Missing the old Vantage already? Bag this ultimate version for, er, some money
You are here
Hennessey's 300mph Venom F5: first interior pics
UPDATE: take a look inside the cabin of the 1,600bhp V8 twin-turbo Texan terror
The battle for the 300mph road-car prize just got real. Ladies and gentlemen, John Hennessey is – once again – going into bat against Bugatti for the title of the world’s fastest car with this: the 1,600bhp Venom F5. Yes, that’s correct: 300mph.
Not that John’s ever lost the title of the world’s fastest car, that is. The Not-Guinness-Certified-But-Still-Chuffing-Quick 1,244bhp, 270.49mph Hennessey Venom GT is still, technically, the fastest car in the world. Just in one direction.
Bugatti of course, has built a faster car called the Chiron. And is planning a top speed run in 2018. So, not wanting to be Top Trumped, Hennessey is rearming with the F5 to futureproof his pride; a car he’s spent some four years perfecting.
Named after a particularly destructive breed of tornado (not the refresh button on your keyboard), it’s the latest road-legal land rocket to conform to Hennessey’s ‘Minimal Maximus’ philosophy (that’s Texan Latin for big power and lightweight), just with more aero, more tech and, of course, even more power.
Compared with its predecessor, the F5 has made huge advances in aerodynamics – largely from not having to put a Lotus through a mangle. Thanks to being a clean-sheet design - it’s a bespoke, built-from-the-ground-up, carbon-bodied hypercar with a carbon tub - the F5 has a much sleeker front, sculpted and functional rear (to dissipate a lot of heat), trick rear diffuser and completely flat floor that makes it a lot slipperier and pointier than its predecessor.
In fact, everything on the F5 has been vacuum-packed into a silhouette with a drag coefficient of 0.33Cd. The Venom GT had a drag factor of 0.44Cd – meaning it’d need 2,500bhp to hit 300mph. The F5 needs less. But still a lot. 1,600bhp, just so you’re clear.
It all comes from a bespoke 7.4-litre aluminium V8 with two hefty turbos grafted on. Chiron-esque sequential quad-turbos were discussed, but binned for being too heavy. Same story for hybrid powertrains.
“I’m a purist,” Hennessey tells us. “I like simple, elegant functionality, and that’s not a knock against hybrids, but they’re for the big OEMs to do.”
Sitting mid-ship, that monstrous engine sends all its power and 1,300lb ft of torque to two very fat, very sticky rear wheels via a seven-speed single-clutch paddle-shift gearbox. If you want a real rodeo, you can spec a manual gearbox, but we’re told that you’ll be fighting with trick GPS-based traction control all the way up to 140mph regardless – so it might be best to have both hands on the steering wheel.
Sealy, Texas is where all 24 cars will be produced for a starting price of $1.6 million. However, it won’t be first come, first serve…
Incorporating active aerodynamics, in Vmax mode, the F5 drops its rear wing and deploys some flaps to plug ducts above the jutting chin spoiler to improve its aero. And the numbers predicted when in maximum attack are monstrous; 0–186mph in under 10secs (that’s quicker than Lewis Hamilton’s F1 car), 0–249mph in under 20secs and a top speed of 301mph. Against the competition? Well, It takes the Chiron 32.6secs to hit 249mph (400kph). The Koenigsegg Agera RS does the same sprint in 26.88secs. The Venom GT did it in 23.6secs. The F5? We’ll, that’s predicted to go sub-20secs. Yowch.
But even with chunky Brembo carbon-ceramic brakes, and a significant weight advantage (1,360kg), Hennessey isn’t concerned with getting involved with this new 0–249mph–0 battle. “I think that’s a number that the guys from Bugatti and Koenigsegg came up with because they couldn’t beat our top speed number.” Meow.
Now, let’s talk tyres. They’re the limiting factor when running at high-speed because the stress loads they’re subjected to is immense. The Veyron had famously expensive (a set of four tyres cost £23,500) Michelin PAX run-flats to go silly fast, but the Chiron has reverted to cheaper, but specially developed Pilot Cup 2 tyres. Hennessey will also use these Michelins (unless another manufacturer wants to make a bespoke tyre) but believes, because the F5 is a lot lighter than Chiron, they’re good for above and beyond 280mph. Possibly 300mph.
“Tyres are a limiting factor for Bugatti,” John says. “But I don’t believe they’re a limiting factor for us. When we do our math, we know that we are not overloading them. We’re not even close to the load specification of the tyres at our speeds.”
Currently, there’s a debate as to how exactly you’ll get in the F5 (via either gullwing, or dihedral doors), but once you are in the cabin - which we can see for the first time today - you’re greeted by a much more luxurious environment than the old GT. Using plenty of leather, carbon fibre, Alcantara and an Apple iPad interface, it’s positively plush. And roomy. So roomy in fact, it’ll comfortably house a 6ft 6in NFL player. And that’s not spurious marketing spiel, but a fact – as an NFL player has indeed ordered one. So, he has to fit.
But where Chirons are constructed in the “Atelier”, an automotive art gallery-cum-workshop in Molsheim, France, John’s workshop in Sealy, Texas is where all 24 cars will be produced for a starting price of $1.6 million. However, it won’t be first come, first serve. Instead, you’ll have to apply to be an owner of a car, then John will handpick you as worthy of his creation, and you’ll work your way to boot camp where you can option your car with up to $600k of additional goodies. It’ll then be built sometime in the next three years but first deliveries will start at the beginning of 2019.
Two prototypes will begin pounding up and down Texas next year. When a ballsy individual is set to strap themselves into the F5 to attempt the triple ton is still unknown. But, for now, it’s theoretically possible, and John has an extremely annoying habit of hitting the numbers. Let the high-speed games begin…