Automotive

1,180-hp Ariel Hipercar emerges as evil turbine-boosted e-Batmobile

1,180-hp Ariel Hipercar emerges as evil turbine-boosted e-Batmobile
Ariel's first full-bodied car looks to imprint a visual impression
Ariel's first full-bodied car looks to imprint a visual impression
View 16 Images
Ariel's first full-bodied car looks to imprint a visual impression
1/16
Ariel's first full-bodied car looks to imprint a visual impression
Ariel used Bramble CFD software to design its bodywork for the best aero performance, hence the myriad fins, wings and spoilers all over
2/16
Ariel used Bramble CFD software to design its bodywork for the best aero performance, hence the myriad fins, wings and spoilers all over
Electric acceleration with fuel flexibility ... the Ariel Hipercar promises to be like no other
3/16
Electric acceleration with fuel flexibility ... the Ariel Hipercar promises to be like no other
The Hipercar's styling is sure to be polarizing, and we'd say the profie
4/16
The Hipercar's styling is sure to be polarizing, and we'd say the profile is its worst angle
Ariel and Cosworth have spent much time on the Hipercar heating/cooling system, which sends refrigerated/heated water glycol-based coolant to every cell in the 62-kWh battery pack
5/16
Ariel and Cosworth have spent much time on the Hipercar heating/cooling system, which sends refrigerated/heated water glycol-based coolant to every cell in the 62-kWh battery pack
After several years of work, Ariel is showing off its Hipercar prototype but still has about two years of work left
6/16
After several years of work, Ariel is showing off its Hipercar prototype but still has about two years of work left
Plans call for the Hipercar to have a bonded aluminum chassis, carbon fiber bodywork, unequal-length double wishbones with Bilstein adaptive dampers and driver-selectable regen braking and carbon fiber wheels
7/16
Plans call for the Hipercar to have a bonded aluminum chassis, carbon fiber bodywork, unequal-length double wishbones with Bilstein adaptive dampers and driver-selectable regen braking
Butterfly doors
8/16
Butterfly doors
Ariel Hipercar pedals
9/16
Ariel Hipercar pedals
The multi-fuel micro-turbine runs at 110,000 rpm to generate electricity for battery charging
10/16
The multi-fuel micro-turbine runs at 110,000 rpm to generate electricity for battery charging
A look at the dual Hipercar seats
11/16
A look at the dual Hipercar seats
Inside the Ariel Hipercar cockpit
12/16
Inside the Ariel Hipercar cockpit
Inside the Ariel Hipercar cockpit
13/16
Inside the Ariel Hipercar cockpit
The prototype has forged wheels, but plans are for the production version to ride on bespoke carbon fiber wheels
14/16
The prototype has forged wheels, but plans are for the production version to ride on bespoke carbon fiber wheels
We prefer the all-black "angry Batmobile" look, but Ariel also plans some color
15/16
We prefer the all-black "angry Batmobile" look, but Ariel also plans some color
Ariel Hipercar chassis
16/16
Ariel Hipercar chassis
View gallery - 16 images

More than just another electric hypercar, the "Hipercar" from Ariel breaks from the pack with a little performance-rounding innovation. The car is still a prototype with a ways left before production, but Ariel popped up recently to deliver a rather in-depth update, perhaps realizing that five years is a literal lifetime in the fast-evolving hypercar market. Not only does the creative hyper-hybrid leverage the instant torque of its quad-motor drive for eyebrow-shearing performance, it packs an optional range-extending micro-turbine to give it the autonomy and flexibility of a gas hypercar.

Yes, the "Hipercar" name is among the most awful we've ever seen, but it's also tempered by reasoning and a limited lifespan. It stands for "High-performance carbon reduction" and is merely a development fill-in. Ariel says that the official model name has yet to be finalized.

A name that weak would definitely be a drag on a car that looks so angry and menacing it could be a movie supervillain's getaway ... or weapon. Ariel is known entirely for open, unclad super vehicles, so a fully enclosed body represents previously unexplored territory. It has clearly thrown itself all in on the unfamiliar task, creating an unmistakably skeletal design that ties back into its grown-go-cart DNA. The Hipercar hood looks much like the motorsport-style nose of the Atom, albeit with the addition of wing-like fairings that sweep around to the sides and backward to create a perimeter. These pair with a lower set of wings to sandwich the beady headlights.

Ariel used Bramble CFD software to design its bodywork for the best aero performance, hence the myriad fins, wings and spoilers all over
Ariel used Bramble CFD software to design its bodywork for the best aero performance, hence the myriad fins, wings and spoilers all over

It's not a pretty car by any stretch of the imagination, but Ariel leans on aerodynamics, not sensual beauty, to guide its carbon fiber shaping. For example, the prominent fins sticking up off the front fenders are designed to cut drag on the side mirrors, while the rear fins help to stabilize the haunches and improve cornering. The myriad cuts and planes up front suck air in and guide it through to a more optimal route.

Ariel plans to offer two- and four-wheel drive options, both carrying a 295-hp Equipmake electric motor for each of their respective drive wheels. So the 2WD version will have 590 hp (440 kW), along with 664 lb-ft (900 Nm) of torque, while the 4WD variant will lunge past the 1,000-hp hypercar threshold for a total of 1,180 hp (880 kW) and 1,327 lb-ft (1,800 Nm).

The Hipercar weighs in at an estimated 3,307 lb (1,500 kg). Top speed is intentionally limited to 155 mph (249 km/h), but the car delivers top-tier performance at the lower end of the speed spectrum. Estimated sprint times check in at 2.09 seconds (0-60 mph/96.5 km/h) and 4.4 seconds (0-100 mph/161 km/h), with mid-tier acceleration from 60 to 120 mph (96.5 to 193 km/h) rolling in at 3.5 seconds.

But that's for the prototype, and Ariel expects even better numbers once it's completed the adjustable torque-vectoring system that will go into the production car. It estimates those at below 2 seconds for the 0-60 and below 4 for the 0 to 100.

Electric acceleration with fuel flexibility ... the Ariel Hipercar promises to be like no other
Electric acceleration with fuel flexibility ... the Ariel Hipercar promises to be like no other

When the driver isn't pushing the car to its absolute limits, the 62-kWh battery pack will deliver roughly 150 miles (241 km, WLTP) of range. Those who prefer to drive their Hipercar farther distances without the hassle of stopping to charge can add the optional Cosworth turbine range-extender. The 110-lb (50-kg) micro-turbine kicks in when activated by the battery management system, and runs at a fixed 110,000 rpm to develop a continuous 35 kW output to maintain battery charge level. There's also an on/off manual override.

Ariel hasn't put forth a finalized battery + turbine range estimate yet, but perhaps the even bigger advantage is that drivers can simply refuel at a gas station. The turbine can also run on a variety of other fuels, and Ariel hopes to add a hydrogen option in the future to cut harmful emissions entirely.

Butterfly doors
Butterfly doors

As far as charging goes, Ariel plans to go the Hyundai route of equipping the 800-V Hipercar with a split-charging system that can also operate at voltages below 500 V. This way it's ready for the present and future.

Ariel admits it has another year or two of development ahead before production. As of now, it plans to build a limited number of Hipercar models, each priced below £1 million (approx. US$1.13 million), including all taxes.

Source: Ariel

View gallery - 16 images
5 comments
5 comments
David F
"Batteries to power. Turbines to speed."
Daishi
The fins and lines are a little busy but I think it would be possible to clean up the look a little bit before final production. The mohawk air intake could be removed lowering the height of the large centered fin in the process. Some of the front air diffusers are sending air into the (not aerodynamic) tire instead of around it. The car has air channels everywhere but it's using fans on the back (likely for cooling). The purpose of fans is to generate air but its already channeling a lot of air in and around the car that could be used for that purpose. That seems like something that could see revision in the final version too.
BlueOak
Haha. The “styling”. It’s one thing to be inspired by middle schooler - bored in classroom - doodles… however, it isn’t necessarily a good thing to go straight to the real world with them. ;-)
FB36
Pure EVs (like all Tesla vehicles, for example) are NOT suitable for most(?) people (at least currently) because there is no convenient charging options available everywhere!
General public adoption of EVs would go a lot faster, if they were made "backward-compatible" w/ ICE vehicles!
How?
By governments making it mandatory for all EV makers to include an add-on option which is a flex-fuel gas turbine generator (as both auto-recharger & range-extender)!
Realize then it would be possible to use all EVs same as gas-powered ICE vehicles (as long as needed, everywhere needed)!
Daishi
@FB36 Government mandates can be well-intentioned but backfire spectacularly. If people wanted add-on gas turbines with their EV's the government wouldn't need to mandate them because companies would capitalize on consumer demand. PHEV's and hybrids are also a thing that exists. In addition to this for people who just want pure EV's mandating gas turbines as an operational add-on would just drive prices even higher or limit cabin or battery space or come with some other sacrifices. Mandating EV's be able to operate on gasoline is more like a step back than forward.