Automotive

Rodin's V10-powered hypercar aims to beat F1 cars at their own game

Rodin's V10-powered hypercar aims to beat F1 cars at their own game
Rodin hopes to get the FZERO's V10 engine up to 1,500 hp before it makes this car available for about a million and change
Rodin hopes to get the FZERO's V10 engine up to 1,500 hp before the company makes this car available for about $1.3 million
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Rodin hopes to get the FZERO's V10 engine up to 1,500 hp before it makes this car available for about a million and change
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Rodin hopes to get the FZERO's V10 engine up to 1,500 hp before the company makes this car available for about $1.3 million
Carbon fiber, forged magnesium, and 3D-printed titanium keep the FZERO's weight to a minimum
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Carbon fiber, forged magnesium, and 3D-printed titanium keep the FZERO's weight to a minimum
Rodin designed this 4-liter twin-turbo V10 engine from scratch - and has the means to build it in-house too
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Rodin designed this 4-liter twin-turbo V10 engine from scratch, and has the means to build it in-house too
Rodin says the final FZERO will generate an incredible 8,820 lb of downforce
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Rodin says the final FZERO will generate an incredible 8,820 lb of downforce
Rodin's first offering, the $650,000 FZED
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Rodin's first offering, the $650,000 FZED
Rodin's production facility includes a massive engine shop, pit garages and three test tracks
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Rodin's production facility includes a massive engine shop, pit garages and three test tracks
This FZERO prototype took its first spin around the track back in December 2023 – there's more to be done before it's ready for prime time
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This FZERO prototype took its first spin around the track back in December 2023 – there's more to be done before it's ready for prime time
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In a quiet Alpine village on the South Island of New Zealand, a tiny company run by a 71-year-old billionaire is hard at work bringing his seemingly impossible dream to life: developing a publicly available track car that could potentially go faster than an F1 racecar.

For reference, F1 cars weigh about one third of an average sedan, make over 1,000 hp, hit speeds of about 233 mph (375 km/h) on race circuits, and cost around $16 million each. So Rodin Cars has its work cut out for itself. But entrepreneur David Dicker and his team are determined to make it happen, and to show that it can be done at a fraction of what professional racing teams spend.

That dream will take the form of the Rodin FZERO, which has been in the works for eight years now, and still has a ways to go. The plan is to engineer it for an ungodly output of 1,500 hp, while keeping its weight just under 1,543 lb (700 kg).

Here's how Rodin intends to pull this off, and how far it's gotten already.

This FZERO prototype took its first spin around the track back in December 2023 – there's more to be done before it's ready for prime time
This FZERO prototype took its first spin around the track back in December 2023 – there's more to be done before it's ready for prime time

Setting the wheels in motion

Dicker has been in the let's-build-F1-cars-but-for-fun business for several years now. Back in 2016, he bought five unsold chassis of the Lotus T125 concept car, and rebuilt them for greater performance. The Rodin shop went about upgrading the 3.8L Cosworth GPV8 engine to eke out a total of 675 hp, crafting fresh parts for the car in titanium, and reducing its weight by 8%, down to just 1,342 lb (609 kg).

Rodin's first offering, the $650,000 FZED
Rodin's first offering, the $650,000 FZED

The finished product – dubbed the Rodin FZED – manages a top speed of 186 mp/h (300 km/h) and can be had for about US$650,000. That's a whole lot of racecar performance for a sliver of what an F1 car would cost you. What's more, Dicker told Forbes, "If you buy an old Formula 1 car, you can’t get parts. With ours, it’s a production car, so we make the parts."

Now how do you go about building high-performance cars like this? You start with a state-of-the-art production facility. Rodin's 27,000-sq-ft (2,508-sq-m) shop, complete with a foundry for casting engine blocks and an elite collection of 3D printers, sits on a stunning 2.2-square-mile (5.7-sq-km) property on the edge of a mountain range on South Island. The plot is also home to three – yes, three – test tracks.

Rodin's production facility includes a massive engine shop, pit garages and three test tracks
Rodin's production facility includes a massive engine shop, pit garages and three test tracks

The big idea behind Rodin is to build cars without bothering about vehicle regulations – in stark contrast to F1 cars, which are subject to several rules around how they're put together. Rodin's cars are meant for enthusiasts who want their own Grand Prix experience. Plus, Rodin works towards making its cars a bit more reliable and easily drivable than F1 machines, which are driven so they hard they need to be rebuilt every time they're out on the asphalt.

The next big dream

The FZED was just the beginning of what Dicker wants to unleash on the automotive world. Building on this effort, Rodin embarked on its next ambitious project, the FZERO. In order to exceed the capabilities of its first car, the team had to start from scratch.

Carbon fiber, forged magnesium, and 3D-printed titanium keep the FZERO's weight to a minimum
Carbon fiber, forged magnesium, and 3D-printed titanium keep the FZERO's weight to a minimum

That effort resulted in the concept behind this machine: a single-seat, closed-canopy, open-wheel racecar with absolutely massive fenders, a custom engine, and aerodynamics designed for a boatload of downforce. What you see here is an incredibly capable early version made from carbon fiber and titanium, with a compact, ultra-light twin-turbo 4-liter V10 engine on board.

Rodin designed this 4-liter twin-turbo V10 engine from scratch - and has the means to build it in-house too
Rodin designed this 4-liter twin-turbo V10 engine from scratch, and has the means to build it in-house too

There's also a custom gearbox built and designed by engineering shop Ricardo to Rodin's specifications along with F1-style forged magnesium wheels, plus titanium components including wheel hubs, steering wheel, and suspension components. Combined with the aerodynamic elements around the chassis, this version makes a blistering 1,013 hp.

Rodin has come a long way from the FZERO's drawing board, having run a prototype around the track in December 2023 and taken production of the bespoke engine in-house. The plan is to tighten up the fenders, bring down the weight to 1,540 lb (698 kg), achieve a mind-blowing 8,820 lb (4,000 kg) of downforce, and hit peak output figures of 1,500-1,600 hp.

Rodin says the final FZERO will generate an incredible 8,820 lb of downforce
Rodin says the final FZERO will generate an incredible 8,820 lb of downforce

Even at the lower end of that range (i.e. 1,500 hp), that'll make for an outrageous power-to-weight ratio of 2,149 hp per ton. That would be a massive jump over Red Bull's 1,210-hp-per-ton RB17 hypercar, which, for reference, bests Max Verstappen's 1,137-hp-per-ton RB20 F1 car.

Once that's done, Rodin hopes to build and sell about 30 units of the FZERO. They'll cost about $1.3 million a piece. That's less than a tenth of what a full-fat F1 car from a competing team will cost you – so if you've got access to race tracks in your area and the skills to handle a race-ready machine, you'll want to add this to your wish list.

Top Gear got its man Ollie Marriage out to Rodin's facility in New Zealand last month. Check out the video and stay till the end to hear the V10 spin up.

Company website: Rodin Cars

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6 comments
6 comments
vince
Stick to electrics. They can easily extract 3000 ho and 10000 ft lbs torque from a powerful electric motor with little maintenance work required, no pollution, no noise so you could race it in the neighborhood mall when empty like the DeLorean did in Back to the Future
paul314
That looks as if a couple of pebbles could completely strip the underside.
anthony88
Convert the wheels to CycloRotors and they'll really fly around the track.
Aermaco
Im sorry but those huge fenders so high up over front wheels are blocking vision with no need for wheel suspension space. Its a poor design for functionality but good for a parade of comic book fantasy vehicles.
MeToo
Looks like the Batmobile minus the fin.
Nelson
Why does anyone need this thing? Just another reason why a billionare is an abonimation that should not exist.