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‘Everyday Supercar’: A New Corvette Puts a Target on Ferrari’s Back

The $60,000 Stingray pushes its engine to the middle and expectations through the roof.

The new Corvette Stingray is racking up rapturous reviews and dominating industry awards.

From its dream-car debut in 1953 at the Motorama show at the Waldorf-Astoria hotel, the Chevrolet Corvette has kept its engine up front, where sports-car tradition says it belongs.

But with sales of many fast, fun cars on the wane — blame the rise of dully practical S.U.V.s, an aging boomer audience or a declining car culture — the Corvette’s creators saw the need for a radical about-face. The 2020 Corvette Stingray has moved its engine behind the driver and passenger, adopting the physics-approved layout that brought Ferdinand Porsche his first racing successes in the 1930s. Today, this approach is associated with money-torching supercars from Ferrari, Lamborghini and McLaren.

The long-awaited “mid-engine” Corvette easily outruns its formidable predecessor, as I learned during a time-warping desert drive near Tortilla Flat, Ariz. The eighth-generation “C8” Corvette is earning rapturous reviews and dominating industry awards, as a car that can take on European exotics that cost $200,000 and more, but at a $59,995 base price that reads like a misprint.

“It’s certainly a great moment in the car business,” said Eddie Alterman, chief brand officer for Hearst Autos and a former editor in chief of Car and Driver. “It’s nothing less than the democratization of the supercar.”

At General Motors, that democratization includes a virtual decree that Chevy’s relatively blue-collar baby generate vastly more sales than, say, its Porsche 911 nemesis, enough to earn its keep in profits. Yet sales of sports cars and muscle cars have plunged by nearly half since 2000, on track for just 230,000 this year, according to analysts at Motor Intelligence. A reborn Toyota Supra, despite huge fanfare, has found a lukewarm 500 buyers a month since its summer debut, fewer than one-quarter of the expected 25,000 to 30,000 first-year sales of the Corvette.

At Porsche, a single sport utility vehicle, the Macan, finds more buyers than all the brand’s sports cars and Panamera sedans combined. Unsurprisingly, the world’s speed merchants, including Lamborghini, Bentley and Jaguar, have developed S.U.V.s into their best-sellers around the world, with entries from Aston Martin and Ferrari on the way. Some of those companies had vowed to never sully their names with a sport utility. Never mind.

Into this minefield steps Tadge Juechter. As just the fourth chief engineer in the Corvette’s fabled 67-year history, Mr. Juechter holds one of the most scrutinized positions in the American industry, his every utterance parsed for clues to the ’Vette’s future.

The previous-generation Corvette, the first to wear the Stingray badge since 1968, also generated robust sales beginning in 2014. Yet Mr. Juechter and his team saw a car nearing its end, both in technical terms and its ability to win new buyers.

“We saw an aging demographic, the same faces at Corvette events year after year,” he said.

That honking, 6.2-liter V8 up front had become an Achilles’ heel. The Corvette’s top-shelf, $121,000 ZR1 edition was already pumping out 755 horsepower, keeping pace in an unprecedented industry horsepower war. Moving the engine aftward — shifting critical weight over driven rear wheels — became the only way to apply such monstrous force to the pavement while improving traction and stability.

The move risked alienating the Corvette’s tradition-loving buyer base. At a design clinic for owners of various sports cars, Mr. Juechter discovered that current customers were split roughly 50-50 on the mid-engine switch. But among supercar owners that Chevy hoped to conquer, 90 percent favored it.

“We had to go for it,” Mr. Juechter said. “We did it purely for physics rules, but the byproduct was that it would also appeal to a new generation. We try to respect the past, but not be stuck in the past.”

G.M. had teased the faithful for decades, experimenting with a midmounted layout in a series of fanciful prototypes, beginning with the CERV 1 (for Chevrolet Engineering Research Vehicle) in 1959. Finally, for the 2020 model year, the near-mythical mid-engine Corvette is here, including the coupe’s Ferrari-esque view of its V8, provocatively exposed below a glass cover.

The public’s first glimpse of the car, in April, supported the Corvette engineering team’s confidence. Mr. Juechter drove a prototype, its body work disguised by a black-and-white pattern, through a bustling Times Square, with Mary Barra, the G.M. chief, riding shotgun. Rolling, windows down, Mr. Juechter heard younger voices yelling, “Mid-engine Corvette!”

“We imprinted on young people a super passion for this car,” he said. “Our job is to push that, that every drive can be a joy, an adventure.”

Dodging Times Square tourists and Ubers in a 495-horsepower, roughly 190-m.p.h. sports car is one form of adventure. But in my Arizona test, including roller-coaster desert curves, this new model combined moonshot acceleration, handling, tech and versatility like no rival remotely near its price. That includes a 2.8-second catapult to 60 miles an hour, on a par with a $250,000 Ferrari 488 GTB; a sharply improved, jet-fighter-inspired cockpit; and a GPS-based video data system that records street or track drives, overlays them with animated telemetry readouts and lets drivers analyze their performance with racing software.

The Corvette is notably aerodynamic, and gets solid mileage.
New sports cars are safe and approachable for amateurs, yet still rewarding for skilled pilots.

“It doesn’t have the operatic Sturm und Drang of a Ferrari or Lamborghini, but it really is an everyday supercar,” Mr. Alterman said.

Fuel economy is surprisingly decent, roughly 26 to 28 miles per gallon at a steady highway cruise. The Corvette is notably aerodynamic, and can deactivate half its cylinders to save fuel. The latest driver-adjustable magnetic suspension, a G.M.-first technology now adopted by several European exotics, lets the ’Vette drive as smoothly as some luxury cars in its Touring mode, despite the sleeping-bear V8 just over your shoulder.

“It couldn’t be just a weekend toy,” Mr. Juechter said. “A lot of people use this as their only car.”

Perhaps because do-it-all S.U.V.s are strong-arming sales — and definitely because today’s fans won’t put up with punishing rides or dodgy reliability — the worldwide trend is all about more practical sports cars that are safe and approachable for amateurs, yet still rewarding for skilled pilots.

Many mid-engine exotics lack a trunk, because the engine hogs the space. Yet Corvette designers made room for a trunk that can fit two golf bags, in addition to the Porsche-style “frunk” up front where the engine used to go.

Even the carefree convertible model doesn’t neglect its chores, with an ingenious powered soft-top that tucks away without stealing an inch of luggage space. Welcome practicality does bring a visual downside: The wide, chunky rear deck makes the ’Vette a bit back heavy.

Proper fits aside, wishful fans didn’t find a little red-ribboned Corvette under their Christmas tree: A now-settled G.M. strike has delayed production until February. For Chevy’s pampered halo car, only about 12 units each hour will roll off the production line in Bowling Green, Ky., down the road from the National Corvette Museum.

In anticipation of huge demand, more than 400 workers have been hired to fill a second daily shift, including employees laid off from Chevy’s closed plant in Lordstown, Ohio. (G.M. plans to open a new battery plant there, part of a $2.3 billion joint venture with LG Chem of South Korea.)

Mr. Juechter is confident that Chevrolet can sell every Corvette it can build, for now. The real test comes after the initial frenzy subsides. Mr. Alterman points to an increasingly short, roughly 18-month shelf life for such high-profile performers, with fickle buyers and collectors always in pursuit of the hot new thing. He sees the Corvette borrowing from Porsche’s ultra-profitable playbook, keeping the lineup fresh with myriad styles, performance upgrades and personalization options.

Though Mr. Juechter wouldn’t comment on future models, the cottage industry of Corvette rumors cites development of a hybrid ’Vette with up to 900 horsepower.

The dominance of S.U.V.s and the momentous shift to electrics has automakers playing offense.

Aside from an industry explosion of superpowered sport utilities, Ford ignited a controversy when it unveiled a Tesla-baiting electric S.U.V. and called it the Mustang Mach E. The traditional Mustang is enjoying its own golden age of performance, including a bonkers Shelby GT500 with 760 horsepower and an affordable four-cylinder model that gets 32 m.p.g. on the highway. Yet Mustang sales continue to tumble.

And while traditionalists are crying foul over the Mustang Mach E — first S.U.V.s stole customers, now they’re stealing legendary names — Mr. Alterman suggests that this heresy won’t be the last. A five-seat, Corvette-branded S.U.V. could be the most “everyday supercar” of all.

“You’ve got that sub-brand of the Mustang that’s so evocative,” he said, “so why not draw on it? There’s an opportunity for Chevy to do the same thing.”

Original Source Lawrence Ulrich; NY Times

Garcia: “Big Steps” to Come With Corvette C8.R at Roar

Corvette Racing drivers on anticipation of Roar Before Rolex 24 with new mid-engined C8.R…

Antonio Garcia believes there will be “big steps” to come in the Chevrolet Corvette C8.R’s development as the new-for-2020 mid-engined GT Le Mans class contender makes its public debut in this weekend’s Roar Before the Rolex 24.

The Pratt & Miller-built Corvette, along with Porsche’s 2019-spec 911 RSR, are the two all-new GTE-spec cars set for their first official competitive outings in IMSA WeatherTech SportsCar Championship competition during the three-day mandatory test.

While having already completed private testing at the 3.56-mile oval/road course, Garcia believe every lap will matter in their plan for the weekend.

“There is a lot to discover and develop,” Garcia said. “Usually your starting point is better than what you previously had.

“But this is completely different. We are still in the early stages with this new Corvette.

“There will be big steps for sure.

“I don’t know when we will get to the point where we will start making little steps. We need to run this car and we need to race it to find out where we are against our competition.

“We are concentrating on our own work. Whenever it becomes race time, we will know where we actually are.”

Garcia’s new full-season co-driver Jordan Taylor said they won’t necessarily be concerned about pace at the Roar, which will also set the pit lane and garage allocations through a qualifying session on Sunday morning.

The 28-year-old, who makes the switch from his family’s Wayne Taylor Racing operation, said little things, such as driver changes, will be a focal point as well once they achieve the targeted baseline.

“As many laps as we can get at the Roar and going through the program, getting all the drivers on the same page from a setup point of view and then the little things like pit stops and driver changes will be different than what we’ve had in the past,” he said.

“The car is a little more tricky to get in and out.

“Understanding that muscle memory of the process of getting in and out, where the seatbelts go, where the drinks bottle is, where the air hose goes… those little details that we haven’t refined that were refined with the C7.R are things that will show up in a 24-hour event, so those are things we will need to check off the list at the Roar.”

Gavin: “Very Structured” Plan for Weekend

Team veteran Oliver Gavin, who returns to the No. 4 entry alongside Tommy Milner, said that coming away with achieving 60 or 70 percent of their list will be considered a “big win” over the weekend.

“The team is going to have a very structured plan,” Gavin said. “And that’s one of the things that’s so good about Corvette Racing. We plan our time and fundamentally understand what all we have to work through and the list of things we need to achieve.

“The third drivers will need time in the car. We’ll all have to work through that program and procedure as best we can.

“Certainly we’ll learn a huge amount every time we go on track just with how certain tires work, how the braking package works, the aero setup, weight placement… all kinds of different thoughts that the team will look to work through.

“We know that of that list of 50 things we want to try and achieve, the chances are that if we can come away with 60 or 70 percent of that done, it’s a pretty big win.”

Original Source; John Dagys. Sportscar365

Silver No. 4 completes Corvette C8.R unveiling

Corvette Racing; Corvette C8.R test; Daytona International Speedway in Daytona Beach, Florida; November 19-20, 2019 (Richard Prince/Chevrolet Photo)

Corvette Racing completed the unveiling of its brand-new C8.Rs with the predominantly silver No. 4 entry shown in private testing at Daytona International Speedway. The yellow No. 3 driven by Antonio Garcia, Jordan Taylor, and Nicky Catsburg was revealed last week.

The mid-engine halo car from General Motors replaces the ultra-successful front-engine C7.R and its many predecessors, which delivered victories at the Rolex 24 At Daytona, Mobil 1 Twelve hours of Sebring, 24 Hours of Le Mans, and numerous championships for the factory team based in Michigan.

The No. 4 will rely upon team veterans Oliver Gavin and Tommy Milner as its full-time drivers and Marcel Fässler, who slots in for the Michelin Endurance cup rounds.

Both C8.Rs return to Daytona for IMSA’s official Roar Before The 24 test, which runs from Friday through Sunday.

Marshall Pruett; Racer

Electric Corvette breaks top speed record at 211.8 mph (340.85 km/h)

Genovation broke its own record with its all-electric Corvette supercar by achieving a top speed of 211.8 mph (340.85 km/h).

At this point, we have been reporting on Maryland-based custom carmaker Genovation’s effort to bring an all-electric Corvette to market for years now.

They were supposed to launch their car, which they call the Genovation GXE, in 2018, but they are now talking about 2020 deliveries.

In the meantime, they have been breaking electric top speed records with their prototype.

In 2016, their modified battery-powered Z06 Corvette reached a record-breaking speed of 205.6 mph.

A year later, they broke their own record with a new top speed of 209 mph.

They have kept working on their prototype, and they now announced that they have achieved a new record top speed of 211.8 mph (340.85 km/h):

Andrew Saul, CEO of Genovation Cars, commented on the new achievement:

Andrew Saul, CEO of Genovation Cars, commented on the new achievement:

During the December test, we broke our previous speed record that was set in September of this same year. That earlier record run was hampered by strong crosswinds, so we were confident that under better weather conditions we could improve upon that result.

He added:

We are thrilled to be the only electric car manufacturer to not only test our vehicle’s record-breaking capabilities, but to validate and achieve this milestone not once, not twice, but three times. Based on the early analysis of the data generated from the new record, we’re confident that we can gain efficiencies which will result in further top end speeds.

The vehicle is equipped with a seven-speed manual transmission (optional paddle shifting eight-speed automatic), which can definitely help reach higher top speeds than single-speed vehicles, like most EVs available today.

However, when it comes to the range, the Genovation GXE is limited to what the company refers to as “more than 175 miles on a full battery charge.”

Original Source: Fred Lambert; Electrek

2020 Chevrolet Corvette C8 Nurburgring Lap Time Is 7:28.30: Report

There’s plenty of video evidence of the 2020 Chevrolet Corvette C8’s presence at the Nürburgring, so it’s no surprise that that at least one of the C8’s numerous laps was a timed, balls-to-the-wall affair. Surprisingly, Chevy never revealed any lap times from any of the mid-engined car’s track sessions, but now there’s a report claiming that a lap time is pretty much on par with that set by a Lamborghini Huracan LP610-4.

According to Muscle Cars & Trucks, the C8 set a lap of the Nürburgring in 7:28.3. The aforementioned Lamborghini recorded a lap of 7:28 flat when tested by Germany’s Sport Auto, and over the course of a 12.9-mile, 154-corner lap, that’s well within the margin of driver error.

One has to be slightly skeptical of this claimed time, and not just because MC&T doesn’t disclose the source of its information—although the site has proven to be right in multiple claims surrounding GM products this year. The C8’s time is only some 11 seconds quicker than that set by a C7 Z51 in poor conditions, and with the gains made to the Corvette’s transmission and 6.2-liter V-8 in the C8 generation, it feels like that margin should be much bigger. Admittedly, almost everyone who has driven the C8 near its limits so far seems to say that the car’s suspension setup is a work in progress and that there’s a ton of untapped potential in the chassis. This means that quicker times may yet be possible even without increasing the Corvette’s power output.

But since the C8 is at least semi-believably as quick around the ‘Ring as an entry-level Lamborghini, we can only fantasize about what times the faster, seemingly inevitable Z06 and ZR1 will achieve. We know that one of the two will drop the cam-in-block, cross-plane crank 6.2 for a C8.R-derived V-8 with a lightweight flat-plane crank and dual overhead camshafts, which will offer greater horsepower per liter—and potentially a broader rev range.

This engine is rumored to make as much as 600 horsepower and 620 pound-feet of torque, though there’s no telling whether it’ll arrive on the scene for the Z06 or the ZR1 (or its equivalent), which will reportedly gain an electrified front axle and twin turbochargers for a total output of 900 horsepower. The mere concept of a Corvette with McLaren P1-level performance is enough to make anyone wave the Stars & Stripes.

The Drive contacted General Motors for a statement on the C8’s alleged lap time, and we will update when we receive comment.

Source; James Gilboy- The Drive

Why the C8 Corvette Stingray Is So Quick

The mid-engine Corvette hits 60 mph in 2.8 seconds. Here’s how.

We could forever debate the philosophical implications of the Chevrolet Corvette’s switch to a mid-engine layout, but when it comes to physics, the repercussions are clear: moving the Corvette’s heaviest component behind the driver has a dramatic effect on the car’s ability to accelerate.

The Z51-package C8 and the outgoing Z51 C7 have similar weight-to-power ratios, yet the new car can sprint to 60 mph almost a second sooner. To understand why, you have to remember that a tire’s grip is related to the mass it carries. To maximize a powerful car’s ability to accelerate, you want weight over the driven wheels—but only enough so that the car can put its power to ground. Once you’ve accelerated and upshifted to a speed where traction isn’t a concern, weight is acceleration’s enemy. The trick to making a powerful car quick, then, isn’t to make it heavy. It’s to manage where the weight lies.

The front-engine, rear-drive C7 had a front-to-rear weight distribution of 49/51 percent—roughly 1750 pounds on its rear tires when the car wasn’t moving. The mid-engine, rear-drive C8 carries less of its mass on the nose—there are 2210 pounds on the rear tires when stationary. That’s 460 pounds more, which means considerably more available traction at the rear wheels.

Because weight shifts rearward under acceleration, that figure only improves as the car gains speed. To take advantage of this additional traction, Corvette engineers fulfilled their God-given purpose: they sent more torque to the rear wheels. Compared with the automatic-transmission C7, the C8’s first gear is a massive 21 percent shorter—the new car’s rear wheels experience a torque increase of more than 20 percent from that change alone. When you factor in the 10 lb-ft bump from the new V-8, the LT2, the C8’s rear wheels receive an additional 1350 lb-ft. No wonder the new Corvette wears 305-section rear rubber in place of the C7’s 285s.

Those gearing changes alone would account for almost half of the C8’s amazing 0-to-60 gap over the old car—a 1.0-second advantage. The rest, of course, is a function of the available traction at the rear tires, the LT2’s 35 additional horsepower, and finally, the dual-clutch transmission. Which can both shift without interrupting power delivery and perform a perfectly violent launch-control clutch dump.

And violent it is. The C8’s peak acceleration is just over 1.0 g, occurring almost a second after launch. That figure dwarfs the C7’s 0.7-g peak. And in case you’re wondering, at those respective peaks, the C8’s rear tires are under 2900 pounds of load, and the C7’s carry only 2150. The same dynamic weight distribution affects braking. Additional weight on the rear of a C7 would even out braking performance—under 1.0 g of deceleration, the car’s front wheels carry 66 percent of the car’s total mass, while the C8’s deal with just 57 percent. This means the braking components up front can be made smaller, and indeed they were. Front rotors shrank from 13.6 to 13.3 inches, and the rears grew, from 13.3 inches to 13.8.

Braking distances didn’t really change relative to the C7, but the C8’s switch to a brake-by-wire setup (there is no direct, physical connection between brake pedal and hydraulic system) carries a number of advantages. GM says the change allows for the deletion of the traditional brake booster and vacuum pump, moves that give more front-trunk space and better sightlines.

Those are certainly benefits, but they’re unlikely to be the real reason for the switch. Consider the by-wire system a tacit admission of a forthcoming hybrid Corvette. (Hybrids and most electric vehicles use blended brake systems that can continually shift braking duties between electric regenerative braking and the conventional friction brakes. The drawback is inconsistent and unusual pedal feel. A by-wire pedal eliminates this.)

Once we start thinking about a hybrid Corvette, the mid-engine layout really starts to pay dividends. Namely, the possible installation of electric motors on the front wheels, to provide all-wheel drive. Another traction path that would not have been possible with a front-mounted engine.

Finally, the mid-engine car’s added rear traction will be a huge benefit to the inevitable high-output internal-combustion variants. Like our C8 test car, the base C7 easily put its power to the ground. Only the supercharged Z06 and ZR1 models had trouble—and the next ones will have less. Add in electric all-wheel drive with torque vectoring across the front axle and it’s clear why the Corvette switched to a mid- engine layout.

Hang tight, my little puppy dogs, because this is going to be one hell of a thrill ride.

MISSING THE MANUAL

There’s only one reason to celebrate the death of the manual transmission in the Corvette: the C7’s seven-speed was geared so long that it sapped the punch out of holeshots. Able to achieve more than 50 mph in first (56 mph on C7s without the Z51 package), the front-engine car’s off-the-line acceleration wasn’t nearly as brisk as its mid-engine successor’s. First gear in the C8’s twin-clutch automatic multiplies torque by an extra 50 percent compared with the old manual—in fact, second is almost as long as the manual’s first. Gearing a manual C8 with ratios similar to those of the dual-clutch would slow the 0–60 sprint by the time it takes to make the two shifts between a standstill and 60. The delta would likely be about half a second.

I don’t know about you, but I’d be fine with a manual-transmission C8 capable of 3.2 to 60. On second thought, there’s no reason to celebrate the death of the Corvette’s manual transmission. Now get off my lawn.

Source; Jason Cammisa- RoadandTrack

Chevy Corvette C8 vs. Ford Mustang Shelby GT500: A Track Comparison

Forget Mustang vs. Camaro. Ford’s Shelby GT500 is ready to challenge Chevrolet’s flagship C8

Mustang vs. Corvette? Go ahead, pinch your thumb and index finger to the bridge of your nose, squint your eyes, and blink hard. When you look again, the words on the page won’t have changed.

Rarely has MotorTrend conducted (or concocted) such a bold comparison. But it’s a mad, mad new world we’re in now. Forget the Blue Oval’s sacrosanct rivalry with Camaro, which had always left the Corvette to chase the elusive, pricier Porsche 911.

Oh sure, the base pony car models will still compete, same as always. But the top-end Mustang GT500 is so excellent it deserves higher-octane competition. The final piece of evidence: The Mustang Shelby GT500 costs more than Chevrolet’s new mid-engine Corvette supercar when similarly equipped. Game on.

The C8 Corvette and Shelby GT500 have stirred up more buzz than anything else that’s come from the Motor City in recent memory. After decades of teases and concepts, the ‘Vette finally slides the engine back in the chassis to join the transaxle aft of the driver’s derriere. And after the extremely successful Shelby GT350, which finished a sharply creased second place in our 2019’s Best Driver’s Car, Ford brought in even heavier artillery with a load more horsepower and torque.

These two contenders offer different kinds of appeal, both inspiring great desire in the high-performance enthusiast world. Both offer capabilities that measure well against far pricier foreigners, without the kind of sacrifices that used to come with the label “Made in America.” Gone (mostly) are the long-muttered utterances about cheap features and fixtures, crude handling, and lack of refinement.

Of course, when you look inside these two cars, there’s an immediate difference. The Corvette is an American interpretation of a mid-six-figure European supercar; the Shelby has nearly the same interior as that rental Mustang convertible at the Hertz counter at LAX—albeit with better seats and some minor brightwork tacked on to disguise its cheesy rotary shift knob and plasticky switchgear. Ford’s interior guys still have some work to do before they can declare their Shelby variants to be world-class premium.

But this is not a comparison test for value shoppers who peruse our Buyer’s Guide, niggling over inches of legroom and warranty coverage.

This is a track test—the literal interpretation of where the rubber meets the road.

The C8 Corvette has come of age—finally, I might add—with a style and behavior that bring to mind a word like “sophistication.” The Corvette’s new shape will sit well with the German and Italian exotica in the valet lot at the country club.

The Shelby GT500 comes from another, more purely American place, the pony car. But since the arrival of the S550 chassis in 2015, the muscular Mustang and its more powerful derivatives have risen above the hot rods of yore, to compare well with European icons.

The ‘Vette excels with exotic appearance, precise and agile handling, and balanced power with a nice rush of strong, smooth, jetlike urge. The Muscle-tang crushes like a bodybuilder with brains. Its huge forward forces do not overwhelm its chassis, as in many of the beloved classics we’ve known before.

The C8 Stingray carries a lithe, striking new shape that will grab attention from a block away. Its lines do a terrific job of conveying more of a sense of value and beauty, yet it’s still imbued with a half-century-plus of genetic identifiers. I predict this car will generate more than a few “Oh, wow!” reactions from the public long after it has gone on sale.

The Mustang is a beefed-up beast with bulging biceps, based on our well-known sporty coupe. It will light up the pony car crowd, certainly. But among the elites, the Shelby’s familiar muscle-bound shape may still result in upturned noses, window-rattling V-8 rumble or not. Where the Mustang scores more points in this contest is in its competence in motion.

At speed, the ‘Vette’s strongest dynamic assets are described in a list of two: first, low polar moment, and second, forward traction. Chevy engineers have created a machine that benefits in exactly the ways it should: more centralized mass and the resulting rearward weight bias.

The Corvette has long been the bad boy of the racetrack, the Bart Simpson of supercars: rude, loud, cheap, unpredictable, and hard to handle, but fast and fun in its own brash way. Now, the Corvette has finally grown up. The C8 Corvette is more sophisticated, capable, and mature.

When the majority of the weight in a chassis is nearer the center of gravity, the car will change direction more eagerly. Formerly carried way up front under those arching fenders, the big engine actually resisted the steering tires as they tried to pull that hunk of metal around to face the apex of a turn. The amidships engine makes the steering feel responsive, more direct, and more precise. It’s less work. The new ‘Vette slices its way into a bend in a most delightful way.

Too much, sometimes—and this is the tricky part of the setup. Quick response can overwork the rear tires and create oversteer. In several high-speed tests, and again here at Virginia International Raceway, we have found some of that in the C8’s track personality. It really will point to the apex entering a corner and sometimes overdo it and end up sideways, with the widely adjustable stability control switch fully off (thank you for providing us with that choice, Chevy).

But when you apply your American V-8 torque, then you find the greatest improvement in driving the American Sports Car: It puts ponies to pavement. The C8 hooks up. Chevy has taken advantage of placing the engine over the rear wheels, and that loading successfully creates forward thrust far better than any Corvette before. The new ‘Vette launches hard from a slow corner or a stoplight/dragstrip. Check out that 0-60 time, beating cars with far higher power ratings and even some with all-wheel drive. That, my friends, is traction.

In fact, the ‘Vette transfers weight rearward so well that it sometimes goes into another kind of slide: understeer. The front loses grip a bit prematurely as a result of the light front loads. What to do? Is it bad? No, but this is a brand-new baby, and there’s still something to be learned. We believe we will see the C8 Corvette improve further as the Chevy team learns more about this all-new mid-engine phenomenon.

In street-tuned mode dashing around VIR, the ‘Vette revealed deliciously instant steering response. It was quick and stable as I carved into a corner, and it revealed snappy trailing-throttle oversteer when I released the brake. Both are clearly influences of the mid-engine low polar moment.

As I accelerated off slow corners, like VIR’s Oak Tree, the C8’s ground-gripping traction rockets the car forward, and it remains well balanced even though it feels like it might wheelie. I found a consistent gradual side slip in third and fourth gears exiting faster sweepers. The C8 has more power oversteer at 80 mph than it does at 40, which is unusual.

The new Corvette’s braking was strong and stable with moderate nose dive. There was some isolation, if not the degree of e-pedal numbness I feared, and the brakes were cooled with some really nice Z51 brake ducts. Last, there was no more float, better suspension damping, but not harsh.

Crawling under the hood, we then adjusted the C8’s suspension to its track settings—which simply comes down to much more negative camber, front and rear. When added to the 8 degrees of caster (the same in Street or Track mode), the Corvette creates camber gain when the wheels are turned, which is especially good for tight turns, and a strong self-centering force for stability and good on-center feel.

High caster will also cross-weight a chassis because the outside wheel swings in an arc upward as the inside wheel swings down. These will both typically work to reduce the understeer that we squawked about in earlier tests.

The effect of the added camber was much improved grip everywhere, reducing but not eliminating traits of midcorner understeer and drop-throttle oversteer and raising speeds with better manners. The basic traits of midcorner understeer and trailing-throttle oversteer were still there, just not as much.

In Track setup, the Corvette’s lap times improved by 2 to 3 seconds with less falloff and better grip on a long run. Tying this all together was an eight-speed dual-clutch transmission that worked quite well at full chat, completing the performance of a much improved product. Far more than deserving of the title, this fresh offering is a 21st century new chapter, with more room to improve. One step back with the engine is a giant leap forward for the Stingray.

The GT500, on the other hand, has sprung from the loins of another highly regarded thoroughbred, the GT350. As such it comes from a known source that has been developed for years. It shows on track, especially.

Whereas the C8 is precise, the GT500 hoons. Toss it around. Grab it by the scruff of the neck. This pony encourages aggression. Its version of refinement manifests in confidence for the driver. And the GT500 works in both standard and Carbon Fiber Track Pack form. It is beautifully balanced on track. The steering stays alive all the way through a corner. Quick turn-ins show no evil twitches. Pouring on the ponies rockets it down the straights, and slides come slow and controllably. Within reason.

There’s that word again: reason. Use it when you squeeze down the Shelby’s accelerator. The supercharged cross-plane Coyote-based V-8 clearly makes all of its advertised 760 horsepower. This is another step into the Brave New World of high technology, and overeagerness with that gas pedal will be rewarded with jail and/or hospital time.

Every one of those ponies made themselves known as the Mustang devoured the long back straight at VIR, touching nearly  170 mph, lap after lap. No power fade here, unlike some other American blown V-8s making similar numbers.

The Coyote belts out a stirring bellow or calms to quiet as a mouse with just a switch of the electronic valves in the dual exhaust, allowing you to decide whether to wake the neighbors.

All that thrust goes through a new Tremec dual-clutch seven-speed that exhibited fine behavior on the street and flat out. Manual shifting during a hot lap is just a distraction, and the GT500’s auto mode rivals Porsche’s PDK (yes, really) and does everything I would do, anyway. It even had the savvy to hold a higher gear in places rather than constantly throw out raucous downshifts.

On straights, there’s a rewarding “over-torque” feature that gives a little extra shove on each shift, like a manual power shift. Yet in corners, I felt the Tremec smooth those out. Impressive. The track program is really dialed in. The Ford team should be proud.

This thrust twists a trick carbon-fiber driveshaft into a Torsen gear-type limited-slip differential—a good choice for a front-engine chassis because it doesn’t lock up much off power. This helps get the GT500 pointed into the turn, and it’s also a non-wear item, unlike the clutch-type diffs.

If the driver remains very responsible with the right pedal, the Shelby is responsive and stable. The MagneRide shock system soaked up the curbs and bumps, but it floated a bit under the loads of pro speeds. Happily, though, when the PS4S tires did break loose, it was mostly a gradual, even enjoyable experience. The GT500 has that magic combination of steering response at the limit: the ability to tighten its line while loaded laterally in the middle of a corner, without losing grip at the back.

The Shelby handles this great grunt very well—even with its traction/stability control fully disengaged. (I don’t recommend this unless you’ve completed several professional driving schools, one of which Ford offers with the purchase of a GT500, or have won Daytona at least once.) It’s an incredible thrill, breathtaking, to lay the pedal to the metal. But it requires skill to handle that thrill.

Stopping this rig were perhaps the largest rotors (16.5 inches) and Brembo calipers I’ve yet to experience. Although the big Shelby could dive deep, deep into the tight corners VIR presents at the culmination of its long straights, it was here I could find my only real complaint: a bit of a long brake pedal, which was a little disconcerting at 170 mph. No fade but some squish. They even bled the brakes for me, yet both test Shelbys felt spongy. This was surprising because I recall complaining that the GT350’s brakes were too strong, requiring only a big toe. Perfect would be somewhere in between

The incredible performance capability of the new Shelby (especially with the Carbon Fiber Track package) moves the Mustang into the supercar realm, it pleases me to claim. Both Shelby models provide such thrills that they represent good value even at these prices—driving with confidence-inspiring and consistent speed that is rare to find at any price.

So, to the numbers: Lap times for the C8 Z51 and the standard GT500 were quite comparable, though achieved in different ways. The Shelby evaporates the straights; the C8 carves the corners.

The Shelby carries the load of your family, so in spite of its fantastic, predictable balance, the Corvette can leave it in the twisties, driven precisely.

Once we tried the GT500 equipped with the Carbon Fiber Track package, however, it was all over for the street ‘Vette. The CFTP Shelby is magic on the racetrack, wearing R-compound Sport Cup 2s, carbon wheels, lower and firmer springs/bars/shocks, a proper wing and hell-yes-they-work aero fitments, and much more. Fire it up, and the Shelby is long gone in a blaze of glory.

So here’s the greatest difference between these fantastical motorcars. Shelby: raging, proficient power. C8 Corvette: precision, potential, and style. The price, similar. The choice, yours. The pleasure, ecstatic.

Source; Randy Pobst: MotorTrend

This Corvette achieved supercar-rivaling speed without a single drop of gasoline

Several companies are developing electric supercars but, for now, the fastest one of all is a modified Corvette.

Maryland-based Genovation Cars built an electric Corvette called the GXE, and that car just hit 211.8 mph at the Kennedy Space Center in Florida. That’s the same as a Ferrari SF90 Stradale. Genovation claims that is also a world record for a street legal electric supercar, but the company was competing against itself. The GXE set the previous record of 210.2 in September 2019.

The GXE boasts 800 horsepower, which is 45 hp more than the 2019 Corvette ZR1 — the most powerful production Corvette ever. The GXE is also based on the same C7-generation Corvette platform as the ZR1, rather than the mid-engined Corvette C8. However, the GXE is a hair shy of the ZR1’s 212-mph top speed — for now, at least. Genovation claims the electric car is capable of more than 220 mph. It will need that kind of speed to beat an upcoming crop of electric supercars.

Croatian firm Rimac claims its Concept Two will reach 258 mph, while the Japanese Aspark Owl boasts a claimed top speed of 248 mph. Running prototypes of both cars exist, but no customer cars have been built, and their manufacturers’ top-speed claims have not been independently verified. The second-generation Tesla Roadster has a claimed top speed of 250 mph, but the car hasn’t gone into production yet. The same goes for the Lotus Evija, which will surpass 200 mph, according to its maker.

The Bugatti Chiron remains the fastest car in the world, having achieved 304 mph in August 2019. A handful of other automakers are eyeing the 300-mph barrier, but with gasoline rather than electric power. While electric motors can produce absurd amounts of horsepower (of the cars listed above, the GXE is the least powerful), heavy battery packs put electric cars at a disadvantage when it comes to weight.

The GXE isn’t exactly a stripped-down track car, either. It comes with adaptive suspension, a 10-speaker JBL audio system, and 10.4-inch central touchscreen. Genovation plans to build a limited production run of 75 cars, with the first customer deliveries expected in 2020. The company previously quoted a price of $750,000, which could buy you 12 gasoline-powered 2020 Corvettes.

Source; Digital Trends– Stephen Edelstein

Ro leads USA Skeleton with sixth place finish in Koenigssee’s European Cup

KOENIGSSEE, Germany (Dec. 15, 2019)– Mystique Ro (Nokesville, Va.) finished sixth in the women’s skeleton European Cup race in Koenigssee today as the top U.S. finisher. It was Ro’s career-best European Cup finish, besting her former personal record by three places.

“This has been a trip with a lot of new information flooding in every week,” said Ro, who’s never raced on the European tracks before this season. “It’s been challenging, but fun. Koenigssee has definitely been a track that has tested my confidence. I had some rough training runs, so I watched sleds for six-plus hours a day throughout the week. It was nice to see things click at the end of the trip and to end with a solid personal record.”

Ro has a huge advantage at the start, and she gave herself the lead right off the block today with push times of 5.08 and 5.04 seconds. Both runs of 53.86 and 53.31 seconds were sixth best of each heat. Mystique’s total time of 1:47.17 placed her in sixth.

The European Cup took place in conjunction with the Intercontinental Cup, and Ro said she enjoyed having teammates with her who were also learning the foreign tracks for the first time.

“I’m glad I had the support and encouragement of my teammates as a majority were sliding here for the first time and having similar issues,” Ro said. “Matt (Antoine) has been great at keeping us focused and very encouraged throughout training.”

Ro was ninth yesterday with a combined time of 1:49.11. She clocked starts of 5.13 and 5.06 for runs of 54.96 and 54.15 seconds, respectively.

Kristen Hurley (Columbia, Conn.) just missed yesterday’s top-20 cutoff for the second heat with a run of 56.98 seconds, which placed her in 21st. She moved up four spots today to 17th with a total time of 1:50.43 after clocking runs of 55.67 and 54.76.

British competitor Amelia Coltman claimed gold yesterday in 1:46.21. Germans Josefa Schellmoser and Hanna Staub earned silver and bronze with total times of 1:46.83 and 1:47.42, respectively. Endija Terauda from Latvia was today’s winner in 1:45.78. Luisa Hornung from Germany claimed silver in 1:45.94, while Coltman secured bronze in 1:46.46.

Austin McCrary (Colleyville, Texas) was the sole men’s competitor in Koenigssee. He finished 10th yesterday with a combined time of 1:44.78 and 12th today in 1:43.85. McCrary’s best push time over the two days was 4.99 yesterday, and he posted the sixth-best time of yesterday’s second heat to show his potential on the German track.

Please direct media inquiries to the USABS Marketing and Communications Director Amanda Bird at amanda.bird@usabs.com.

Results

Women’s skeleton race #1
1. Amelia Coltman (GBR) 1:46.21 (53.39, 52.82);
2. Josefa Schellmoser (GER) 1:46.83 (53.47, 53.36);
3. Hanna Staub (GER) 1:47.42 (53.85, 53.57);
9. Mystique Ro (USA) 1:49.11 (54.96, 54.15);
21. Kristen Hurley (USA) (56.98, DNS);

Women’s skeleton race #2
1. Endija Terauda (LAT) 1:45.78 (52.93, 52.85);
2. Luisa Hornung (GER) 1:45.94 (53.27, 52.67);
3. Amelia Coltman (GBR) 1:46.46 (53.46, 53.00);
6. Mystique Ro (USA) 1:47.17 (53.86, 53.31);
17. Kristen Hurley (USA) 1:50.43 (55.67, 54.76);

Men’s skeleton race #1
1. Felix Seibel (GER) 1:43.37 (51.77, 51.60);
2. Lukas David Nydegger (GER) 1:43.45 (51.74, 51.71);
3. Krists Netlaus (LAT) 1:43.71 (51.66, 52.05);
10. Austin McCrary (USA) 1:44.78 (52.68, 52.10);

Men’s skeleton race #2

1. Amedeo Bagnis (ITA) 1:42.35 (50.97, 51.38);
2. Cedric Renner (GER) 1:42.48 (51.35, 51.13);
3. Krists Netlaus (LAT) 1:42.50 (51.44, 51.06);
12. Austin McCrary (USA) 1:43.85 (52.02, 51.83);

About USA Bobsled & Skeleton
USA Bobsled & Skeleton (USABS), based in Lake Placid, N.Y., is the national governing body for the sports of bobsled and skeleton in the United States. USABS would like to thank its sponsors, suppliers and contributors for their support: BMW of North America, Under Armour, Kampgrounds of America, BiPro, Boomerang Carnets, Hudl, Tesa Tape, PVS International, Machintek, deBotech and Carpenter. For more information, please visit the USABS website at www.usabs.com.

2020 Chevy Corvette Widebody Rendering Looks Seriously Sinister

The 2020 Chevy Corvette changed the game for the iconic model by putting the engine behind the passenger compartment for the first time. We’re still months away from the C8 Corvette entering public hands, but that hasn’t stopped HugoSilva Designs from imagining a new Corvette with a downright sinister widebody kit that does little to quell the Corvette’s already busy styling.

The trio of renderings shows a lowered and stanced Corvette with the wheels pushed to the corners and new sheet metal to cover them. At the front, there’s an aggressive lower front fascia that hovers inches above the ground. The new front fenders arch over the big wheels tucked underneath. The design probably increases engine and brake cooling.

At the rear, the tires receive new, wider fenders that enhance the car’s already pronounced hips. There appear to be additional vents at the back of the new fenders, likely aiding in cooling. The lower rear fascia is new, while the bumper has carbon fiber accents. The exhaust tips are unique; however, they do maintain the stock car exhaust’s general shape and design. Then there’s the massive rear wing completes the widebody kit. You can see hints of Lotus in the car’s design from certain angles, too, but it’s only a passing resemblance if you squint.

One aspect of the new Corvette that’s flown under the radar since its debut in July is the aftermarket scene. Tuners and the Corvette go back decades, and they’re not abandoning the mid-engine Corvette just because the engine moved. There will be body kits, intake and exhaust systems, and more for the car when it arrives, allowing customers to customize their ride further or increase its performance.

Right now, the automaker is preparing for the new model’s launch and is seeking new employees to help with it. Production for the Corvette is set to begin in February with customer deliveries following. General Motors missed its self-imposed deadline of beginning production by the end of the year due to the UAW contract strike that lasted six weeks.

Source: HugoSilva Designs via CarScoops