.

Description

Are you an engineering student passionate about motorsports and eager to master the real-world process of designing a go-kart chassis? This comprehensive course, "Complete Guide of Design and Analysis of Go-Kart Chassis," is your gateway into the world of practical vehicle design and simulation, just like it's done in the industry.From understanding the fundamental design parameters to executing high-level front, side, and rear impact analysis, this course will equip you with hands-on experience using SolidWorks and simulation tools. You’ll learn how to assign material properties correctly, perform accurate meshing, and run various types of analysis, including static, fatigue, and crash impact simulations.We start with the basics—ideal for beginners—and progress step-by-step into advanced topics such as industrial part inspection, stress-strain calculations, material selection techniques, and optimization for performance and safety.You’ll gain:A solid understanding of go-kart chassis geometry and structureSimulation techniques used in real motorsports projectsPractical experience applying materials and analyzing their behaviorConfidence in using SolidWorks for design and analysis projectsWhether you're preparing for a motorsport competition, building your portfolio, or aiming for a career in automotive design, this course offers real value. Learn what truly matters in professional motorsports design—beyond textbooks and theory.

Overview

Section 1: Introduction and Types of chassis

Lecture 1 Course Introduction

Lecture 2 Introduction to Types of Chassis

Section 2: Design Parameters for Go-Kart Chassis

Lecture 3 Design Parameters for Go-Kart Chassis

Section 3: How to Download, Install, and Activate the Student Version of SolidWorks (2025 )

Lecture 4 How to Download, Install, and Activate the Student Version of SolidWorks (2025 )

Section 4: Go-Kart Chassis Design in SolidWorks (Hands-On)

Lecture 5 Go-Kart Chassis Design in SolidWorks (Hands-On)

Section 5: Assigning Material to Go-Kart Chassis

Lecture 6 Assigning Material to Go-Kart Chassis (AISI 1018 Example)

Section 6: Front Impact Analysis of Go-Kart Chassis

Lecture 7 Front Impact Analysis of Go-Kart Chassis

Section 7: Side Impact Analysis of Go-Kart Chassis

Lecture 8 Side Impact Analysis of Go-Kart Chassis

Section 8: Rear Impact Analysis of Go-Kart Chassis

Lecture 9 Rear Impact Analysis of Go-Kart Chassis

Section 9: Interview Preparation for Mechanical Design Engineering Roles

Lecture 10 Interview Preparation for Mechanical Design Engineering Roles

Engineering students (from first year to final year) who are passionate about vehicle design and want to build a strong foundation in practical motorsports engineering.,Motorsports and go-kart enthusiasts who want to understand the real-world design, analysis, and manufacturing process behind high-performance karts.,Students preparing for competitions like go-kart championships, SAE events, or design expos and want to learn industry-relevant skills.,Beginners with a curiosity for automotive design, even if they have no prior experience with CAD or simulation tools.