All posts in “hybrid”

Aston Martin confirms 3.0-liter turbocharged V6 for Valhalla

When the Aston Martin Valhalla hits the scene in 2022 (hopefully), it will be powered by an all-new 3.0-liter turbocharged V6 engine that will be fortified and electrified in a hybrid configuration that we don’t yet know much about. Interestingly, Aston Martin says the V6’s hybrid element will be tuned and sized for each specific vehicle in which it’s installed. In the Valhalla, the dry-sump engine will be mounted directly behind the passenger compartment, and its so-called ‘hot V’ design will allow for relatively compact dimensions. And compact also means lightweight — the automaker says the complete engine weighs less than 440 pounds.

Just the fact that the British automaker is investing the engineering effort to produce a new engine is significant. The company hasn’t engineered its own in-house powertrain since 1969, when Tadek Marek’s 5.3-liter V8 engine found its way under the hood of Aston Martin’s aptly named DBS V8. The new 3.0-liter V6 is codenamed TM01 in Marek’s honor. With that in mind, we expect this powerplant to serve in various Aston Martin models for a number of years.

We look forward to further details in the future, especially the all-important horsepower and torque figures. In the meantime, feel free to peruse the high-resolution image gallery above, where you’ll see intricately milled castings along with the engine undergoing dyno testing and running red hot with the lights down low.

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Maserati MC20 appears in artsy, blurry teaser

Maserati said it’s entering a new era. Judging by these teaser shots of the a camouflaged MC20 prototype supercar, it’s clear Maserati plans to strut its way into that new era con il coraggio and braggadocio. Maserati took its future flagship to the Piazza degli Affari in Milan, for a set of mostly blurry photos in front of Italian artist Maurizio Cattelan’s sculpture called “L.O.V.E.” Maserati called the artwork “a symbol of Italian audacity in international contemporary art,” for the sake of clarity, we’ll call it a giant marble bird flipped at anyone who might ask, “You talkin’ to me?”

The MC20 is thought to be built around the carbon chassis laid up for the 4C, stretched lengthwise and across to create an overall larger package. We can’t tell much about the real masterpiece in the photos, but it is clear the MC20 prototype has shed its gawky bodywork borrowed from the Alfa Romeo 4C to slip into something more comfortable. A very Maserati nose leads with a large grille and sits prominently ahead of the other bodywork. Behind that, an Italianate supercar form combines plenty of intakes, deep side skirts, a seamless rake to the backlight, and a short rear overhang.

In back, powertrains developed at Maserati and for Maserati should make all sorts of lusty noises. The top powertrain is expected to be a hybrid V6 with three electric motors and around 600 horsepower, there’s hearsay about an all-electric model, and rumors of a turbocharged V8 won’t die. The only gearbox mentioned so far is an eight-speed dual-clutch shooting power to the rear wheels. Autoevolution believes the hybrid engine will translate into a sprint to 62 miles per hour in around two seconds and a top speed beyond 186 miles per hour, just the kind of giddy-up one would expect from a challenger aimed at the Lamborghini Huracán Evo. If anything, 600 hp sounds conservative seeing as the Alfa Romeo Giulia GTA gets 540 hp from its 2.9-liter turbocharged V6 without electric help. The MC20 will take on Lamborghini’s championship-winning finest on the track, too, the MC20 — for Maserati Corse 2020 — surely headed for an FIA entry in track-only form.

For now, the MC20 continues its driving program to prepare for its debut in May. The coupe version should come first, going on sale in Europe late this year and in the U.S. sometime next year, followed by a convertible variant.

The 1,700-hp Koenigsegg Gemera hybrid has two more seats than any Bugatti

The rumor was right. Koenigsegg has just unveiled the Gemera, an all-new member to the family that sports four seats, two scissor doors, and a massively powerful hybrid powertrain that still allows for pure electric driving. In the same breath, Koenigsegg also unveiled the Jesko Absolut, the fastest road car the company will ever produce.

As the brand’s first four-seater, the Gemera marks the start of a new era for Koenigsegg. While others, even many of the world’s top performance names, are making high-utility crossovers and SUVs, Koenigsegg has chosen to add function while maintaining the coolness factor of a coupe. A real coupe. Who cares if you have to cram into a rear seat when the cramming is achieved through a scissor door? 

With the Gemera, which has a shape inspired by an egg, Koenigsegg aimed to make a car with the personality of a mid-engined two-seater but the practicality of a road-trip vehicle. CEO Christian von Koenigsegg says he’s been planning this car since 2003 and wanted to make sure every seat is equally as spacious and comfortable, unlike many 2+2s that only have two usable seats. 

The front seats are made from hollow carbon-fiber monocoques and weigh only 37.5 pounds. The slim design of the seats, which integrates the back into the bottom, and the nature of the scissor doors mean ingress and egress is simple and doesn’t require moving the front seats. 

The rest of the interior is focused on luxury. The sideview mirrors have been replaced with cameras, seats are heated and cooled, the front and rear each both have large digital infotainment touchscreens to control entertainment and climate, each seat has a hot and a cold cup holder, and the audio system has 11 speakers. The clever design packaging allows all this, plus storage for four pieces of luggage, three in the rear and one up front.

The Gemera will coddle and comfort, but it will also thrill with its high-tech hybrid powertrain. Koenigsegg claims 1,700 bhp and 2,581 lb-ft of torque, and a zero-to-62-mph sprint in 1.9 seconds. This is accomplished with a combination of three electric motors, a twin-turbocharged 2.0-liter three-cylinder camless gas engine, and a direct-drive transmission. It also has all-wheel drive, all-wheel torque vectoring, and all-wheel steering.

Two of those electric motors, each of which makes 500 bhp and 738 lb-ft of torque, are on the rear wheels. A third e-motor is attached to the engine crankshaft and makes 400 bhp and 369 lb-ft of torque. Simultaneously, these electric motors make 1,100 bhp. Working with the e-motor to propel the front wheels is what Koenigsegg calls the Tiny Friendly Giant (TFG) engine. It is rated at 600 bhp and 443 lb-ft of torque and uses the company’s Freevalve technology. 

The Gemera, which uses carbon fiber for the chassis, body, and wheels, is built to be eco-conscious, as well. An 800-V, 15-kWh battery allows up to approximately 31 miles of totally electric driving, and the car has an overall range of 621 miles. The Gemera is a flex-fuel vehicle, too, so it can run on Gen 2.0 ethanol or C02-neutral methanol. That means it could potentially be as C02-friendly as an electric vehicle, under certain circumstances.

Koenigsegg is limiting Gemera production to 300 vehicles.

Jesko Absolut

Koenigsegg says the Jesko Absolut is the fastest car it’s ever made, and that “the company will never endeavor to make a faster series-production road car – ever.” So, it’s likely Koenigsegg will make faster one-offs and track specials, but this will be the pinnacle of speed, and will be used to chase the top-speed record.

The Jesko launched as an all-new Koenigsegg in 2019, and the Absolut continues its story with a different purpose. With the Absolut, Koenigsegg set out to reduce drag as much as possible and make the Jesko as slippery as possible. That started with reducing downforce, so the massive wing was replaced with two fins inspired by F-15 fighter jets. These fins “clean up airflow over the rear end,” which helps increase high-speed stability. 

Further reducing the drag coefficient to 0.278, Koenigsegg extended the rear hood, added rear wheel covers, lowered the ride height, removed the front wheel louvres, and removed the front hood closed air duct. The front suspension, which is more compact that the setup found on the Jesko, is also slightly softer, which makes the car more comfortable on the road, as well.

Getting comfortable with the power might be a different story. The engine is unchanged from the Jesko, so it carries on with the twin-turbocharged V8 that is connected to a nine-speed transmission. The engine revs up to 8,500 rpm, and Koenigsegg claims 1,600 bhp on E85 fuel. Unique innovations also allow drivers to shift from any gear to any other gear. 

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Czinger releases full specs on 21C hybrid hypercar

A week ago, LA-based Czinger teased its 21C hypercar with a video and a promise of “dominating performance.” Now that all the specs are out before the coupe’s reveal at the Geneva Motor Show, on paper at least, it appears “dominating” was the correct choice of words. We’ll start with the performance: Zero to 62 miles per hour in 1.9 seconds — making 0-60 perhaps faster; the quarter-mile in 8.1 seconds at 170 mph; zero to 186 mph and back to zero in 15 seconds; zero to 248 mph and back to zero in 29 seconds, which would eclipse the Koenigsegg Regera’s record of 31.49 seconds set last September.

Assuming the 21C can bring those numbers to life, how does the coupe do it? There’s a 2.88-liter twin-turbo V8 with a flat-plane crank stowed amidships driving the rear wheels, good for 950 horsepower. (To get a sense of the march of progress, the 2.855-liter twin-turbo V8 in the 1984 Ferrari 288 GTO produced 350 hp.) Each front wheel gets a high-powered electric motor, serving up all-wheel drive and a combined output of 1,232 horsepower and 600 lb-ft of torque at 10,500 rpm, 500 rpm short of redline. The 21C in standard road guise without the big rear wing has a curb weight of 1,250 kilograms (2,756 pounds), and with a metric horsepower rating of 1,250 hp, we’re talking about a 1:1 power-to-weight ratio. The 21C Lightweight track-focused car with the big rear wing weighs just 1,218 kg (2,685 pounds). Shifting through a seven-speed automated manual transmission, the road car maxes out at 268 mph, the track car produces more than three times the road car’s downforce so its top speed comes in at 236 mph.

The e-motors get juice from a lithium-titanate battery, the same pack composition used by the Mitsubishi i-Miev and Honda Fit EV, an integrated starter-generator helping to deliver power where needed. Czinger says the entire powertrain was designed and is built in-house, and it’s flex-fuel — owners can fill up with Vulcanol, described as “a renewable methanol made from captured carbon dioxide,” assuming they can find it.

Czinger is only making 80 examples of the 21C, using its proprietary “vertical assembly,” 3D-printed build processes that combine carbon fiber, high-performance alloys, and other materials, topped off with book-matched carbon fiber bodywork. Road & Track has a good writeup on the production system. Company founder Kevin Czinger explained that the 3D-printed parts are expected to last the lifetime of the car, but if any need to be replaced, they can be dissolved into their original powder and reconstituted to serve a different purpose.

Each 21C comes with a reported price of $1.7 million before the obligatory options and fripperies. We look forward to checking this one out in Geneva, and we’ll take the one with the wing, please.

Koenigsegg bringing a new hybrid 2+2 to Geneva?

Koenigsegg hosted its global dealer network for a shindig at its Angelholm, Sweden, headquarters last month. During the event, the hypercar maker tweeted an image of employees standing next to five Koenigsegg models under black sheets. It was thought these represented the cars Koenigsegg will bring to next month’s Geneva Motor Show. At least one of those five is rumored to be the Jesko-based Mission 500 concept, the rocket that CEO Christian Koenigsegg will use to challenge the top speed record. The Supercar Blog credits sources for information on another of the five, it supposedly being a hybrid 2+2 called the KG12. 

If the rumors are close to true, the extra two seats — and we use the words “seats” generously — wouldn’t be the only break with Koenigsegg tradition. TSB‘s insider says the heart of the KG12’s hybrid powerplant will be a 2.0-liter, three-cylinder engine engineered with the carmaker’s camless FreeValve system. Combined with an electric motor or motors, total output is thought to be around 1,500 horsepower. If such a thing shows up at Geneva, predicted to be on display under a glass engine cover, it will be in the running for the wildest and most innovative propulsion system at the show.

Design standards like the wraparound windshield and dihedral synchro-helix doors are expected to make the cut, but those doors might be longer than usual so as to provide better access to whatever fits in the back seat. TSB writes that the KG12 will cost around €1.4 million ($1.5 million U.S.), with deliveries to begin in 2022 and production limited to 300 units. 

One big question is whether the KG12 is, or has anything to do with, the affordable Koenigsegg supercar that’s been on simmer in the background for a few years. A year ago, reports said the car would come to this year’s Geneva show. However, the least expensive Koenigsegg has been imagined with the firm’s naturally-aspirated V8 paired with hybrid assistance, getting something like 1,050 hp, and a price tag of anywhere from €600,000 to €800,000 ($650,000-$850,000). We’ll have an answer in two weeks.

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Czinger preparing 21C hybrid hypercar for Geneva debut

Kevin Czinger — with a silent C — has spent the past 11 years that we know of trying out various automotive concepts in Southern California. The Yale Law School graduate who built hot rods as a youth in Cleveland co-founded Coda Automotive in 2009, which tried to get off the ground with a re-engineered Chinese sedan converted to an all-electric powertrain. Coda went under in 2013. In 2014. The next year, Czinger started Divergent 3d, which revealed the Blade supercar in 2015. Czinger’s point with the Blade was to convert automakers to novel production techniques, the Blade’s chassis and body created with 3D-printed aluminum alloy. In 2019, Czinger formed an eponymous company taking the Blade as the inspiration for the Czinger 21C hybrid hypercar. In a previous interview with Road and Track, which deserves a read, Czinger said, “We’re looking to combine computing power, science, and additive manufacturing into one system.”  

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The 21C could be that blend, having clearly come a long way from the Blade. We don’t know much about the coupe, Czinger preferring to wait for details until its debut at the Geneva Motor Show next month. The moody reveal video shows off the suite of hypercar cues like diminutive overhangs, the fulsome fenders, angry LED headlights, plenty of vents, center-lock wheels twirling around giant carbon ceramic rotors and beefy calipers, a serious wing hanging off the back, and what looks like a top-mount dual exhaust. Tandem seating — passenger behind driver — carries over from the Blade, and the copious exposed carbon fiber bodywork hides plenty of 3D-printed components. The brace connecting the carbon fiber steering column housing to the instrument panel, for instance, looks a prime culprit for additive manufacturing. The full-width roller coaster brake light ensures everyone behind the 21C will remember what they’ve just seen. 

The powertrain is an unknown beyond the descriptive that it’s a “strong hybrid” developed in-house to deliver “dominating performance.” Strong would be the correct word if the video can be trusted; at the 0:28 mark, the digital rev counter shows a redline beyond 10,000 rpm. We’ll know more come Geneva.

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Ferrari SF90 Stradale shows how it was made in new video

Supercar geeks! Stop what you’re doing and watch this, preferably somewhere quiet where you can listen to the ambient, ethereal music. It’s a nearly 10-minute video Ferrari released titled “Manufacturing the SF90 Stradale,” and it offers a dream-like look at the production of its first-ever plug-in hybrid ahead of its launch this year.

What we see isn’t exactly sequential — 3D digital modeling and virtual reality are shown at the end, after we’ve seen the physical car being built — but it’s nonetheless an interesting look at the artistry side and painstakingly detailed preparation of manufacturing a 986-horsepower Italian supercar.

The video opens with a visit to the foundry, where molten aluminum is poured into molds and we see gloved hands and robots assembling parts for the 4.0-liter twin-turbo V8, its most powerful V8 yet at 769 hp. Ferrari says its engineers increased the capacity on the F154-heritage engine to 3,990 cc from 3,902 cc via a larger, 88-millimeter bore. There’s also a new, narrower cylinder head with a central injector, a Ferrari V8-first 350-bar GDI and a larger intake and redesigned exhaust system.

From there, there’s lots more eye candy, as we’re taken through body assembly, the paint shop, digital and clay modeling, interior parts assembly, and so forth. It finishes with a shot of the completed car in red against a dark background.

Other notables in the SF90 include four powertrain modes controlled by buttons on the steering wheel, including up to 15 miles in all-electric with front-wheel drive relying on the two front electric motors. The hybrid modes activate a third e-motor located at the rear axle, between the engine and the eight-speed dual-clutch transmission. The SF90 is also the first Ferrari to use all-wheel drive, which the company says was necessary to fully exploit the hybrid power.

The video can only mean that we’re getting close to launch, and it’s sure to whet the appetites of those privileged enough to afford one.

Ferrari Roma platform to underpin Purosangue SUV, as product roadmap takes shape

To create the Roma, Ferrari started with the platform used for the Portofino convertible. Engineers strengthened and lightened the architecture and made it modular, so that it will support the company’s range of front-engined vehicles included in CEO Louis Camilleri’s near-term product roadmap of 15 new vehicles over the next three years. Auto Express reports one of those products will be the Purosangue SUV – or FUV, Ferrari Utility Vehicle if you heed the carmaker’s marketers – expected to debut in 2021 before going on sale in 2022 or 2023. The breadth of possibility built into the platform means it can swallow Ferrari’s range of V8 and V12 engines, as well as the coming V6, plus plug-in hybrid equipment and all-wheel drive mechanicals. 

Although observers figure a V12 Purosangue will grace the lineup eventually, models with smaller engines braced with hybrid assistance are expected first. The V12, in fact, is unlikely to get a hybrid form if Ferrari can help it, the brand’s marketing manager saying, “To be honest, electrifying a V12 means creating, very probably, a heavy and big car. So electrification ideally should be coupled with smaller engines.” Absent Ferrari’s righteous 6.5-liter V12, Ferrari’s head of technology says there will be other ways the vehicle codenamed “175” distinguishes itself from V8-powered super-SUV competition, but wouldn’t clarify what those ways are.

We’ll guess the people-hauler slots into the company’s GT vehicle classification alongside the GTC4Lusso, Portofino, and Roma. In the next decade, the GT category grows with a new supercar that marks “the return of an elegant model” cued off classic, mid-20th-century Ferrari Gran Turismos, as well as a battery-electric car after 2025. The Sport Range includes the 812Superfast and 812 GTS, 488 and 488 Pista, and SF90 Stradale. The Icona line kicked off with the Monza SP1 and SP2, and will expand with “timeless design[s] of iconic Ferraris reinterpreted with innovative materials and state of the art technologies.” One-offs like the F12 TRS, SP12 EC and SP38 form the Special Series. The carmaker’s entire range will be split across two modular platforms, one for front-engined placement, one mid-engined.

At the pointy end of the product roadmap, it’s thought Ferrari’s already begun development of its LaFerrari successor. Said to use a naturally-aspirated V12 without electric help, it will produce less output than found in the 986-horsepower, hybrid-V8-powered SF90, while at the same time Ferrari says the new model will be faster than the hybrid-V12-powered LaFerrari. Due sometime after 2022, the new small-run screamer will focus on lightness, controllability and aerodynamics. 

The Mercedes-AMG One sounds just like a Formula One car

Billed as the closest thing to a road-going Formula One car, the Mercedes-AMG One, unveiled as a close-to-production concept at the 2017 Frankfurt auto show, is still under development. Mercedes-Benz’s go-fast division released an update on the project that shows the hypercar in action.

Six-time Formula One champion Lewis Hamilton took a break from winning races around the world and trying to save the planet to check in with the team developing the One. Designing a groundbreaking hypercar is an expensive and time-consuming process, and the One stands out from its peers because it uses a street-legal version of the powertrain found in AMG’s championship-winning Formula One car. This explains why development has taken so long. Deliveries are now tentatively scheduled to begin in 2021, about two years later than originally announced, but it sounds — literally — like AMG’s most powerful street-legal model will be worth the wait.

“The sound is pretty much exactly the same as it is in the race car,” Hamilton pointed out. Video footage of the One going around a track hints it will take a turn like a race car, too.

The turbocharged, 1.6-liter V6 is the One’s main source of power, and its main source of delays. Getting it to comply with emissions regulations was easier said than done. It idles at 1,200 rpm, which is high for a road car but low for a Formula One car, which turns at a stratospheric 5,000 rpm when it’s waiting on the starting grid. The electrified part of the powertrain consists of four electric motors, including two that zap the front wheels into motion, and they also need to be fine-tuned for road use. All told, the One will put over 1,000 horsepower under the driver’s right foot. The tradeoff is that the powertrain will require a major overhaul after about 30,000 miles.

Mercedes-AMG will cap One production at 275 units, and pricing starts at $2.7 million. That’s an eye-watering sum, but the hypercar market is stronger than ever, and every build slot was spoken for before the model made its official debut. Don’t expect to bag a used example shortly after deliveries begin; AMG is going to great lengths to ensure reservation holders don’t flip their car for a profit.

Our first look at the Peugeot hypercar for Le Mans

Peugeot is returning to Le Mans with Rebellion Racing, and the French automaker just dropped the first photo of what its car will look like in the hypercar class. We normally wouldn’t get too worked up over a race car rendering, but this one has certain … implications.

Homologation rules require manufacturers to both build and sell at least 20 production versions of the race car for it to be competition-legal in this class. That means Peugeot is ultimately going to have to sell a road-going version of this wild-looking race car, but only a few of them. Whether this potential Peugeot hypercar ends up looking anything like this rendering is still up for debate, but it’s an interesting idea to toy around with.

Peugeot has never produced a supercar or hypercar before, so the news that it would enter the WEC in this fashion was a bit shocking last month. The FCA-PSA tie-up just makes it all the more interesting now that Peugeot will be part of a massive company producing cars for the U.S. We’re still waiting on details about how much involvement Peugeot Sport will have in the car, as a previous report suggested Peugeot would hand much of the project off to Oreca and Rebellion Racing. Today, Peugeot made the Rebellion Racing partnership official, but the rest is still a bit hazy. 

The racing program is scheduled to kick off in 2022 with the Swiss Rebellion Racing team. We dig the jagged edges and concept design of the hypercar rendering Peugeot released today, which leaves us hopeful for an awesome final product in a couple years.

Soundcheck: Aston Martin Valkyrie begins to scream

In July, Aston Martin published the first video of the Valkyrie on track at Britain’s Silverstone Circuit during the Formula One Grand Prix weekend there. Test driver Chris Goodwin didn’t push the 1,160-horsepower coupe to its limits, merely massaging the throttle for the camera a few times. The English carmaker headed back to Silverstone this month with a group of guests in tow, and this time the test driver put a little more muscle into the fly-bys. Since the track was wet, the soundtrack still can’t be considered the ultimate experience, but even so, the 6.5-liter Cosworth V12 sounds exceptionally good.

This new video injects a high-pitched wail that was missing in July, the kind of wicked, soaring keen that jellies one’s organs and notifies the mind of blinding terrors on approach. In fact, the Valkyrie now makes all the noises Formula 1 fans wished the F1 race cars could make. That’s no hyperbole, either. Compare the modern Cosworth to the 3.5-liter Honda V12 in the 1991 McLaren MP4/6, the resemblance is clear. Remove the street-legal equipment on the Aston Martin and let Goodwin uncork it, as we expect to happen in next year’s World Endurance Championship, and it’s clear the WEC might have the best sounding racers in all of motorsport.

Deliveries are scheduled to begin before the end of the year, so Aston Martin should be wrapping up its validation testing on Verification Prototype 1 if it hasn’t already. After that come competition entries into the FIA World Endurance Championship (WEC). And after that, someone will need to convince at least one owner to drive the Valkyrie on the street so that we can all enjoy the noise.

New C8 Chevrolet Corvette ZR1 engine rumor posits 900 horsepower

Let’s just go ahead and plan to feast on C8 Chevrolet Corvette rumors for the next few years. Two new reports have come out that drop new info on the ZR1 and gobs of details about what could turn into multiple hybrid Corvette models. Starting with Motor Trend, the magazine cites “a senior official at GM” for confirmation that the coming ZR1 will produce “an even 900 hp” from a performance-oriented hybrid powertrain. Displacement of the gasoline engine component remains a mystery. MT writes that the “ZR1 will build on the Z06’s all-new engine” with a block anywhere from 4.2 to 5.5 liters of displacement, but the potential vibration issues make the larger end of that range unlikely if the rumored flat-plane crank is involved.

Motor Trend sticks by sister publication Automobile‘s story that the Z06 will use an 800-hp twin-turbo engine based on the naturally aspirated 5.5-liter V8 in the C8.R. Countering that, Muscle Cars & Trucks believes the Z06 will go down to around 600 hp and use a naturally aspirated V8, with only the ZR1 getting the two turbos.

MT didn’t get any specs on the ZR1’s hybrid component, but Bozi Tatarevic happened upon internal GM documents that potentially fill in a swath of the picture. In a lengthy report for Jalopnik, Tatarevic suspects there could be “both a hybrid ZR1 and a hybrid base model Corvette.” The documents, along with cutaway models of the mid-engine sports car, show how the front area could house a single electric motor driven by a 1.94-kWh battery pack and power electronics packaged in the center tunnel. The e-motor, which is listed as running through an open differential, would produce about 114 peak horsepower and more than 880 lb-ft of torque after an 8:1 reduction gear. Being oriented toward performance, a pawl clutch would disconnect the motor and gear reduction from the front axle for better fuel economy. Said to be offered in coupe and convertible forms, the base Stingray with the LT2 V8 and hybrid system would throw something in the “mid-to-high 500 HP range if not more.”

Paperwork appears to show the motor would be mounted low enough in front for the Corvette to retain its frunk. In order to fit the shaft through the space currently occupied by the front dampers, the hybrid system will require split yoke dampers akin to those used on AWD versions of the Tesla Model 3. It’s possible magnetic dampers will be standard fit, as well as an electronic limited-slip differential running through a 3.797 final drive. Wheel sizes for what we’ll figure is the ZR1 would increase an inch front and back to 20 and 21 inches, respectively, with respective tire sizes of 275/30 and 345/25. According to codes in the document, carbon-ceramic brakes would be standard. 

We only have a few more years to figure out where all these pieces go, so while you wait, check out Tatarevic’s in-depth report for cutaway images and loads more details on issues like weight balance and benchmarking against the Acura NSX.

New Porsche hypercar could use F1-spec hybrid powertrain

Not long after the Porsche 918 Spyder went out of production in 2015, the automaker began internal debate about what kind of powertrain it would use in the follow-up. Four years later, the debate is ongoing. In 2017, Porsche voiced its desire to move its hypercar game on with a battery-electric powertrain, beyond the hybrid 918. The problem — echoed by McLaren — was that battery technology wouldn’t make such a BEV possible until at least the middle of the 2020s. In 2019, the same issues remain, with solid-state battery tech not progressing as quickly as hoped. Autocar reports that Porsche could switch to Plan B in the meantime, that being an as-yet-unused 1.6-liter V6 hybrid engine Porsche Motorsport developed in order to return to Formula One as an engine supplier.

Porsche has been mentioned as a potential new F1 entrant for years, but uncertainty at the Volkswagen Group and in the F1 rulebook compelled the German sports car maker to walk away from the opportunity, opting for Formula E instead. However, after leaving LMP1, 40 Porsche engineers from the Le Mans effort began working on a six-cylinder version of the 2.0-liter four-cylinder hybrid from the 919 Hybrid. That work turned into the creation of a 1.6-liter V6 hybrid along the lines of an F1 engine but without “the complex and expensive” MGU-H unit that converts exhaust heat into electrical energy. Motorsport chief Fritz Enzinger says that engine is still in development, having got as far as running on a test bench for “analysis with regard to series production relevance.”

There’s no info on the hybrid component yet, but Stefan Weckbach, who oversees Porsche’s EV projects, said the company could turn to its partnership with Rimac for that aspect.

Even though Porsche has a motor ready, the board hasn’t decided on whether to go electric or hybrid, and sports car boss Frank-Steffen Walliser says he doesn’t care what kind of powertrain goes into the car as long as it can tick off a 6:30 lap time at the Nürburgring. So according to Autocar, what kind of bodywork might surround this powertain “remains at conceptual stage, with an introduction unlikely before 2023 at the earliest.” We don’t think the 917 Concept from 2014 would be a bad place to start. If Porsche goes with the 1.6-liter hybrid, though, the market would get a clearer competitor to the Mercedes-AMG One, and the platform could provide entries to the ACO’s new so-called Hypercar class in the World Endurance Championship and to IMSA’s Daytona Prototype class. 

Peugeot to contest Le Mans in 2022 with new hybrid hypercar

Peugeot is the third OEM to put its hand up for the new, so-called hypercar class in the World Endurance Championship, after Aston Martin and Toyota. The French manufacturer last competed at La Sarthe from 2007 to 2011 with its diesel-powered 908 HDi FAP, beating Audi in 2009. It quit the sport in 2012 to deal with dire financial issues, parking its brand new 908 HYbrid 4 LMP1 car (pictured) on the eve of the season opener. The announcement by parent company PSA Group put the return in 2022, giving it an even decade out of the sport before coming back with a racer that might make more waves on the street than on the track. Homologation rules require class entrants to build and sell 20 production versions of the race car, and Peugeot hasn’t built a production supercar in, well, ever.

We’re not sure how much building it’ll be doing here, either. Even though Peugeot Sport will play a key role in this effort, Sportscar365 reported in October that the French carmaker was looking at a “customer-based hypercar built by ORECA and run by Rebellion Racing.” Oreca and Rebellion are LMP-category stalwarts with OEM experience; the 47-year-old French team Oreca ran Toyota’s TS030 Hybrid in 2012 and has designed Rebellion’s cars, while the nine-year-old Swiss Rebellion team ran Toyota engines in its LMP car for the first four years of its existence. It’s possible the future Le Mans runner will campaign will be a technical partnership between the three outfits, a “semi-works effort run under the Rebellion banner.” Furthermore, the collaboration could start with Peugeot-branded engines supplied to the Rebellion R13 LMP1 car grandfathered into the series’s inaugural season that begins next summer.

As for Peugeot’s official debut, it’s not clear if the 2022 date means the first WEC race in the calendar year, or the 2022-2023 WEC season. The endurance racing calendar starts in September and overlaps calendar years. The 2019 season commenced in September, the first race in 2022 will be the fifth round of the current season. Peugeot promises more details in early 2020.

For the moment, Glickenhaus and ByKolles —run by former Formula One team boss Colin Kolles — are the other two manufacturers planning to compete at the top level in the new class in 2020. Porsche and McLaren have made noises about it but nothing’s come of it yet, and Lamborghini said in August that it’s looking closely at the regulations to gauge an entry.

Koenigsegg plans a ‘CO2 neutral’ hybrid supercar

Fresh from receiving a 150 million-euro infusion from National Electric Vehicle Sweden, the Chinese-backed company that bought up Saab‘s assets out of bankruptcy, supercar maker Koenigsegg has signaled just what it plans to do under the new joint venture. Christian von Koenigsegggave an interview to Top Gear in which he said he wants to develop an all-new supercar to sit below ultra-exclusive models like the Agera RS and Regera, priced at around €1 million (about $1.15 million) to grow sales from 20 a year into the hundreds, because “our brand has outgrown our production volumes by quite a big margin.” And it will feature a novel, “completely CO2 neutral” hybrid powrtrain using the “freevalve” camless combustion engine technology the company has been developing in concert with battery-electric power.

“Given the freevalve technology, we can actually cold-start the car on pure alcohol, down to -30 degrees Celsius, so there’s no need for any fossil fuel mix then,” he told Top Gear. “The idea is to prove to the world that even a combustion engine can be completely CO2 neutral.”

Von Koenigsegg previously hinted at the setup after talking about how his engineers were responding to Tesla‘s claims that its forthcoming next-generation Roadster would be capable of a 1.9-second 0-60 mph time. He further hints that the new hybridized supercar will look unmistakably like a Keonigsegg but be in a different segment altogether from either the Agera RS or plug-in hybrid Regera.

Consider us very much intrigued and eager to hear more. Meanwhile, Koenigsegg has said it plans to reveal the successor to the Agera RS next month at the Geneva Motor Show based on a refined version of the same supercharged V8 combustion engine.

The new joint venture with NEVS, meanwhile, sees that company take a 65 percent ownership stake, with Koenigsegg holding the rest and contributing its trove of intellectual property, technology licenses and product design. NEVS also gets a 20 percent stake in Koenigsegg itself.

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Could BMW i8 Replacement Come Soon?

A New Electrified BMW Supercar? Yes Please

It seems BMW’s affinity for electrified powertrains will extend to new supercars in the future. There have been a few rumors of BMW working on a new EV supercar, but now it seems more likely. BMW R&D boss Klaus Froehlich sat down with Autocar and one of the topics he discussed is an electric supercar or at least a hybrid supercar much like the i8. 

“If you are an engineer, once in your life, you want to make a super-sports car,” Fröhlich told Autocar. “I think partial electrification will enable that.”

He pointed to the fact that BMW has the ability to build high-powered electric drive units, super light carbon fiber chassis, and high-performance gasoline engines. He said those three elements could be combined to make a supercar. 

What Will it be Like?

According to Autocar, the new model could compete directly with Ferrari and McLaren. It would have a much larger gasoline engine paired with high-powered electric motors and a carbon fiber chassis much like the i8’s. The car should have 700 hp so it can edge out the M8’s 620 hp and put the car at the top of BMW’s M-Division lineup. 

2011 BMW i8 Concept Gallery2011 BMW i8 Concept Gallery
An i8 replacement would be much more powerful.

That 700 hp mark sounds like a lot until you consider that Froehlich told Autocar the electric motors BMW produces should make 197 hp and 378 lb-ft of torque. Froehlich also said that BMW’s M-Division will eventually go fully electric, but that hybridization will play an important role moving forward.

With all that Froehlich said during the interview in mind, it’s clear that BMW sees electric cars as the future for high-performance vehicles. While BMW hasn’t officially released anything that explicitly says the i8 will be replaced by a much more powerful supercar, Froehlich’s interview is a clear sign of where things are heading. 

Koenigsegg sees new Tesla Roadster as the ‘gauntlet’ thrown down

Christian von Koenigsegg, the man behind the company that holds the current record for world’s fastest car, does not like to be outdone. So he did not particularly enjoy hearing the numbers regarding the forthcoming next-generation Tesla Roadster and its vaunted 1.9-second 0-60 mph time.

“We kind of had our future mapped out, and then we heard about the new Tesla Roadster and its insane acceleration numbers, and we thought ‘Damn, that’s put the gauntlet down,'” the Koenigsegg founder and CEO told Top Gear.

As he told the site, he enlisted his engineers to start running numbers, and within a couple of days, they’d figured out a solution. “The simplest way of putting it is like this: It’s combining direct drive with the hybridization we have in a different format with free-valve engine technology, in a peculiar layout,” von Koenigsegg said. He said the powertrain could take a car from 0-250 mph in 14 seconds “or something like this,” and said he wants to make a combustion engine with a higher power density than an electric powertrain “for as long as possible.”

His talk about hybrids brings to mind the Koenigsegg Regera plug-in hybrid, which weighs just 3,505 pounds and puts out more than 1,500 horsepower. It does 0-62 mph in 2.8 seconds — impressive, but a full 0.9 seconds less than the Roadster’s purported time. And not surprising for a company that is all about maximizing ponies, Koenigsegg likes to geek out over the details of things like the design of the 1,160-hp Agera RS engine. Could he be talking about the same vehicle as the successor to the Agera RS, rumored to be called Ragnarok?

Tesla, meanwhile, unveiled said Roadster at Grand Basel in Switzerland — or rather, it showed off what appeared to be a white, empty design shell that had been shown last year at Tesla’s shareholder meeting.

And don’t forget that the mad scientists over at Hennessey are tinkering with the 7.6-liter V8 for the Venom F5, the key to its quest to hit 300 mph. So buckle your seat belts, boys and girls: Things are about to get very fast.

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Mercedes-AMG wants to prevent Project One owners from flipping them

Mercedes-AMG will include contract language in its exclusive upcoming Formula One-sourced Project One hypercar when it starts delivering to customers early next year prohibiting the new owners from flipping the $2.6 million car for a quick profit.

Germany’s Auto Motor und Sport reports the move is similar to what Ford is doing with its GT supercar and Porsche, with its 911 GT3 Touring after customers began flipping the 911 R. It also says all 275 examples of the 1,000-horsepower-plus Project One are sold and that Mercedes-AMG has undertaken the first test drives using camouflaged prototypes on closed race tracks in England and Spain.

Late last year, Ford sued wrestler and actor John Cena for violating the terms of his purchase contract, which involved an application process, for the $450,000 supercar. The two sides in June settled outside of court for an undisclosed amount that Ford will reportedly donate to charity. Meanwhile, another 2017 Ford GT is on Mecum’s Monterey sale bill. It’s headed for the block Aug. 23-25.

Similar attempts have already been made with the Project One. Motor 1 reports someone tried to sell a build slot last November for the equivalent of $5.2 million, nearly double the asking price, and a newer listing not yet removed is similarly asking $5.2 million, with a mid-year 2019 delivery date.

The Project One, which debuted as a concept last fall in Frankfurt, boasts some eye-popping specs, with its mid-mounted 1.6-liter single-turbo V6 doing more than 1,000 horsepower, a top speed of more than 217 miles per hour and going from 0-124 mph in just 6 seconds. It can also operate as a zero-emission electric car for 15.5 miles, thanks to its lithium-ion battery powering two 120-kilowatt electric motors, plus two smaller ones driving the front wheels. Owners will have to take the car in every 31,000 miles or so to have the gas engine rebuilt.

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Ferrari LaFerrari: Price, Specs, Videos, Images, Performance & More

Introduction

What happens when quite possibly the world’s greatest supercar and hypercar maker sets out to create its greatest model ever?

The Ferrari LaFerrari – that’s what.

Described at launch by company president Luca Di Montezemolo as “the maximum expression of what defines our company,” the LaFerrari was revealed at the 2013 Geneva Motor Show.

Limited to just 499 examples (although since an additional 210 Aperta open-top LaFerraris have been produced), the LaFerrari featured a Formula-One derived HY-KERS system – an electric motor teamed to a 6.3-litre V12. Some would shirk at the concept of a hybrid Ferrari, but while enhanced efficiency is a by-product of the LaFerrari’s powertrain, this was by no means Ferrari’s motivation with the system.

Following in the footsteps of legendary Ferrari halo cars as the 288 GTO, the F40, F50 and Enzo, the LaFerrari had its work cut out from the start. Add to that competition – yes, at this insane level of performance and prestige – from Porsche and McLaren with their hybrid hypercars, the 918 and P1, and this ultimate Ferrari model had a lot to deliver in order to stand out.

Design, Styling & Interior

The overall shape of the LaFerrari – inside and out – is dictated mainly by the car’s carbon fibre tub chassis. Up front, surfaces are kept to a minimum and what is there is minimised to aid aerodynamics, with every strafe and slice in the car’s bodywork having been optimised in the F1 Wind Tunnel. Ferrari sought to produce a shape with the highest degree its efforts have granted the hypercar with a drag coefficient of just 3.

Underneath the car, active aerodynamic features including diffusers and a guide vane team up with the rear spoiler to generate downforce, gluing the LaFerrari to the road or track. These active features are automatically controlled by the car’s computer brain, which analyses various parameters to adjust the systems to work optimally to the conditions.

Inside the LaFerrari, carbon fibre detailing dominates, with the two seats bolted directly to the tub. A bulky squared-off steering wheel greets the driver, with Formula-One inspired LEDs to indicate when to change gear and Ferrari’s now-familiar Mannetino drive mode selector nestled among the various controls on the wheel.

An in-house design team headed up by Flavio Manzoni handled styling for the Ferrari LaFerrari. Inspiration was gathered from the engineering team to ensure a form that reflected the functional elements of the car, as well as taking inspiration from various Ferrari racecars from over the years.

Performance

LaFerrari’s 6.3-litre V12 hybrid power plant produces 950hp (788hp at 6750rpm from the V12 and 160hp courtesy of the electric motor, which delivers the power to the differential). The car’s dry weight is a meagre 1255kg, and on a charge 0-60 is dispatched in under three seconds. Top speed is rated by Ferrari as somewhere north of 217mph.

Figures only tell a part of the story with this car, with the sensations and usability involved in that performance having been prioritised by Ferrari during the car’s development. Despite its obvious track potential the LaFerrari is reputedly fairly comfortable and compliant on the road. Ambling about town, the car’s double clutch automatic gearbox takes the onus of shifting away from the driver, while a surprisingly supple ride cossets the driver, despite the perceived harshness often brought on in vehicles fitted with carbon fibre tubs.

Get it to a track, however, and the LaFerrari will do its thing better than almost any other road car on the planet. Those who questioned the addition of the hybrid powertrain may be surprised to find out its fitment is mainly to help out on the racetrack – with lowered emissions just a byproduct of that.

The HY-KERS system ensures on-demand torque across the rev range, improving throttle response for the driver and making chasing that 9250rpm redline even more addictive.

Ride & Handling

Performance and track capability are almost a given in a car of this caliber, and those the LaFerrari has in cartfuls. Its really surprising party piece are its manners on the road.

Ferrari wanted the car to be usable on the road and its automatic gearbox is sedate and easy to live with around town as these systems go, according to reviews of this scarlet missile.

Visibility is good around the front three-quarters, while the ride quality is as good as you can expect in a hypercar with seats bolted directly to a super-stiff carbon fibre chassis.

Take things up a notch and the LaFerrari provides an involving experience, with the active aero and stability control system working in tandem to flatter the driver. Steering response is smooth and communicative; giving an enjoyable response on the road that also translates well to track driving. Many of the videos we have brought together include footage of LaFerraris in acrobatic tail slides, which the system allows to flourish – to a point.

On track, the LaFerrari impresses further with the full fury of the V12 and HY-KERS systems available to be exploited in a chassis that is more than up to the task. Gearshifts are reputedly so quick as to almost be seamless, and the balance of the package allows the car to simply erupt along straights and flow through corners.

Prices & Specs

If you’re looking for a LaFerrari, it will have to be used as the limited run of 499 hardtops and 210 Aperta open-tops all sold out, despite an initial asking price of around $1,420,000 for the coupe and no official price confirmed for the convertible.

Thanks to the exclusivity of this “ultimate Ferrari” prices have quickly skyrocketed to hilarious levels on the auction circuit, so if considering one then deep pockets and a chequebook long enough to fit at least six zeroes and a digit or two in front are a must.

Ferrari auctioned off the final “new” examples of the Aperta and coupe LaFerrari to benefit charity. The final coupe (car number 500) went for $7 million, in aid of reconstruction in Italy following 2016’s earthquakes.

More recently, the last of the run (210th) Aperta convertible broke records when it went under the hammer at RM Sotheby’s, fetching almost $10 million, with the proceeds of the sale going to Save the Children.

Ferrari LaFerrari Performance & Specs >
< Back To The Beginning

Electric Lamborghini? Maybe Next Time

So just when we thought we’d have a competitor to the Tesla Model S, we get terrible news. Auto News reports that Lamborghini has no plans to go full electric because battery technology today can’t provide the power that Lamborghini customers expect. Maurizio Reggiani, Director Research and Development, says,

“Our target is to deliver a super sports car, and these specifications don’t exist with a battery package in terms of energy and power”

Right now, Lamborghini is waiting on vast improvements in electric technology before going down the path of producing a full-electric supercar. The hard part is that roaring V10 and V12s provide something that electric cars don’t: sound which can convert to a supercar’s ‘soul’.

Is this nonsense or do you feel that a supercar should emote something to the driver to be connected? Is brute force enough to provide that emotion?

Let us know!