It’s not the Ford Mustang’s fault that you crashed like a dummy
Why are Ford Mustangs always crashing? Dumb drivers with too much power, sure. But there's something different about the Mustang's suspension that gets a lot of blame. So what's the real truth here? Until 2015, the Ford Mustang was the last passenger car in North America to still use a solid rear axle—like you find on pickup trucks—instead of independent rear suspension. Almost other sports car on the market had switched to IRS decades ago. Sounds like a problem that needed to be fixed. It's true that a solid rear axle has some unique handling characteristics and reacts differently to road. When you're going around the corner at speed, the weight (and grip) transfers to the outside wheel. But because the rear wheels can't move independently, if you hit a curb or a bump with the inside wheel, those forces get transfered to the outside wheel. And if you're going fast and that outside wheel is already at the limit of grip, that disturbance can be all it takes to lose traction entirely and send a Mustang spinning into a crowd outside Cars & Coffee. A solid rear axle also introduces a lot more unsprung weight and inertia, which means that the suspension is also slower to move up and down while reacting to those forces. It all adds up to make the Mustang more sensitive to rapid changes in grip. But as with many things in life, once you understand why the car is reacting like it does, you can easily control it. All it really takes is a little adjustment with the steering wheel right as you hit that mid-corner bump to keep the Mustang on its line and out of trouble. There are also upsides to a solid rear axle, which is why Ford kept it around as long as it did. It gives better grip when accelerating in a straight line and makes body roll less of a handling problem because the axle is always flat on the ground no matter how hard the car is leaning in a turn. So the truth is, don't blame the Mustang's old school suspension for your insurance claims. Because in the end it's not the car—it's the driver. Learn more about Nik's coaching business here → https://www.fastsideways.com/ Produced by → / rassoolracing Hosted by → / kylecheromcha Hosted by → / nikromanoracing Previous episode → • Why cheap, high-RPM engines are GONE—and w... The Drive is the chronicle of car culture. We write stories you actually want to read. → https://www.thedrive.com/ FOLLOW US! Instagram → / thedrive Facebook → / thedrive TikTok → / thedrive_official 0:00 Don't blame the car 1:10 How the solid axle works 3:18 It's physics 4:15 Independent rear suspension demo 6:10 How to drive a Mustang fast 9:00 The more you know

There's NO such thing as snap oversteer

Senna's magic track technique SHOULDN'T work

IDIOT MUSTANG DRIVER DOING MUSTANG THINGS!

I Bought And Restored "Old" Technology To Prove The Economy Is Imploding

10 Japanese Cars That HUMILIATED America

Stellantis Collapse: The €22 Billion Disaster Pulling Down Fiat, Alfa, Maserati and Vauxhall

IRS vs Solid Axle | Which is Better?

The REAL reason new cars have massive screens instead of buttons

I Trapped A Scammer For 12 Days (he's furious)

The Deputy Sheriff Knocked At Dawn With Eviction Papers — My SIL Was Laughing... | Calm Dad Stories.

Why cheap, high-RPM engines are GONE—and what drivers have lost

Best Mustang Fails 2024

How Many Problems Can It Have? Neglected, Rare, V12, Manual: BMW 850CSi

Mustang vs Supercar: GTD vs Ford GT vs Ford GT (w Roll Race) — Cammisa Ultimate Drag Race Replay

Don't Buy These Ford Mustang Years (Best and Worst Models Exposed)

TESTING THE WORLDS MOST DANGEROUS CAR - WHY ARE MUSTANGS THAT HARD TO DRIVE?

XXXJ220 | Will the Big Cat Beat 220mph?

Top 4 Critical RWD Driving Mistakes You're Probably Making (Here’s Why + How to Fix Them)

We Tested Mustang’s 2.3 EcoBoost, 4.6 Modular & 5.0 Coyote After 100k Miles — A Clear Winner

