The Ideal Brake Curve
What is the Ideal Brake Curve and what does it tell us. When brake system engineers design a new brake system for a car, they start by creating a curve called the Ideal Brake Curve. This video talks about what this curve is, how it is created and what it tells the brake engineer. Chapters: 0:00 Introduction 1:32 A Typical Ideal Brake Curve 3:22 The Shape of the Curve 4:10 What Goes Into the Curve 4:53 The Weight Effect 5:22 The Weight Distribution Effect 6:18 The CG Height Effect 6:52 The Wheelbase Effect 8:14 Real World Examples 8:39 Porsche 911 9:14 Honda Accord 10:08 Wrap-Up Huibert Mees Suspensions Explained

▶︎
Brake System Sizing And Design

▶︎
The Complete Guide To Suspension Roll Centers - Part 1

▶︎
Torque Steer: What it is and how it works.

▶︎
Intro to Racecar Engineering: 01 Getting Started

▶︎
The Complete Guide to Anti-Squat

▶︎
🤑 4 Brake Caliper Considerations That Save Time & Money

▶︎
Spring Stiffness

▶︎
E0004 EBD optimum longitudinal traction and brake force distribution, CG, tire wear - EulSeoggy Ko

▶︎
Degrees of Freedom

▶︎
Suspension Alignment, Part 1 - Intro and Roll Center

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

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

▶︎
Why Some People Are Scared of Brake By Wire But Shouldn't Be.

▶︎
How Much Longer Can We "Hide" The Inflation?

▶︎
Turing Award Winner: Disagreeing with Google, Postgres, Future Problems | Mike Stonebraker

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

▶︎
Nothing about the honey badger is normal... and here is why

▶︎
Mechanisms EVERY Mechanical Engineer Should Know

▶︎
Don't Make This Common Brake Bias 'Tuning' Mistake!

▶︎
