Ferrari Fighter

Ford’s new GT is finally here – and we’ve driven it. It’s a ‘racecar for the road’ in every way, good and bad



Ford’s new GT is finally here – and we’ve driven it. It’s a ‘racecar for the road’ in every way, good and bad

‘The new GT is like the original GT40 – and quite unlike the GT of 2005’

The GT has five drive modes – Normal, Wet, Sport, Track and V-Max.

For the road, the suspension also has a Comfort setting and nose lift

HIS WAS meant to be a Mustang, you know. A Mustang with which Ford would return to Le Mans in 2016 to have a crack at winning a class, some 50 years after it won the whole thing outright with the GT40. At least, that was the plan. The engineers called it Project Silver, after the Lone Ranger’s horse.

Trouble is that, like Silver was a big nag, the Mustang is big car, so it has a large frontal area, which is bad for aerodynamics and therefore bad for going fast. And the more Ford modified the Mustang for GT racing, the less of a Mustang it became, until they figured they’d never win a damned thing with it while it was recognisably a Mustang, and officially canned the project.

At least, that’s how the story now goes. They say that the Le Mans project then became completely unofficial, a skunkworks outfit with fewer than 20 designers and engineers hidden in a design studio in a basement behind a padlocked door, determined not to let it go and coming up with an outline design for the rebirth of the GT instead, probably slipping some clay and wheels through on expenses as ‘new pencils’ or something.

T Certainly it put a few noses Certainly it put a few noses out of joint when they eventually showed it to the entire design and management team, but the upshot was that they had designed the new GT. And, oh my, Grandma, what a small frontal area you have.

The GT, then, very much like the original GT40 and quite unlike the GT of 2005, was designed primarily to go racing. But GT racing rules being what they are, if you’re not designing a top-pace LMP prototype, you have to make road versions. The GTE class is dominated by Porsches, Aston Martins, Ferraris and Corvettes – which are all road cars converted for racing.

The new GT isn’t quite like any of those, nor a Mustang. It’s long (4779mm) and low (1063m, or 41.8 inches), and wide (2003mm in the body, 2238mm to the mirrors). Not that you’d know it was that wide from inside the cabin, which sits its occupants almost as close together as you would be in a Caterham.

That’s not something that Aston Martin or Ferrari could do in a road car because you wouldn’t buy an Aston if you kept elbowing your passenger, but this isn’t fundamentally a road car. That’s a theme you might notice we keep coming back to.

The passenger cell is a carbon-fibre tub, light, stiff and with an integrated roll cage inside it at the point of production – something somebody making roadgoing GT cars wouldn’t, etc, and so on and so forth – behind which sits a 3.5-litre, twin-turbo V6 EcoBoost engine, which drives the rear wheels via a Getrag seven-speed dual-clutch gearbox (although the race

car uses a different sequential gearbox).

The engine’s interesting. Yes, it’s boosted to 482kW, but fundamentally it’s a pure EcoBoost unit, with 60 per cent parts commonality with one fitted to Ford’s F-150 pick-up. (The quick Raptor F-150, but still, a pick-up.) That’s one of the ways Ford has justified the GT’s cost. It says racing will improve the breed. That old chestnut. With the GT41.8 I think it’s true.

Because it’s a V6 the engine is relatively compact, wrapped close by bodywork, but the air into it takes a complicated route – coming in at the rear, channelling under the lower bodywork to the turbos, before being scooted back to the sides, up through those visible intercoolers, and then ducted across the buttresses to the inlet manifold.

Ford tested the engine in a North American ‘IMSA’ GT race car and discovered it kept blowing head gaskets and ruining heads. Its engineers modified it for racing and, to their credit, fed the expertise back into road car engine design where the lessons now form part of the engine design rulebook.

There are other race/road handovers, such as the eight composite components in the GT’s chassis that are part of a development program to reduce the cost and time taken to make lightweight materials. Today the GT, one day a Focus.

And you’ve got to keep reminding yourself of these road-car links, I think, otherwise the GT could be a hard thing to warm to, regardless of how good, objectively, it is. Because, well, isn’t it a bit cynical, a bit unfair? Totally in keeping with the rules, of course, and designed and made by very lovely people and everything. It’s just that it’s a perilous path to go down, should GT cars start to be designed as racing cars in the first place, rather than being race versions of road cars that you can see and buy.

Look at it this way, GTE regulations have this thing called the Balance of Performance (BOP) – it’s designed to equalise the top speeds of the cars, and keep the competition fairer. And while the GT makes 482kW in road trim, as a racing car the BOP limits the GT’s power to less than 500hp (368kW). Yet it still wins. If the GT’s boost was allowed to be turned up fully, it’d be closer in speed to an LMP car than the rest of the GTE category. Of course it would. Because it’s a flipping racing car. If I were racing an Aston GTE car, I might be a bit miffed.

What that also means, though, is that there’s an inordinate amount of technical goodness to get immeasurably excited about. Would a pure road GT car be given a carbon-fibre dash that was both a structural component but also channelled ventilation air through it? Would it get fixed seats with pedals that move instead, via a fabric pull strap? Would it be given a rear wing that not only moves up and down, but has a movable lower edge so that, in some positions, it makes lots of downforce but, in others, reduces drag? Would they make the suspension’s lower arms so long, and fit pushrods with inboard springs and dampers, to clear as much of the underbody as possible of mounting points so they could work on the aerodynamics? And don’t get me started on the suspension itself. Actually, do (see sidebar), and know that this two-height unit doubles the spring rate in Track mode, when the car drops by 50mm to have a 69mm ride height.

And when I say drops, oh man, does it ever drop.

You might have seen or felt a supercar’s nose lift gently via electronic motor, or an air-sprung 4x4 raise

‘It’s fundamentally pure EcoBoost’

The GT’s racing-derived suspension features inboard-mounted torsion beams and pushrods mated to Multimatic shocks

‘It is satisfying, agile and responsive’

Open the scissor doors and the fixed seat requires a duck and slip to get past the FIA approved rollcage and into the cabin A stripped-down Competition Series pack cuts weight, lowers the centre of gravity and clears non-essential interior niceties

Tech fest

GT’s suspension

OKAY, this is where a complicated car gets even more complicated. The GT has pushrod suspension, where the pushrod acts on a rocker, which twists and calls upon two springs. One is a torsion bar, which has a certain spring rate; which then acts on a coil spring, which has a similar spring rate.

If the suspension is dropped, that’s done by compressing the coil spring and hydraulically locking in position, taking it out of the equation. Then the only spring is the torsion rod which, given is the torsion rod which, given it has roughly the same spring rate as the coil, doubles that rate. However, that’s one of the clever bits.

The other clever bit is the damper, which comes from Multimatic, which plays a far greater part in the GT program than Ford shouts about – it makes the road cars, supports the racing cars, and had a very large hand in development.

It also patented and supplies Dynamic Suspensions Spool Valve dampers, which half the Le Mans grid and the Red Bull F1 team have used.

They’re infernally complicated to explain, but have a holed sleeve for oil to flow through and around, instead of a disc, and there are springs inside which, given different input speeds, allow oil to flow through at different rates – so they can, say, give little damping in minor road ripples but more damping on big body movements.

And it does so while, technically, being passive – no constant electronic control.

Although there are three different stiffness modes – Normal and Comfort in high ride height, and stiffer in the lower, track ride height. – MP as its chambers are pressurised. None of that nonsense here. You switch to Track mode, or push the nose-lift, and in the time it takes to say ‘pssht’, so the GT has dropped or lifted, like a race car being hoiked on its air jacks. It’s mega. Too unrefined for a conventional road car, no doubt, but mega nonetheless. It’s also key to remember this isn’t just any road car.

It’s powered by a pump that also moves various spoilers and feeds the hydraulically assisted steering which, once you’ve found yourself a decent driving position – the scuttle is low and so is the roof, so you don’t feel dropped on the ground in here – is pleasingly hefty in weight, and calm at 2.5 turns between locks. Turn the plastic dial to D – one of many interior plastics that would be too shonky for a Ford city car, let alone a luxury grand tourer – and tickle away. The engine’s audible and the stiff passenger cell acts as an echo chamber for road noise – so far, so racing car – but the ride is just astonishingly comfortable.

Now, that’s the sort of thing that gets written about sports cars sometimes. I’ve said it about Lotuses and McLarens, and they are really very pliant indeed, until you step back into a Mercedes S-Class. But they have nothing on the GT, which has a level of composure – that balance between ride and handling – that I’m not sure I’ve better experienced in 20 years of road testing. It’s so compliant, yet there’s so little roll, and body movements are so well controlled, that is genuinely astonishing.

What that doesn’t equate to, necessarily, is making the GT a thoroughly entertaining road car. Which is odd, because it should. But while the GT’s steering is pleasingly heavy and linear, and self-centres as it ought to, it doesn’t feed back loads of road feel and neither does it gain much extra weight as you push into corners. Most road cars let you know you’re building cornering force, by giving you some steering weight to lean on – a bit of reassurance – but that’s missing here.

That the GT is quick between points isn’t in doubt; and it is satisfying, too, because it’s agile, predictable, and responsive. I even like the noise. It’s a gruff note, a bit unsophisticated and gravelly, to the extent that, say, Aston or AMG wouldn’t let it out of the factory that way; but it’s an honest and effective noise, plus it comes with minimal lag (in ‘Sport’ mode there’s a very effective anti-lag system, too) and an extra kick in the back from 5500 to 7000rpm to make it feel as fast as the claimed sub-3.0sec to 100km/h and allin 346km/h. But with its phenomenal mechanical grip limits, absence of roll, plus slightly over-servoed brakes on our test example, it’s not as communicative a road car as, say, an Aston V12 Vantage S or a Porsche 911 GT3. Not by a distance.

Maybe that’s because, perhaps inevitably, what you need to do to get the best out of it is drop the suspension in a moment, feel the spring rate double and get the hell onto a circuit. And here, yes, the GT makes every bit of sense of its mechanical layout.

Despite the ride height drop and spring rate change, there’s still sufficient softness here to attack kerbs – that damping really is extraordinary – and it’s a reassuring and pliable enough supercar that after just a few corners you’ll be happily doling out the full 482kW onto the next straight and leaning heavily on the carbon ceramic brakes into corners. The line is adjustable, there’s a little understeer if you let it arrive, but it’s easily quelled and there’s oversteer on the way out of a corner.

Really, though, what the GT appreciates is being driven properly – trailing the brakes into a corner, getting back on the power at the apex, doing what race drivers are meant to do to it. Ford says its original performance benchmark was the Ferrari 458 Speciale, but then McLaren launched the 675 LT, so it bought one of those and realigned what it wanted the GT to do. Ford’s engineers say the GT is quicker around every race track it has taken it to. And I believe them.

Whether it’s a more enjoyable car is a slightly different matter. But it’s enough for me that they do different things. The 675 was never designed as a racing car so it is more engaging on the road. The GT has been engineered as a road car only because it had to be done. Ford is going to build 1000 over the next four years, to comply with racing regulations, and it has sold out of them at around $600,000 a pop.

And this is where I find my cynicism about the GT somewhat failing. Because without the road car program, Ford wouldn’t have done it at all. Besides, what the hell is it meant to do? Build a conventional $300,000 GT car and then think about taking it racing?

Well, you wouldn’t buy it, would you? No, the sensible thing would be do nothing, but instead, here is a carmaker whose stock in trade is selling Fiestas, yet it had the cojones to say, ‘here is a half-million dollar supercar and, if you’d like one, we’ll sell you one’. I can’t think of many manufacturers who would not just have that bravery, but also the ability to flog a road car worth in excess of half a million dollars.

So, cynicism be damned. Yes, I worry what 10 other cars like it would do for GT racing and it’s not one of the world’s greatest road cars; but it’s damned good on the road, superb on a track, and immensely desirable while coming from a company that usually bring you conventional cars. What a wonderful thing. M

‘The GT is damned good on the road’

Michelin Pilot Sport Cup 2 tyres (245/35 front and 325/30 rear) join active rear wing and carbon-ceramic rotors to arrest speed

The stats

Race winner for the road


BODY 2-door, 2-seat coupe DRIVE rear-wheel ENGINE 3497cc V6, DOHC, 24v, twin-turbo BORE/STROKE 92.5 x 86.7mm COMPRESSION 10.0:1 POWER 482kW @ 6250rpm TORQUE 746Nm @ 5900rpm POWER/WEIGHT 354kW/tonne TRANSMISSION 7-speed dual-clutch WEIGHT 1363kg (dry) SUSPENSION (F) multi-links, adaptive dampers, anti-roll bar SUSPENSION (R) multi-links, adaptive dampers, anti-roll bar L/W/H 4763/2004/1109mm WHEELBASE 2710mm TRACKS 1694/1661mm (f/r) STEERING rack-and-pinion BRAKES (F) 394mm ventilated carbon-ceramic discs, 6-piston fixed aluminium calipers BRAKES (R) 360mm ventilated carbon-ceramic discs, 4-piston fixed aluminium calipers WHEELS 20.0 x 8.5-inch (f); 20.0 x 11.5-inch (r) TYRE SIZES 245/35 R20 (f); 325/30 R20 (r) TYRE Michelin Pilot Sport Cup 2 PRICE AUD$600,000 (est) PROS Track racer for the road; epic performance CONS Not available in Oz; too track focused?