Six Suspension Design Insights by Analysing Suspension Loads (Project 171)

Suspension design is all about managing geometry and forces. Each suspension component experiences different loads, which can be controlled through careful design. In this video, we explore six key insights into the design of double wishbone suspension systems by analysing the forces in each link. We'll briefly explain some of the math involved and provide interesting visualisations of the resultant loads. Once the setup is complete, we'll examine effects such as steering loads, anti-dive, and component design considerations. Don't forget to like, comment, and subscribe for more of Project 171 Previous videos in this series: "   • Suspension Kinematics Calculation - An Ove...  " "   • Starting the Suspension Design for a Custo...  " "   • Designing a Custom Sportscar: CAD Setup an...  " Contents 00:00 Introduction 01:05 Insight 1 - Consider all Directions 03:50 A Bit of Math 07:01 Insight 2 - Fill the Upright 08:39 Insight 3 - Watch your Wishbones 10:29 Insight 4 - Steering Loading 17:57 Insight 5 - Getting Jacked 22:31 Insight 6 - Real World Loads 25:39 Conclusion

Suspension Kinematics Calculation - An Overview of Methods Used (Project 171)
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Suspension Kinematics Calculation - An Overview of Methods Used (Project 171)

Formula SAE® - Suspension Design Presentation
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Formula SAE® - Suspension Design Presentation

Chassis Sensors & Body Electronics Sensors Explained | Automotive Sensors | Complete Tutorial
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Chassis Sensors & Body Electronics Sensors Explained | Automotive Sensors | Complete Tutorial

Steering Geometry: Understanding Required Steering, Steering Rate, and Ackermann Angle (Project 171)
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Steering Geometry: Understanding Required Steering, Steering Rate, and Ackermann Angle (Project 171)

The Complete Guide To Suspension Roll Centers - Part 1
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The Complete Guide To Suspension Roll Centers - Part 1

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Suspension System Explained in Automotive Cars: Every Major Part Breakdown

Bump Steer: Designing Predictable Steering (Project 171)
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Bump Steer: Designing Predictable Steering (Project 171)

Designing Car Suspension - From Analysis to Design.  Front View.
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Designing Car Suspension - From Analysis to Design. Front View.

Steering Geometry 2: Caster, KPI, Trails and Jacking (Project 171)
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Steering Geometry 2: Caster, KPI, Trails and Jacking (Project 171)

The definitive guide to Anti-Dive and Anti-Lift in suspension systems. What it is and how it works.
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The definitive guide to Anti-Dive and Anti-Lift in suspension systems. What it is and how it works.

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Suspension Geometry - Part 1 (Camber, Toe, Caster, KPI, Scrub Radius)

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Once You Understand it, You Will Think Everything Else is Silly - Toyota E-CVT

Starting the Suspension Design for a Custom Sportscar (Project 171)
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Starting the Suspension Design for a Custom Sportscar (Project 171)

Suspension Geometry - Jacking Forces their origins and quantifying them
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Suspension Geometry - Jacking Forces their origins and quantifying them

CHOSEN ONE!! YOUR IDENTITY REVEAL JUST SHOOK THE INTERNET... AND THEIR MINDS
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CHOSEN ONE!! YOUR IDENTITY REVEAL JUST SHOOK THE INTERNET... AND THEIR MINDS

Designing a Safe Rollover Structure - Project 171
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Designing a Safe Rollover Structure - Project 171

Designing Mounts for Suspension to a Chassis (Project 171)
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Designing Mounts for Suspension to a Chassis (Project 171)

Double wishbone suspension geometry | Designing | Calculation | Hard points | Camber vs wheel travel
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Double wishbone suspension geometry | Designing | Calculation | Hard points | Camber vs wheel travel

How To Design a Splitter - EXPLAINED (with CFD)
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How To Design a Splitter - EXPLAINED (with CFD)

How Engineers Spent a Century Solving the Clutch
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How Engineers Spent a Century Solving the Clutch