Skip to main content
HOME   |   ABOUT   |   NEWS   |   TECH ARTICLES   |   AT THE TRACK   |   REVIEWS   |   VIDEOS   |   CONTACT ME

The Legendary Ford GT is back!




I was in complete and utter disbelief when I saw this. I read a few articles about a possible GT replacement but how many times have we heard the same? How many times have we heard rumours and saw concepts before the last return of the GT? Now that it is here, it's hard to argue that the legendary name has returned.




Beyond the car itself, another shocking detail is the engine. A 3.5 litre, twin turbocharged EcoBoost V6. No longer is it a V8. Whenever a V6 replaces a V8, that's always a sin in my books but this may be the first case where I liked something about it. It ties it to Ford's racing efforts in Tudor with the Daytona Prototypes (DP) cars, which use a racing variation of Ford's famous 3.5 litre EcoBoost engine. I always like ties to racing. I still would have much rather seen a V8 and I'm afraid this is a sign of things to come but it's hard to argue with more than 600 hp, which is what Ford said it will make. Ford fitted the engine with both, direct and port injection, probably to get past fuelling limitations with direct injection turbo engines. Ford says the engine will be paired with a seven speed dual clutch transaxle so, unfortunately, that implies that a manual will not return.




As always, it will be mid-engine and rear wheel drive. Ford is using a carbon fibre passenger cell as most new exotics these days with aluminum front and rear subframes wrapped up in structural carbon fibre body panels. Needless to say, weight probably won't be a problem for the GT. The chassis is suspended by an active racing-style torsion bar and pushrod suspension, with adjustable ride height. Michelin Pilot Super Sport Cup 2 tires featuring a unique compound and structure designed specifically for the Ford GT will be used to make full use of the state of the art suspension and turbocharged power. Carbon-ceramic brake discs are utilized at all four corners.

Needless to say, the body is optimized to reduce drag while increasing downforce and stability. Ford is also using active aerodynamics to improve braking, handling and stability. Ford says the rear spoiler's height and pitch angle are variable but doesn't say what other, if any, components are active.

Ford didn't reveal many more details about the car but I'm sure it will as the launch date gets closer. I think Ford has done a great job at completely modernizing the design while still showing resemblance to the original. I have no doubt it has got a winner on its hands. A very, very awesome winner.


Comments







Does An Aftermarket Grille Really Increase Airflow?
I put a Saleen S281 grille to the test to answer that question.

Stock Suspension S197 Mustang With Square 305/30/19's
What you need to fit a proper size square tire setup.

How Limited Slip Diffs Make You Faster on Track
What you need to know about how they put power down and pros and cons.

Can Telemetry Explain Schumacher's Talent?
A comparison between Schumacher's and then team mate Herbert's data.






Cayman GT4 Track Review
The first Cayman with proper (911-challenging) power.

Is an EcoBoost Mustang any good on Track?
Two days at the track in a Mustang short 4 cylinders.

2016 BMW M4 DCT Track Review
It's quick (properly quick). But is it fun?

Can a stock Golf Diesel handle a Track Day?
Not your every day track beater.




🔥 Most Visited This Week

2004 Audi TT 3.2 Quattro DSG Track Review

Before getting into this, I have to confess something... I had never driven an Audi TT before. Not until this one, anyway. But that hasn't stopped me from forming an opinion about it from the comforts of my own couch while reading and watching reviews online. After all, if you've never done that, do you even know what the point of the internet is? Now, we all interpret reviews differently. Call it confirmation bias if you will, but if you like a car, you'll read a review and look at the positives as what makes the car great and the negatives are but a few quibbles you have to live with. If you don't like a car, the positives are a few things the manufacturer got right while screwing up everything else. It's a bit harsh to put the TT in the latter category, but that's where it ended up for me... I never took the TT seriously. The problem with the TT for me isn't that it's a Golf underneath, per se. There is nothing wrong with a performance car sharing a...

All Mainstream AWD and 4WD Systems Compared and Explained

Mitsubishi Evo X GSR at Atlantic Motorsport Park - Kevin Doubleday  © If you live in Canada or the US, you'll find that plenty of people hold sacred the terms '4x4' and '4WD' to describe a 'true 4x4', where you have a butch transfer case with a low speed, perhaps a body on frame chassis, and ideally a solid axle or two. I'm not sure how that translates to the rest of the world. My extensive research into the motoring industry in Europe (which exclusively consists of watching Top Gear and The Grand Tour...) concluded that most people across the pond simply refer to any vehicle that is capable of sending any power to all four wheels as a 4WD vehicle, further muddying the waters. Where I grew up, 4x4 was more or less synonymous with 'Jeep' so that's not much help either. However, despite all various systems attempting to do the same sort of thing - distribute power between all four wheels instead of two - not all systems are created equal,...

Why an Open Differential Doesn't Work on Track

C7 Corvette Grand Sport... doing a burnout with a proper diff - Graham MacNeil  © I wrote a tech post comparing various open and limited slip diffs for a comparison and I found that a lot of people were asking questions. To simplify and make it easier to read, I decide to break them up for a future tech article about handling. Make sure to stay tuned for two posts on limited slip diffs this week!. WHY DO YOU EVEN NEED A DIFFERENTIAL? A differential's job is to allow two wheels on the same axle (or two axles in a 4WD drivetrain) to spin at different speeds so a car could smoothly go around a corner. Why do the wheels need to spin at different speeds? Each wheel on a car has to travel a different path to reach the end of the turn. You can see that for yourself every time you drive on snow covered roads or muddy trails. Four different tracks by four wheels/tires on one car going around a turn - Rams Eye The Track Guy  © If you take a turn, you'll see that each whe...

Limited Slip Differentials - The Basics

I'm finishing up a comparison post (link to introduction: Intro: Focus RS vs Golf R vs WRX STI vs Evo X ) and, throughout the post, I realized that I have to go off topic a lot to talk about how each type of differential changes the way the car drives. As a result, I thought I'd write a separate post to go into more detail before I post the comparison to keep it more focused on the cars and avoid veering off topic too much. By saying "Limited Slip Differentials" in the title, I am including torque vectoring diffs because, although current conventional terminology treats them differently, a torque vectoring differential is, in essence, a very sophisticated limited slip diff (LSD) that can be manipulated to actively help the car handle better. And while none of the cars in the comparison use open (without help from the brakes) or non-gear mechanical LSD’s, I’ll briefly discuss them so that the post is more inclusive. I’ll only focus on using power to help the...