All posts in “electric”

Aston Martin ties up with Lucid, extends deal with Mercedes-Benz

Aston Martin Lagonda Global Holdings is tying up with Lucid Group Inc. on electric vehicle technology, uniting the storied British carmaker and relative automotive newcomer both backed by Saudi Arabia’s sovereign wealth fund.

Aston Martin will pay $232 million in shares and cash to Lucid in exchange for battery-electric powertrain components, the companies said Monday. The UK manufacturer also extended a years-long cooperation with Mercedes-Benz Group AG, though it will no longer issue more stock to the German carmaker that already owns a roughly 9% stake.

The announcements sent Aston Martin shares soaring as much as 15%, their biggest intraday jump in over a month, while Lucid advanced as much as 9.1% in premarket US trading.

“The proposed supply agreement with Lucid is a game changer for the future EV-led growth of Aston Martin,” Chairman Lawrence Stroll said in a statement.

Stroll, 63, is three years into an effort to turn around the 110-year-old British manufacturer with a long history of financial trouble. Aston Martin has needed several capital raises since he rescued the company in early 2020, the most recent of which made China’s Zhejiang Geely Holding Group Co. and Saudi Arabia’s Public Investment Fund major shareholders.

The Public Investment Fund, or PIF, owns about 49% of Lucid and 18% of Aston Martin, according to data compiled by Bloomberg.

Aston Martin’s longstanding financial woes have made it increasingly reliant on partners for technology that other automakers consider core to their products. Models including the DBX sport utility vehicle and DB12 sports car are powered by Mercedes engines.

While Mercedes will continue to provide access to powertrains and electric architectures for current and future Aston Martin vehicles, Aston Martin will pay in cash rather than shares as previously planned.

An Aston Martin spokesman said Lucid’s technology is available now, whereas Mercedes’s AMG electric platform isn’t accessible until late 2025.

The deal with Lucid — which has been producing its lone EV, the Air sedan, since September 2021 — will help Aston Martin toward its ambitious electrification targets. The UK carmaker plans to launch its first plug-in hybrid supercar, the Valhalla, early next year and its first battery-electric vehicle in 2025. By the following year, all new product lines will have an electrified powertrain option.

Aston Martin said it will make phased cash payments to Lucid totaling $132 million and has committed to spending at least $225 million on the EV maker’s powertrain components. Aston Martin also will pay another $10 million to Lucid for integrating its technology into its vehicles.

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McMurtry Speirling Pure track car starts at $1M, preorders now open

With the release of a production version of the McMurtry Speirling, the England-based company has taken the next step in its goal to become “one of the world’s most prestigious and long-standing automotive brands, founded on motorsport innovation.” This version for sale is called the Speirling Pure and is only for track use; a road-legal variant is reportedly in development. This one’s also slightly different than the prototype used to break the record up the 1.16-mile hill at the 2022 Goodwood Festival of Speed. That one was said to clock a time of 39.14 on the day, a benchmark soon revised downward to an even more impressive 39.081 seconds, eclipsing the time set by the Volkswagen ID.R by nearly a full second. That’s a ridiculous delta to achieve in little more than one mile.

When we say this one’s a little different, that means it’s better. There’s a new skirted fan system that weighs 14% less, is 15% more efficient, and is less affected by airflow variation. A new battery weighs 3% less, the battery casing weighs 15.5% less, and the new e-axle that uses two motors to power the rear wheels is 0.5% more efficient. Weight savings continue everywhere from the chassis to the steering and brake systems, wiring loom, and pedal box. The front tires and rear tires are each 60 millimeters wider, wrapped around lighter 19-inch wheels instead of 18-inchers, and tucked under reshaped wheel arches. Buyers can spec antilock braking if they desire, and new gearing takes the top speed from 150 miles per hour to 190.

The changes add about 10 inches to the overall length, but the single-seater is still just 135.8 inches long, roughly 18 inches shorter than a Mazda Miata. We’re told the diminutive dimensions are still able to swallow an occupant up to 6’7″ and more than 300 pounds.

With the weight reduction, output from the motors has come down to an even 999 horsepower. The company says the 60-kwH Molicell battery lasts long enough to power the Speirling Pure to 10 laps of England’s Silverstone track at record pace, then can be fast-charged back to full in just 20 minutes. We still haven’t been given charging specs. The driver would want the rest, the Speirling able to hit peak lateral forces of 3G when that fan kicks in with more than 4,000 pounds of downforce for a car that weighs about half that.

Preorders are open now for the 100 units McMurtry said it will make. The first validation prototype is going on display at next month’s Goodwood Festival of Speed. Pricing starts at £820,000 before taxes, or $1.04M U.S. at current exchange rates. The firm will spend 2024 completing a testing program, first deliveries anticipated in early 2025.

Lotus Evija X track special appears in spy photos at the Nurburgring

Few people would say the Lotus Evija is lacking in performance. It’s meant to make just shy of 2,000 horsepower and is light for an electric car at around 3,700 pounds. But apparently Lotus wants to go further. These spy shots reveal a wild track-only special that’s clearly labeled the Lotus Evija X testing at the Nürburgring.

We’re assuming this X will be substantially lighter than a regular Evija. It has a bare carbon body with seemingly fewer individual pieces. The headlights are gone and so are the rear windows. The interior appears gutted, too.

That carbon body is far from stock, too. It’s much wider and has all manner of downforce-producing add-ons. The front has a massive front splitter and canards and cutouts above the front wheels. The sides even have wide splitters with struts. And the X’s crown aero accessory is that enormous wing that rises well above the roof. 

The wide body also encompasses fat slick racing tires that are almost certainly not street legal. They bear the Pirelli P Zero name on the sidewalls, and they’re wrapped around center-lock wheels. AP Racing brakes are tucked inside.

There are of course plenty of questions surrounding the Evija X. It’s definitely a track-only machine, but is it a one-off, or is it going to be sold in extremely limited numbers to select buyers? Maybe Lotus wants to take the Evija racing? Though it seems more like a rules-be-damned type of car like the Pagani Zonda R.

Or maybe the Volkswagen ID.R, the fastest electric car to lap the ‘Ring, would be a closer analogue to the Evija X. The spy photographer that provided these photos said the track was rented out for the day by Lotus, and some sort of notary was on hand, likely to certify a lap time. If Lotus is gunning for an EV lap record there, the Evija R is going to be outrageously fast. The ID.R’s time sits at a shocking 6:05.336. And if the Lotus tops it, it would become the second fastest overall car at the ‘Ring. We’ll definitely be looking forward to more details and an eventual lap time.

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Porsche Mission X concept points at brand’s next hypercar

Frequent interviews with Porsche CEO Oliver Blume include a question as to when we’ll see another Porsche hypercar. He once answered the queries with some version of “not until the middle of the decade at the earliest least.” His most recent answer, from April of this year, pushed that back toward the end of the decade; Blume and R&D chief Michael Steiner say current battery technology isn’t prepared to satisfy the demands a Porsche hypercar would make on it, so everyone will need to wait for next-gen cells due in four or five years. So the car you see here, the Porsche Mission X concept, isn’t the next Porsche hypercar and at the moment isn’t planned for sale. However, the battery-electric two-seater with the “ultra high-performance” powertrain is full of indicators about what might be down the road.

Dressed a specially created Rocket Metallic with satin carbon fiber accents, dimensions 177 inches in length and 78.7 inches in width fit the concept into same rough footprint as the 2003 Carrera GT and 2013 918 Spyder. The 20-inch wheels in front and 21-inchers in back eat up nearly half the two-seater’s 47.2-inch height. Since this concept counts as one of the brand’s 75th birthday presents to itself, historic cues mix with modern ones. The illuminated DRLs in the photos rework the four-point signature seen on the automaker’s road cars. At the same time, the DRLs and the four LED main beams buried in the lattice support structure call back to the stacked double headlights that sat inches off the ground on Le Mans racers like the 906 and 908. Passengers enter through doors that swing up and forward like those on top-class Le Mans prototypes going back decades, then sit under a glass dome built around a skeleton of carbon fiber reinforced plastic. And the Mission X marks the debut of Porsche’s new crest.

It’s all modern in back. A horizontal lattice supports thin, ornate LED taillights that bracket floating, illuminated Porsche logotype. When charging, the “E” pulses in white. 

The cabin begs even onlookers to hit top speed. The carbon-backed seats and their six-point harnesses appear largely built into the tub. Both feature Andalusia Brown lowers, the driver’s throne additionally signified by the Kalahari Gray upper. There are four paddles behind the steering yoke — we’re not sure what they control other than the obvious guess of regen braking. The ornate stopwatch in front of the passenger is a removable unit clipped into a bayonet system on the instrument panel, created by Porsche Design. At the track, the stopwatch could be used in conjunction with the multiple built-in cameras. One imagines other accessories, like a screen, could go here when not on the track.   

Porsche calls it a “reinterpretation of a hypercar,” but we don’t know enough about the Mission X yet to understand what that means. Drivetrain and output specs weren’t included with the reveal. We’ve been told the battery sits behind the cockpit in a way that mimics mid-engined dynamics, the setup called “e-core.” The automaker said that were the street-legal coupe to get a production run, it would aim to “be the fastest road-legal vehicle around the Nürburgring Nordschleife; have a power-to-weight ratio of roughly one hp per 2.2 lbs.; achieve downforce values that are well in excess of those delivered by the current 911 GT3 RS; offer significantly improved charging performance with its 900-volt system architecture and charge roughly twice as quickly as the current Porsche frontrunner, the Taycan Turbo S.”

Starting from the top, the Mission X has the Mercedes-AMG One in its sights, the other Stuttgart hypercar maker owning the Nordschleife record with a time of 6:35.18. That’s about 22 seconds faster than the 918 Spyder ran the lap, the 918 the first production car to break the seven-minute barrier

The power-to-weight ratio is measured in metric horsepower, so 0.986 of our American ponies per kilogram. The 918 Spyder weighed about 3,650 pounds, or 1,656 kilograms. Given the weight of an electric hypercar — the Rimac Nevera weighs about 5,070 pounds or 2,300 kg — we might think a Mission X comes in at 1,700 hp on the extreme low end to as much as 2,300 hp.

The GT3 RS produces as much as 860 kg (1,896 pounds) of downforce but uses a giant wing and other aero addenda to do it, meaning the undisturbed Mission X concept’s glasshouse and upper surfaces are hiding an underbody full of chicanery.

And the Taycan Turbo S maxes out at 270-kilowatt charging to go from 5% to 80% state of charge in a little more than 20 minutes. Read: The Mission X concept should fill-up quick.

As for the chances of a version you can buy, Porsche says Mission X “production to be decided in due time.” We have no doubt the phones at HQ have been ringing with “name-your-price” offers all day. We don’t see why Porsche would miss the chance to celebrate its birthday with a cool new concept, some treats for its best clients, some icons for posterity and a stupendous haul of loot.   

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Pagani is developing an EV but says batteries remain too heavy

Like many of its peers and rivals, Pagani has spent the past couple of years experimenting with electric technology. While the project is ongoing, the Italian company explained that it likely won’t launch an EV in the near future because battery technology remains far too heavy.

“Our goal is to create something that has to be lightweight. Looking at Pagani, what you see that is common with all the vehicles that we produce, they have to be lightweight,” said Christopher Pagani, the son of company founder Horacio Pagani, in an interview with Top Gear.

He added that the brand’s EV project started in 2018, and “there is no need for us to stop that,” but weight remains the biggest hurdle. “So, probably, nowadays with the existing technology we cannot create the Pagani the way that we would like to do,” he clarified. His comments echo those made by his father in 2022. At the time, Horacio Pagani also noted that his team has “never found interest in the supercar market for an EV” and added that forcing small carmakers to go electric doesn’t make sense when “90% of energy is produced in a bad way.”

Electric technology has improved in the past decade, but Pagani explained that delivering the level of performance its customers want would require building a car with a 1,300-plus-pound battery pack. For context, the V12-powered Utopia (pictured) has a dry weight of about 2,822 pounds while the electric Lotus Evija weighs around 3,700 pounds. The EV is quicker, but there’s more to a supercar than flat-out speed.

Pagani plans to continue using a Mercedes-Benz-sourced V12 engine modified in-house for the foreseeable future. Interestingly, the brand revealed that Mercedes-AMG floated the idea of using a V8-electric hybrid drivetrain during the Utopia’s development process. Pagani held its ground and launched the car with a big V12. “We, let’s say, ‘challenged them’ to keep the V12 and they accepted,” the company said.

What’s next depends largely on regulations in various markets. “We know that for small manufacturers can have [the V12] at least until 2035. But, we’re not afraid of approaching another powertrain in the future. We just have to know what the rules are,” Pagani told Top Gear.

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Watch a Rimac Nevera set two dozen speed and acceleration records in a day

Rimac is no stranger to ultra-quick EVs, but its latest model is on a different level entirely. The Nevera recently recorded 23 new performance records, setting a new 0-400-0 kilometers-per-hour record and many more.

Rimac took the Nevera to a German test track, where it took just 1.81 seconds to reach 100 kmh (62 mph) and ran the quarter mile in 8.25 seconds. The standing mile flew by in 20.59 seconds, and Rimac set several other staggering records for acceleration between speed markers, such as 1.74 seconds for 0-60 mph and 3.21 seconds for 0-100 mph.

One of the more impressive numbers put up by the car was its 0-400-0 km/h (0-249-0 mph) time of 29.93 seconds. The assessment tests the car’s acceleration, aerodynamics, top speed, and braking, and Rimac said the Nevera did it more than a second faster than the previous record holder. A Koenigsegg Regera ran the test in 31.49 seconds in 2019.

Rimac equipped the car with street-legal Michelin Cup 2 R tires and ran the tests on a non-prepped surface. Testing took place at the Automotive Testing Papenburg facility, and Dewesoft and RaceLogic verified the records. Speed records sometimes run into trouble when doubters question the validity of testing, so having two independent testers on site is understandable.

While impressive, the records seem like a requirement for a $2 million-plus electric hypercar. Rimac began production on the car in late 2022, and the 1,914-horsepower electric powertrain uses four electric motors to generate its prodigious output. Surprisingly, the battery can support way more horsepower, but the car’s well-heeled buyers will have to make do with “just” 1,914 horses. Rimac claims a 258-mph top speed for the car, and the EPA estimates a 205-mile cruising range, though using more than a few horsepower at a time will likely shorten that distance by quite a bit.

Goodbye Chevy Bolt, hello baby Ram and electric Chrysler 300 replacement? | Autoblog Podcast # 779

In this episode of the Autoblog Podcast, Editor-in-Chief Greg Migliore is joined by Senior Editor Jeremy Korzeniewski. They kick things off this week with some news. The Chevy Bolt and Bolt EUV will be discontinued. The McLaren 750S gets revealed and a four-door new flagship McLaren are rumored. Did Chrysler show dealers an electric 300 replacement, did we spy a new compact Ram, and are we closer to a production version of the Genesis X Convertible? Also, Greg recently visited Michigan Central Station, which Ford is revitalizing.

In this week’s fleet, your hosts discuss driving the Genesis Electrified GV70, Chevy Tahoe RST Performance Edition and the Polaris RZR XP. Finally, they take to Reddit for this week’s “Spend My Money” segment.

Send us your questions for the Mailbag and Spend My Money at: Podcast@Autoblog.com.

Autoblog Podcast # 779

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2024 Ford Mustang interior, and we drive the BMW X7 M60i | Autoblog Podcast #771

In this episode of the Autoblog Podcast, Editor-in-Chief Greg Migliore is joined by Road Test Editor Zac Palmer. They kick things off with a discussion about the 2024 Ford Mustang’s interior that Zac got to spend time in this week. Then, in the news, the pair run through news of a CT5-V Blackwing refresh by way of spy shots, the reveal of a new AC Cobra, rumors of the 911 GT2 RS going hybrid for its next generation and hit on the start of the Formula 1 season. Next, they discuss the cars they’ve been driving as of late, including our long-term 2022 Kia EV6 GT-Line, the 2023 BMW X7 M60i and the 2023 Toyota Corolla Cross. Finally, our hosts field a Spend My Money question for someone looking to go electric for their next vehicle purchase.

Send us your questions for the Mailbag and Spend My Money at: Podcast@Autoblog.com.

Autoblog Podcast #771

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Musician Wyclef Jean reveals Attucks Apex AP0 electric supercar

Wyclef Jean, the Haitian-born entrepreneur and entertainer best known for his hip hop musical forays both solo and with The Fugees, has launched a new automotive company. The first machine that Wyclef unveiled to the masses at The Amelia in Florida and to his 2.2 million followers in Instagram is called the Attucks Apex AP0 electric supercar.

Now that you’ve seen the car and heard the rap, let’s take a closer look at what makes the Attucks Apex AP0 tick, starting with the name. The company’s name comes from Crispus Attucks, a Black man who was killed by British troops at the Boston Massacre, known as start of the American Revolutionary War. As for the numbers, the AP0 has a claimed top speed of 190 miles per hour and is reportedly capable of running from 0-60 in a scant 2.3 seconds. Power comes from an electric motor at the rear that spins out 650 horsepower and 580 Nm (428 pound-feet) of torque. Power comes from a 90 kWh lithium-ion battery pack of unknown origin. While there are a great many electric cars with a much more powerful motors, the AP0’s performance claims are buoyed by a claimed weight of 1,200 kilograms (less than 2,650 pounds), made possible by a “monocoque carbon chassis, with a modular spaceframe and a central spine for maximum rigidity.” Somewhat shocking is the price, but because in a world of multimillion dollar super cars, it has a comparatively bargain suggested price of $350,000.

Attucks claims the Apex AP0 is the lightest electric supercar in existence. It certainly does look comparatively diminutive in pictures. To put its claimed weight into perspective, the Rimac Nevera weighs in at 4,740 pounds — making it more than twice that of the Apex AP0 — and gets its motive force from a 1,914-hp electric drivetrain fed by a 120-kWh battery pack. Even the Lotus Evija, from a company historically obsessed with weight, comes in around 3,700 pounds. Of course, the Nevera and Evija cost a couple million dollars, too. We’re not sure how Attucks was able to stealthily engineer such a lightweight electric supercar or how it could sell such a machine for such a comparatively reasonable sum, but we certainly look forward to finding out more.

According to the press release announcing this new venture, “Attucks’ future and technology is a platform to voice and create dreams in the community, headquartered in Little Haiti, Miami.” It continues, “This platform will be responsible for discovering, grooming, and developing technology, starting with inventions, technological solutions, sustainability, creativity and design, coding, and web3.” We’re not sure how the company’s platform will translate into future products like the AP0, so like we said in the previous paragraph, we’ll definitely stay tuned.

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Alfa Romeo teases 6C supercar taillight

Alfa Romeo’s latest reboot takes its next steps this year with the arrival of the refreshed Giulia and Stelvio to the U.S. market, and the debut of the new Tonale. The Italians primed the pump with an Instagram video celebrating 2022 and asking if we’re ready for 2023. At the end of the vid, Alfa Romeo answers its own question with, “We Are.” And as it’s clear to see, the first “e” is a brand new font we’ve not seen Alfa use before. Everyone expects this is a taillight from the supercar that brand chief Jean-Philippe Imperato starting hinting about last year, intel coalescing around the name 6C. If that ends up being the name, the new supercar would complete the trilogy of 2007’s 8C and 2015’s 4C.

If Evo can be believed, the 6C will borrow much of its tech spec from the Maserati MC20. Even more unexpected, Evo says Alfa Romeo will advertise the halo as a bridge between its internal combustion era and its electric era, so the supercar will be offered with ICE and EV powertrains. An electric MC20 is on the way, so the plan won’t be a tough jump. The most unexpected bit is when Evo says the Alfa Romeo supercar will use Maserati’s in-house Nettuno V6 designed for the MC20, whereas most believe Alfa plans to go with the 2.9-liter V6 used throughout its lineup and in other halos like the Giula GTA/Am. If Evo is correct, this is sounding like another 8C, that car based on the Maserati GranTurismo and using Maserati’s Ferrari-based engine of the time. 

It’s a bit of a challenge to reconcile Evo’s report with some aspects of what Imperato said in an interview with Autocar. The honcho told Autocar, “It’s 1969 [the Spider] since the last time Alfa Romeo was stamped on a chassis” and it would be “a cool thing” to see again under his watch. We don’t envision that happening to the Dallara carbon fiber monocoque chassis designed for the MC20. Imperato also said the automaker’s still fine tuning the business case and that “the positioning is ongoing.” If Alfa Romeo were nabbing the $260,000 MC20 practically wholesale, the only positions are super spendy supercar and wildly spendy supercar. Lastly, the all-electric MC20 Folgore isn’t expected until 2024, the Alfa supercar at the end of 2023. It’s hardly believable Alfa Romeo would be allowed to electrify that chassis before Maserati had a chance to get it out and crow about it.  

Whatever Alfa’s new halo ends up being, Imperarto said he’d like to tell the world about it in March. 

Back with the regular range, Autocar said that from this year, every year that Alfa posts good numbers will unlock the ability to introduce a new model on top of the ones already planned through 2027. The current product plan includes the crossover below the Tonale in 2024, otherwise known as Alfa’s version of the European-market Jeep Avenger, as well as a larger SUV thought to replace the Stelvio in 2026. and a new-generation Giulia in 2025. For the boss, annual success means the chance to please Alfisti with products like a new Spider or Duetto — although they’d be all-electric. 

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McMurtry Speirling blitzes the (metric) quarter-mile in 7.97 seconds

In August, the McMurtry Automotive Spéirling set a new overall record up the 1.16-mile hill at the Goodwood Festival of Speed with a time of 39.14 seconds. McMurtry took that Goodwood car in its Goodwood spec to one of Carwow’s open-air studios, this one at the Millbrook Proving Ground, so the YouTube channel could climb all over the single-seater and run its trademark acceleration tests. The Millbrook runs yielded a 0-60 run of 2.09 seconds and a standing quarter-mile time of 8.64 seconds using an independent GPS measurement device. But the strip was wet, leaving presenter Mat Watson unsatisfied. To get his satisfaction, Carwow transported the Speirling to the Silverstone circuit, hiring the track and a jet-powered dryer truck to lay a grippy line down the Hangar Straight. Those finer conditions allowed the Speirling, in the video above, to blitz the 0-60 in 1.4 seconds and the quarter-mile in 7.97 seconds.

Those are both record times for Carwow, displacing the Rimac Nevera from first place. Watson previously ran the Croatian battery-electric hypercar to 60 miles per hour in 1.9 seconds and the quarter in 8.6 seconds. The Pininfarina Battista claimed the production-car record for 0-60 acceleration at 1.79 seconds. 

There’s a few hundredths worth of gray area in the comparison for now. The Nevera is a production car, the Speirling most definitely is not. McMurtry is developing a road-legal production version that’s likely a couple of years away. Watson set his Speirling times with the fan car’s custom slick tires, the rear pushers being 240-section. So far as we can tell, the all-wheel drive Nevera travels the world setting times on its production tires, the Michelin Pilot Sport 4S, 275-section in front, 315-section in back.

The Speirling’s waiting to spring a big surprise, though, since its Goodwood gearing limits top speed to 150 mph. Watson said the Speirling sat at 150 mph for “approximately three seconds” of that blazing quarter-mile time. Fyi, the English quarter-mile is 400 meters, or 1,312.3 feet compared to our 1,320-foot quarter-mile. At 150 mph, it would take the Speirling about another 0.04 second to do the U.S.A. drag. Drag Times ran the Nevera to an 8.582 quarter on a prepped track in the U.S. in August. 

Although we wouldn’t expect a different finishing order than Carwow established, getting the street-legal Speirling and a Nevera on the same track on the same day on production tires would tell us how close the two cars are. 

Before the runs, Watson gets instruction in the Speirling’s methods from chief engineer Kevin Ukoko-Rongione and company test driver Max Chilton. For instance, two fans provide the roughly 4,400 pounds of downforce, but it’s a redundant system; Ukoko-Rongione said that although both fans runs together, a single fan can provide most of the car’s downforce. It’s worth watching the buildup because this is a fascinating car.  

Corvette-based Chevrolet with ‘incredible performance’ coming in 2025

GM President Mark Reuss’ Investor Day presentation has been a font of information. Most of it’s been pretty straightforward, like the info about GM service centers working on Teslas and the GMC Acadia getting larger for its third generation. This one lives at the mysterious end of the foreshadowing pool. When discussing what’s in store for the Corvette, Reuss mentioned two vehicles. As reported by Fox News, the first is a straight-up Corvette trim, “the next version of the C8,” the “next-step in performance for Chevrolet” supposedly so good “you won’t be able to imagine it from a performance standpoint.” Since Reuss’ was reportedly talking about new vehicles due in 2024, he wouldn’t have been referring to the hybrid, all-wheel drive Corvette coming in 2023. The AWD hybrid could have been the trim referred to as the Corvette Grand Sport in a potentially leaked GM document from 2020. The powertrain in that coupe will be the 6.2-liter LT2 V8 from the base Stingray combined with electric motors driving the front axle to make somewhere around a combined 600 horsepower and 500 pound-feet of torque.    

The images in Reuss’ presentation were obscured for media viewers, but we suspect he meant the ZR1. That supposed leaked doc said its due in 2024 with 850 hp and 825 lb-ft. Output will come from an LT7 engine that’s already on the testing bench if a recent clue found at the National Corvette Museum can be believed.

What will follow that is a car Reuss called an “incredible performance car” that he expects to “put the world on notice” as to what GM is capable of and “set the standard of the world for performance for Chevrolet.” Based on the trim cadence we’ve been covering for years, this sounds like the Corvette rumored to be called the Zora, which would pair the twin-turbo LT7 V8 with electric motors for more than 1,000 hp. However, Reuss didn’t call this car a Corvette; he only said it would be based on the C8 architecture. Back to that 2020 GM document, it had the ZR1 coming in 2025. That’s a year later than this mystery offering, and we can’t imagine why Reuss wouldn’t call a Corvette a Corvette.

In a LinkedIn post from April that provided video of next years AWD Corvette, Reuss wrote, “we will offer an electrified and a fully electric, Ultium-based Corvette in the future.” On that note, the only unaccounted for Corvette family vehicles we’re aware of in the rumor pipeline are the electric Corvette-inspired crossover as part of Project R, and the electric Corvette sedan said to be coming mid-decade. So stay tuned, big electric things are coming from Chevrolet.

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Lotus Eletre electric SUV will rock close to 900 horsepower

Eight hundred and ninety-three.

That’s the announced horsepower of the Lotus Eletre, from the venerable British house of Lotus, and it’s not attached to a difficult-to-climb-into sports car, but a “hyper” all-electric SUV. Other notable numbers: 726 pound-feet of torque, 0-to-62 mph in a hair under 3 seconds, and a top speed of 165 mph.

Due to arrive next summer, the flagship Eletre R is a wild departure from a company that regularly built featherweight cars with no more than 100 horsepower. According to Britain’s Autocar, the most powerful Eletre will cost 120,000 pounds (about $140,000) when goes on sale in the U.K. next summer.  It will likely be exported to the U.S. and China as well.

Standard equipment includes active air suspension, torque vectoring, an active front grille, LED headlights and a set of 22-inch wheels. Inside, all Eletres are fitted with electrically adjustable seats, wireless phone charging and four-zone climate control. 

Among the Eletre versions are a base model and the Eletre S making 603 horsepower and using a single-speed gearbox. The Eletre R will be the only model with a Track Mode, which lowers the ride height and gives it more aggressive damping.

Lotus, which is owned by the China-based Geely group, was founded 74 years ago by Colin Chapman. Under his direction, Lotus won seven F1 constructors’ titles and six Drivers Championships.

Looking to reserve an Eletre? The Lotus website suggests you contact your local dealer (and offers a dealer locator). Lotus says that the R model is to be the first of four that are to come from the company by 2025,

Apollo shows off rolling electric supercar prototype

Apollo is known for building wild supercars with powerful engines and massive acceleration numbers, but the company is making a shift. Apollo just showed off a rolling engineering prototype of a new electric performance car that it says will offer performance and luxury.

The G2J Engineering Prototype has been in development for more than two years, and Apollo says it has teams from across Germany and Japan working on the project, with the German R&D team leading the effort. Apollo is focused on lightweight and composite materials and uses carbon fiber in many parts of the prototype.

Though impressive, Apollo says the prototype does not indicate how its first electric vehicle will look. Instead, the company uses the model to develop aerodynamics and test dimensions for its first electric sports car. Future vehicles will draw inspiration from other Apollo models, like the IE and Project EVO.

Roland Gumpert, the name behind the Gumpert Apollo car that debuted in the early 2000s, formerly owned Apollo before his departure in late 2016. The company has shown several impressive supercars over the years, including the Apollo Arrow and Intensa Emozione shown at Goodwood in 2017. The latter car was built in partnership with the same company that helped Mercedes build the CLK-GTR, HWA AG.

Apollo says it will reveal its first electric sports car concept in the fourth quarter of 2022 but has not given any other details. As far as costs go, the company’s cars have so far not been anywhere near affordable. The Arrow, for example, costs around $1 million, so an all-new electrified supercar won’t be cheap.

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Driving the GMC Hummer EV and Mercedes-Benz EQS, EQE, EQS SUV | Autoblog Podcast #750

In this episode of the Autoblog Podcast, Editor-in-Chief Greg Migliore is joined by Senior Editor, Green, John Beltz Snyder. This week, they talk about driving Mercedes‘ fleet of EQ electric vehicles, including the EQE Sedan, the AMG EQS Sedan and the EQS SUV. They also talk about piloting the Acura NSX Type S. Next, they discuss the reveal of the 2024 Maserati GranTurismo, including the all-electric Folgore trim, as well as the Ferrari SP51 roadster. Finally, they talk about some of the best (including some unusual) car features for kids.

Send us your questions for the Mailbag and Spend My Money at: Podcast@Autoblog.com.

Autoblog Podcast #750

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Williams Advanced Engineering reveals EVR electric hypercar platform

Deus announced its Vayanne electric hypercar earlier this year as conceived in Austria, designed in Italy, and electrified in the UK. That last bit refers to the battery-electric powertrain sourced from Williams Advanced Engineering (WAE), which we now have more information on. WAE took its new EVR turnkey electric vehicle platform to the Cenex Low Carbon Vehicle Show for a full reveal. Designed specifically for hypercars, the targets were versatility, lightness, power and speedy recharging. It appears the only fixed element for the time being is the 85-kWh battery set into a carbon housing between the wheels, and two motors. WAE says it can be refilled in less than 20 minutes, and powers a range of up to 279 miles. After that, OEMs and boutique makers can choose rear-wheel drive or all-wheel drive, hardtop or targa body styles, and road-legal or track-only configurations.    

Peak output is 2,213 horsepower from the dual motors, explaining Deus’ publicized target of more than 2,200 horsepower for the Vayanne earlier this year. Depending on body style and aero, WAE believes the platform could push a hypercar to 248 miles per hour given an ideal form. We’re told it will be possible to build a finished product with such specs that weighs less than 3,637 pounds, carbon being used for everything from the pack enclosure to the double wishbone suspension. For comparison, the 640-hp Porsche 911 Turbo S weighs 3,636 pounds.

The list of in-house innovations on the EVR chassis includes a Scalable Battery Module that opens up flexibility for custom packs and sub-pack systems, controlled by battery management software that rationalizes the amount of electronics needed to run the powertrain. The company says each module has a capacity of 1.08 kWh at 50 volts maximum or 43 volts nominal, and an energy density greater than 240 Wh/kg. The individual cells are wrapped in carbon fiber, too, claimed to improve crash resistance. Battery cooling is run through the energy-absorbing side sills.

Theoretically, a purchaser could cut prototype development time to 12 months, and entire vehicle development time to 24 months. The Vayenne will provide the first test, Deus having said it will go into production in 2025. WAE has a hydrogen fuel cell version of the EVR on the way next.

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Ariel Hipercar is battery-electric, 1,180-hp madness we love

Five years ago, English motorbike- and speedster-maker Ariel showed a new concept chassis called, at the time, the Hipercar. It was planned for sale in 2020 with a gasoline-electric hybrid powertrain built around a small turbine sending electricity to a lithium-ion battery pack and then on to in-wheel motors. Development was more challenging than expected, and the world hit a few rocks in the road as well. But at last, the first production-intent Hipercar prototype is here, still named Hipercar — which stands for “High Performance Carbon Reduction.” The powertrain is easier to explain than the looks, so let’s start there. Base spec would be a liquid-cooled 62.2-kWh battery supplied by Cosworth powering two radial, inboard Equipmake APM motors fitted to the rear axle. Each motor produces 295 horsepower and 332 pound-feet of torque with total output being 590 hp and 664 pound-feet of torque.

An all-wheel-drive version slots two more radial e-motors into the front axle, doubling output to 1,180 hp and 1,328 lb-ft. Range on battery charge alone is said to be 150 miles. On track, Ariel says a full charge should last for about 20 minutes of full-on circuit driving. If desired, buyers can opt for the miniature turbine range extender also sourced from Cosworth. The catalytic generator (CatGen) turbine makes another 47 horsepower and can accept pump fuel, racing fuel and synthetic fuel. Ariel says it’s targeting a 0-60 mph time of 2.09 seconds with this powertrain.

What sits atop all of that is a laser-cut and CNC-folded aluminum tub attached to aluminum subframes front and rear, with aluminum wishbones supporting a Bilstein adjustable suspension. The 20-inch forged or composite staggered wheels wear Michelin Cup2 or Cup2R rubber in the widest spec ever fitted to an Ariel, at 265/35 in front and 325/30 in back. Behind them are 14.5-inch composite brake discs on the front hubs with six-piston AP Racing calipers, and 12.9-inch discs in back with four-piston calipers. An on-off switch controls the regenerative braking system.

As for the body, the prototype wears 3D-printed panels, production models will get a carbon fiber skin. Company boss Simon Saunders said “An enormous amount of aerodynamic work has been carried out for both drag and downforce, and cooling.” The cabin contains rollover protection. The dual-level wing in the front fascia adds downforce, the fins on the front fenders direct air around the side mirrors, the roof scoop sends air to the microturbine, and the fins on the rear fender aid stability. Its long front, stubby back and central fin, and canopy entrance make it reminiscent of the McMurtry Speirling. Total vehicle weight is said to be 3,186 pounds. 

The Hipercar’s gestation is almost as wild as the coupe itself. The UK government has thrown huge money behind EV development in an effort to reach its Net Zero goal for carbon emissions by 2050. Obviously, this will require affordable zero-emissions vehicles for the populace, not seven-figure track-day specialists shrink-wrapped to fit two people, so the Hipercar could come off as dumping public money on a fun little lark. However, this is about getting the big guys and the little guys in a room together to figure out how to produce innovations that work on a mass scale. Saunders explained it well to Autocar, saying, “So on one side you’ve got Mr. Boffin who has a high concept for a widget. On the other side, you’ve got, say, Ford Motor Company. They’re never going to talk to him and he’s too scared to talk to them. So Innovate UK is putting money into Ford but it’s also putting money into Mr Boffin, who takes his idea up to the next level, then the next level, and then goes into low-volume widget production. He sells us 100, he sells Caterham 400, he sells 1000 to a coach manufacturer. He’s now making a few thousand. And then Ford might say, “Could you do 10,000 for a low-volume Transit?”

Saunders gave another example of how the Hipercar has challenged the much larger partners in the various groups Ariel is a part of. “I said to Dave Greenwood, the guy running the project for the Warwick Manufacturing Group, that I felt a bit out of place and he said: ‘No, you’re brilliant because you’re the worst case scenario; you want most performance, least weight, highest range, you haven’t got any money for tooling and you want it really cheap, so if we can satisfy you….’

“Eventually, the aim is that we all win. Before then, the Hipercar is about two years away, aimed at a monied few for a price no more precise at the moment than “under £1 million” ($1.2M U.S.). That will be “excellent value for money” in Saunder’s words, considering the expected performance. Perhaps better for future owners, Ariel has focused on reliability. “With the [Ariel] Atom and Nomad we give you the keys and say bye-bye,” Saunders said. “We don’t want to see it again until it’s time for service. The same has to be true for Hipercar.”

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Rimac engineer says 0-60 ‘below one second’ is possible

Monterey Car Week encourages all kinds of questions that are answered with outrageous numbers. How much is the Pebble Beach lawn worth? How many metric tons of palm fronds were sacrificed to make the toquilla straw that make the numberless Panama hats? And how fast can a fast car go? The Drive spoke to Rimac Nevera Chief Program Engineer Matija Renić at The Quail about that last question, wondering what Renić believes is possible for a 0-60 time. His answer: “Below one second.” There aren’t many things humans can complete in less than a second other than say three-word sentences like “Below one second.” The idea of being at rest as one’s lips purse for the “B,” and traveling 60 miles per hour by the time the tongue comes off upper alveolar ridge to finish the “d” is, frankly, absurd.

Regrettably, either The Drive didn’t probe Renić as to what technologies will make the feat possible, or it decided not to repeat Renić’s words. All we have is the oracular pronouncement and little way to conceive of how it could happen, along with lots of questions about tires.

See, people like Engineering Explained who do math for a living have figured that, for a street vehicle on street tires on a regular street, about 2.05 seconds is the lower limit of the stoplight drag. When the Tesla Model S Plaid ripped off a 1.85-second teleport to 60 mph for Motor Trend, that was on “the super sticky VHT-coated surface of Auto Club Famoso Raceway.” On a non-prepped surface, Motor Trend got that down to 2.28 seconds, Car and Driver pruned it to 2.1 seconds. But C/D bettered the Tesla’s time in a Ferrari SF90 Stradale, hitting 0-60 in 2.0 seconds flat.

Rimac claims the Nevera will hit 60 miles per hour in 1.85 seconds, a time also achieved on a prepped drag strip, but we haven’t seen instrumented proof of that yet. Among YouTube videos of the Nevera running the quarter mile, one dedicated thrill seeker pulled off a 2.13-second rip to 60 mph.

Speaking of drag strips, top fuel dragsters are the go-to monsters for hitting 60 miles per hour in under one second, doing the deed in roughly 0.7 to 0.9 seconds. In 2019, Jalopnik tried to figure out the G forces involved in such dashes, the math concluding that getting from zero to 60 in 0.86 seconds put a 5.3-G strain on the body. Having that potential in your street car would be like having your own roller coaster, and what we imagine would be a monumental bill for tires. Until we see such things possible for the regular (rather wealthy) driver, we’ll be paying even closer attention to what what Rimac has coming.

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Performance doesn’t matter anymore, it’s all about the feel

We’ve just had a week of supercars and high-end EVs revealed. Many of them boast outrageous performance specs. There were multiple vehicles with horsepower in the four-figure range, and not just sports cars, but SUVs with 0-60 mph times under 3.5 seconds. And it’s not just a rarified set of supercar builders, comparatively small tuners are also building this stuff. Going fast is easy nowadays and getting easier. So what will distinguish the greats from the wannabes? It’s all about how a car feels.

This may seem obvious. “Of course it matters that a car should have good steering feel and a playful chassis!” you say. “Why are you being paid for this stuff?” But a lot of automakers have missed the memo. This past week I spent some time in a BMW M4 Competition convertible, and it’s a perfect example of prioritizing performance over experience. It boggles my mind how a company can create such dead and disconnected steering; the weight never changes, there’s no feel whatsoever. The chassis is inflappable, but to a fault, because it doesn’t feel like anything you’re doing is difficult or exciting. The car is astoundingly fast and capable, but it feels less like driving a car and more like tapping in a heading on the Enterprise-D.

I also happened to drive something of comparable performance that was much more enjoyable: a Mercedes-AMG GT. It was a basic model with the Stealth Edition blackout package, and even though it had a twin-turbo V8 instead of a six-cylinder, it only made 20 more horsepower. The power wasn’t the big differentiator, it was (say it with me) the feel. While not the best example, the steering builds resistance as you dial in lock, giving you a better idea of what’s happening up front. Pulses and vibrations come back to you as you move over bumpy pavement in corners. The chassis isn’t quite as buttoned down, either, providing a little bit of body roll that tells you you’re pushing it. It’s also easier to feel when the car is wanting to understeer or oversteer, and how your throttle and steering inputs are affecting it. The whole thing is much more involving, exciting and fun.

That’s also to say nothing of the Merc’s sounds. That V8 is maybe not the best sounding engine, but its urgent churn through the opened-up exhaust gets your heart racing. It also seems like it’s vibrating the whole cabin, so you feel it as much as you hear it. Though the BMW’s six is also a special sounding unit, too with a melodious howl and a smattering of pops on shifts. So BMW isn’t a total lost cause.

But I digress. The point is, given two cars with similar performance, one is more entertaining. It’s the one car enthusiasts will want to come away with, and as an added benefit, a car with a fun feel is enjoyable even when it’s not being driven at full force. The Mercedes was more entertaining even on public roads when following traffic laws. Many of these new hypercars and electric cars are offering performance that can’t even be used most of the time. But if they’re not fun the whole time, what’s the point?

Thankfully, people in the industry are figuring this out. I spoke with Lamborghini Chief Technical Officer Rouven Mohr about the newly revealed Lamborghini Urus Performante. While the faster Urus seemed to be another vehicle that’s about the numbers, Mohr explained that wasn’t the goal. Many of the decisions about the SUV’s upgrades were to make it more fun and more like a sports car. The engineers went to steel springs instead of air for more response and linear, controllable reactions. The Rally drive mode isn’t so much for speed, but for tail-happy shenanigans on loose surfaces. He said a focus on feel and experience is what the company is working on, about making cars that have “good feedback and emotional involvement.” Mohr said a car like the Huracan STO is popular because it “makes you feel like a hero.” I think he nailed it.

Other reveals this past week show a renewed focus on involvement. The Dodge Charger Daytona EV is more than just another fast electric car concept. Attention was given to the experience, with a piped exhaust to make noise under acceleration. It even has a multi-speed transmission, not for efficiency or performance, but to deliver the feeling of gas-powered muscle cars that Challenger and Charger owners clearly love.

Speaking of transmissions, take a look at the Koenigsegg CC850. It turned its hyper-advanced nine-speed automatic transmission into a gated manual transmission — with a functioning clutch pedal. Partly it’s a tribute to the CC8S, but it’s also to provide extra engagement. Koenigsegg even fitted smaller turbos that produce less power to optimize manual driving feel. This is good to hear from a company that just launched yet another four-figure horsepower supercar.

So the future is actually looking fairly bright, with big names in the car industry recognizing that the quest for more raw performance is less important than the driving experience. This is just a request for other manufacturers to follow suit. Cars aren’t all about the numbers.

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