Complete Guide of Design and Analysis of Go-kart chassis
By Edgeline motorsports academy
Categories: Go-kart Design
About Course
What Will You Learn?
- Understand the fundamentals and types of go-kart chassis.
- Learn essential design parameters for building a competitive go-kart chassis.
- Master SolidWorks for go-kart design through practical, hands-on sessions.
- Assign materials effectively to optimize performance and durability.
- Conduct front, side, and rear impact analysis for safety and performance.
- Prepare for real-world mechanical design engineering interviews.
- Gain skills that form the foundation for building SAE Supra, off-road, and other motorsports vehicles.
Course Content
Introduction
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Course Introduction
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Introduction and Types of chassis
00:00
Industrial Engineering Protocol
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Why Professional Engineers Never Start with CAD | Industrial Engineering Process
01:53 -
Amateur vs Professional Engineering | Why Most Student Projects Fail
02:08 -
The Complete Product Development Process | Engineering Pipeline Explained
02:08 -
Why Starting CAD Too Early Is a Huge Engineering Mistake
01:35 -
What is a Product Requirement Document (PRD)? | Every Engineer Should Know
02:03 -
How Professional Engineers Benchmark Competitors | Reverse Engineering Explained
01:47 -
Reverse engineering why and how to use it
02:12 -
Decision matrix Product Requirements Document
02:06 -
Decision matrix Product Requirements Document
02:08 -
filtration gates PDR – CDR – Manufacturing output
01:58 -
Pre requirement before CAD model
01:53 -
Modern engineering ecosystem
02:43 -
Build the foundation before you open the software
02:16
Driver Ergonomics & Human Engineering
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Why the Fastest Go-Kart Can Still Lose | Driver Ergonomics Explained
02:10 -
What is Ergonomics? | Human-Machine Interaction Explained for Engineers
02:03 -
Why Driver Ergonomics Wins Races | The Hidden Science Behind Fast Lap Times
02:12 -
Driver Packaging Explained | How Race Engineers Design Around the Driver
02:40 -
Why Race Cars Are Designed for the 5th to 95th Percentile Driver
02:37 -
How Race Engineers Measure the Human Body | Driver Packaging Explained
02:07 -
Perfect Racing Posture Explained | Why Your Seating Position Matters
01:41 -
How Driver Position Changes Go-Kart Handling | Centre of Gravity Explained
03:01 -
The Human Sensor Array | How Professional Drivers Process Information
02:42 -
Why Professional Drivers Look Further Ahead | Human Vision at Racing Speed
02:40 -
Vision Cone Explained | The Science of Seeing Apexes Faster
02:05 -
How Poor Visibility Makes You Slower | Motorsport Case Study
02:46 -
The Golden Rule of Steering Wheel Reach | Driver Reach Envelope Explained
02:18 -
Perfect Steering Wheel Position | Precision Steering Geometry Explained
02:38 -
Perfect Pedal Placement Explained | Improve Braking Performance
02:26 -
Why Pedal Design Matters | The Hidden Reason Drivers Miss Braking Points
01:49 -
Brake Pedal Engineering Explained | How Force Becomes Hydraulic Pressure
01:15 -
Why Professional Race Cars Have Adjustable Pedals & Steering
02:30 -
Comfort vs Performance | Why Race Cars Aren’t Designed for Comfort
02:40 -
Formula Student Cockpit Design | From Bad Packaging to Professional Engineering
02:37 -
Top Driver Ergonomic Mistakes Every Formula Student Team Must Avoid
02:43
Design parameter of chassis
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selection parameter
00:00 -
Technical Rules for chassis Design
00:00
Design of Go-kart chassis
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How to Download, Install, and Activate the Student Version of SolidWorks (2025 Edition)
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Step by Step Process of Design of Go-kart chassis
23:46
Why Material Choice Changes Everything
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How to add materials in chassis
06:37 -
Same Design, Different Material! Why Material Choice Changes Everything
02:20 -
Material Selection: The Foundation of Every Race Car Chassis
01:55 -
Strength vs Stiffness Explained | The Most Misunderstood Engineering Concept
01:55 -
6 Mechanical Properties Every Mechanical Engineer Must Know
02:15 -
AISI 1018 Steel Explained | Is It Good for Go-Kart Chassis?
02:22 -
IS 1161 Steel Tube Explained | Why It’s Popular in India
02:00 -
4130 Chromoly Steel Explained | Why Formula Student Teams Love It
01:34
complete Analysis of Go-kart
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Front Impact Analysis Of Go-kart Chassis
06:00 -
Rear Impact Analysis Of Go kart Chassis
08:29 -
Side Impact Analysis of Go-kart chassis
07:09 -
how to Generate Ansys Report
06:11
Vehicle Dynamics for Kart Engineers
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Introduction to Vehicle Dynamics for Kart Engineers
01:14 -
How Vehicle Dynamics Influence Driver Performance
01:09 -
Performance is dictated by four tiny patches of rubber
00:50 -
Tyres must deform to generate cornering force
00:54 -
The pivot point governing vehicle stability
00:43 -
Weight never disappears -outer tyres carry the load
01:08 -
Diagnosing understeer ,oversteer and balance
00:42 -
The karting exception chassis flex is suspension
00:38 -
Translating physics into track side setup
00:37 -
Measuring vehicle behaviour through telemetry
00:33 -
Amateur instincts versus professional methodology
00:33 -
Next generation setup optimization
00:28 -
Complete equation for optimal lap time
00:31
Why Material Testing Matters in Motorsports
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Why Material Testing Matters in Motorsports
Quiz
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Quiz
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