The steering wheel is track-spec, too, a Sparco steering wheel that replaces the big, leather-wrapped one in the road car. Behind that, the 12.4-inch digital gauge cluster is gone. A MoTeC display instead stands proud, the sort that you’d expect to find in a real race car, which this, of course, very much is.
Credit: Tim Stevens
It surely shifts like a race car, with linkage connected to an upright plastic shift knob. It offers no semblance of padding and communicates everything that’s happening in the transmission through your fingertips, though the clutch action is far lighter than the one on your average track toy. This made it a breeze to swing out of the pit lane at Charlotte Motor Speedway, far easier than the hair-trigger clutch on most track-only machines.
The shift action is delightfully short, too, and though that MoTeC gauge cluster had a sweeping tachometer running across the top, I didn’t need it. The sound of that Coyote and the way it shook my core made it pretty clear when it was time to grab another gear.
I did a lot of running up and down those gears as I swung the Dark Horse R through the twisty infield at Charlotte, gradually gaining confidence in pushing the car and its Michelin Pilot Sport Cup 2 tires a bit more. As I began to feel the limits, it was pretty clear that the car’s manually adjustable Multimatic DSSV suspension and alignment had been configured in a very safe way.
When I cranked that Sparco steering wheel over aggressively mid-turn, the car just fell into terminal understeer, patiently plowing straight ahead until I wound back to a more reasonable steering angle. Given that this Mustang has neither traction nor stability control, with 500 hp going straight through the limited-slip rear differential and to the road with no digital abatement, that was probably for the best, especially because I had just a handful of laps to get comfortable.
Credit: Tim Stevens
Needless to say, the experience left me wanting more. Buyers of this $145,000 track toy are in for a real treat, especially those lucky enough to compete in the race series. The Mustang Dark Horse R gives all the right feels and experience of a proper racing machine like the GT3 or GT4 flavors, but at a much more attainable cost. It’s familiar enough to be manageable but still unbridled enough to deliver the proper experience that any would-be racer wants.
Ford’s no stranger to the NASCAR life. Ford driver Joey Logano was the 2024 Cup Series Champion in one of the company’s Mustang-bodied machines. He’s currently leading the 2025 series, too. However, the Blue Oval and its Ford Performance division are going into uncharted territory with its new prototype, an all-electric Mach-E built atop elements of NASCAR’s current Next Gen chassis.
The machine uses three motors to make a total of 1,341 hp (1,000 kW). Yes, three motors, one for each rear wheel plus the odd one out up front, giving the thing all-wheel drive. That’s a seeming necessity, given the car has two times the power that any NASCAR racer is allowed to deploy on the non-restrictor plate races.
But that extra driven axle isn’t just for acceleration. “If you’re rear-wheel drive only, you’re only getting rear regen,” Mark Rushbrook said. He’s the global director of Ford Performance. Since braking forces are higher at the front axle, an extra motor there means more regen to recharge the battery.
Credit: Ford
The motors and the car’s development were done by Austrian motorsport development house STARD, which also provided the engineering behind Ford’s previous electric demonstrators, like the Supervan and the SuperTruck.
The most interesting thing, though, might just be the car’s shape. The NASCAR Mach-E has a decidedly crossover profile, much like NASCAR and ABB’s prototype EV, helping to make room for the batteries—78 kWh to be exact.
Is now the time to go EV racing?
Ford Performance is still working out where and when we’ll see this latest demonstrator actually demonstrating, but Rushbrook said this concept was developed in concert with NASCAR and other manufacturers, so this isn’t just a one-off. With shifting EV perception across the country and many saying that alternate fuels are the way forward, part of the plan is to figure out just what the fans want to see.
Enlarge/ Everyone loves a good van, and Supervan 4.2 is a very good van.
Ford
Concorde, NC—On Wednesday, Ford Performance held an official launch event for the 2024 season. The new GT3 version of the Mustang makes its competition debut at next weekend’s Rolex 24 at Daytona, marking the start of a new approach to racing for the Blue Oval, one that involves selling customer race cars as a business line, not just a factory team. While we were there, we also rode in a new electric racing truck demonstrator, but the main reason I got on the short flight down to Charlotte was to check out one of the most delightfully weird race cars of the past few years, the Ford Transit Supervan 4.2.
It’s the latest in a line of wild demonstrator vehicles based on the venerable Transit van, Ford’s commercial workhorse in Europe and, increasingly, the US. Ford started making an electric version of the Transit a couple of years ago, and when we drove that electric van, I might have driven a couple of the engineers and PR people to tears by repeatedly asking them, “So, are you going to make a Supervan version of this, too?”
The first Supervan dates back to 1970 (or maybe 1971), when someone had the bright idea to stick a Transit body shell on a Ford GT40 race car chassis as a way to promote the new van. The 1980s and 1990s saw two new Supervans, this time using Formula 1 engines. Now that EVs are the new hotness, the appeal of an electric Supervan probably seemed obvious.
It’s definitely Transit-shaped.
Ford
Supervan has a new livery compared to its Pikes Peak run.
Jonathan Gitlin
The wings and diffuser create more than 4,400 lbs (2,000 kg) of downforce.
Jonathan Gitlin
OK, you get less cargo volume than in a production Transit, thanks to the aerodynamic styling.
Jonathan Gitlin
Ford worked with an Austrian motorsports company, STARD, to develop Supervan 4, which made its debut at the 2022 Goodwood Festival of Speed. Last year, a heavily revised version, now called Supervan 4.2, was built for the Pikes Peak International Hill Climb, one of the more challenging races still held today and an event where EVs excel—unlike internal combustion engines, electric motors and batteries don’t lose any power as they climb into thin air above 14,000 feet (4,270 m).
Like the previous Supervans, this did not start with a production vehicle that got souped up; it’s a custom spaceframe with composite body panels that just happens to look mostly Transit-shaped, albeit with some wild aerodynamic appendages to keep all four wheels pressed to the ground. It does have some cargo capacity behind the two-seat cockpit, though, and a tow hook at the back. Strapped into the passenger seat, I couldn’t help noticing an infotainment screen from a Mustang Mach-E.
Supervan 4.2 is actually a little less powerful than the 2022 version, going from a 1,973-hp (1,471 kW) four-motor arrangement to a 1,408-hp (1,050 kW) three-motor configuration for Pikes Peak. The motors draw energy from a 50 kWh battery pack, complete with a CCS fast charging port capable of up to 350 kW fast charging. (At Charlotte Motor Speedway, the mechanics and engineers used a portable 60 kW fast-charger connected to a 600 kWh storage battery in the paddock to top up Supervan between sessions.)
The air jack (left) and CCS (right) charging port. The native port is CCS2, because Supervan 4.2 was built in Europe, but the crew had an adapter that lets them charge at US CC1 DC charging stations if necessary.
Jonathan Gitlin
I love the production infotainment screen from the Ford Mustang Mach-E, and the fact that it still uses the same user interface, even if the software modes are different.
Jonathan Gitlin
Yes, that’s a tow hitch.
Jonathan Gitlin
Supervan’s tires were probably warmer than the rest of us on a very chilly day in Charlotte.
Jonathan Gitlin
Getting a ride in something cool like Supervan 4.2 is an occupational hazard in this job. What’s less common is being chauffeured for that ride by the company’s CEO. But our driver was indeed Ford CEO Jim Farley, who is rather handy behind the wheel.
“We don’t want to make generic vehicles at Ford anymore,” Farley told us that morning before explaining that the company’s new strategy is for Ford Performance to become a sustainable business and not just a marketing strategy that ebbs and flows depending on whether there are enough motorsport fans in the C-suite. After all, Ford got its start after Henry Ford proved his new creation in competition.
But Farley explained that he also learned from the late Ken Block that “he taught us… that in this world of enthusiasts, digital content is super-important for customers and brands. And so we continue to commit to doing demonstrators like the Supervan 4 and others that are there for one reason: to have fun. To generate digital content so people can just enjoy having fun in vehicles, and some of them don’t make any sense, like Supervan 4.”
My ride was brutal—1,900 lb-ft (2,576 Nm) has that effect—and rather brief—it took about 90 seconds to leave the pit lane, negotiate the relatively tight infield at Charlotte, then return back to the pits, where Farley brought us to a halt with a nicely executed 180-degree turn.
Come for a short ride with us in Ford’s Supervan 4.2 EV demonstrator.
Supervan 4.2’s next adventure is going to be a trip Down Under—Ford is taking it to Mount Panorama in Australia to put on demonstration runs ahead of this year’s Bathurst 12 Hour race. It won’t be defending its class win at Pikes Peak in June, but Farley told us to expect a different, as-yet unrevealed EV demonstrator for the 2024 event.
