Corvette E-Ray Stuns by Beating Track-Prepped Camaro ZL1 in Drag Showdown
⚡️ Read the full article on Motorious
The newest chapter in Corvette performance history has just been written—by electricity. In a surprising turn of events, the 2024 Chevrolet Corvette E-Ray, the first hybrid and all-wheel-drive model in the Corvette's lineage, has beaten a race-prepped Camaro ZL1 in a drag showdown featured in a recent Drive.com.au YouTube video.
Despite facing off against a lightweight, track-specific Camaro Supercar, the E-Ray's cutting-edge hybrid drivetrain proved to be the difference maker. The Camaro, powered by a 600-horsepower 5.7-liter V8, benefits from a stripped-down 1,335 kg frame and rear-wheel drive—a setup typically optimized for racing. But the real-world test told a different story.
The E-Ray's powertrain, which combines a 6.2-liter LT2 V8 paired with an electric front motor and a 1.1-kWh lithium-ion battery, delivers a total output of 655 horsepower and 595 lb-ft of torque. Its sophisticated AWD system gave it the launch edge, rocketing it from 0 to 60 mph in just 2.5 seconds—the fastest acceleration time of any production Corvette to date.
In the drag race, the Camaro leapt forward off the line, but the instant torque from the E-Ray's front-mounted electric motor and superior traction quickly flipped the script. The hybrid Corvette surged ahead and never looked back, crossing the finish line well in front of its track-spec competitor.
Later in the video, Drive also tested the C8 Z06 against the same Camaro on a circuit, where the naturally aspirated Z06 demonstrated its own dominance by setting an unofficial lap record for production cars at Queensland Raceway.
The results highlight a turning point in muscle and performance car evolution—where hybrid powertrains and advanced tech aren't just fuel-savers but track dominators.
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Scientific American
17 hours ago
- Scientific American
Can Tesla's Cybercab Share the Road with America's Myth of the Highway?
In the American psyche, the automobile—that great democratizer of distance—has always been about more than transportation. It's freedom incarnate: the ability to leave and become someone new three states over. It's James Dean smoking a cigarette, leaning against a fender—masculinity codified in chrome and horsepower, sexuality expressed through gear ratios and exhaust notes. It's Thelma and Louise escaping not just their dreary lives but all that's wrong with their culture. We've had the Corvette, the Mustang, the Charger, the Eldorado, the Camaro, the Thunderbird—and soon we will have the Cybercab. Elon Musk revealed the Cybercab prototype last October, with production targeted for 2026, and today a convoy of 10 to 20 Model Y robotaxis has begun paving the way for its launch, testing the safety of Tesla's autonomous driving tech on a geofenced loop in Austin, Texas. But the Cybercab stands out in the emerging genealogy of robotaxis. Whereas the motto of Amazon subsidiary Zoox's robotaxi—which resembles a cross between an art deco toaster and a subway carriage—is 'It's not a car,' the Cybercab, for all its streamlined science-fiction minimalism, remains squarely in car territory: a sleek two-seater with butterfly doors—the unmistakable hallmarks of a glamorous ride. Yet there's no wheel to grip, no gas pedal to stomp to the floor. The shape of the car says you can still escape your life, but now AI does the driving. The promise might seem seductive: all the mobility; none of the responsibility. More than a century after the first Model T shipped for $825 in 1908 (nearly $29,000 today), we've forgotten how quickly and profoundly car ownership changed American culture. In 1900 fewer than 1 percent of American households owned cars. By 1913 Henry Ford's moving-belt assembly line cut build time to 93 minutes, and cheap Texas oil kept the tank full, turning personal mobility from luxury to the default setting. A 1927 survey found that 55.7 percent of American families owned at least one car. On supporting science journalism If you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today. Not until 1926, however, did the American myth of the highway truly boot up, when Route 66—John Steinbeck named it the 'Mother Road' in The Grapes of Wrath —linked Chicago and Santa Monica, Calif. In the book Hip to the Trip, historian Peter Dedek called the route 'a pillar of mid-twentieth-century automobile culture,' a corridor where vacationers, beatniks, cowboys and Okies fleeing the dust bowl contributed to myths of freedom and transformation. Photographer Robert Frank revealed in his 1958 book The Americans how windshield glass turned travelers into both spectator and exhibit. The cars that Frank famously depicted were as much social containers as machines. Robin Reisenfeld, who curated the Toledo Museum of Art's exhibition Life Is a Highway: Art and American Car Culture, argued in an interview with Antiques and the Arts Weekly that 'the automobile has defined our society' and been used as 'a means of self-expression and status and identity.' After World War II, the G.I. Bill financed suburban mortgages, so millions fled dense cities. And in 1956 the Federal-Aid Highway Act funded 41,000 miles of interstate—an asphalt backbone justified as civil defense infrastructure but experienced as a coast-to-coast permission slip for self-reinvention. The tail fins and chrome of the late 1950s signaled cold war optimism, while Jack Kerouac's 1957 novel On the Road and Chuck Berry's 1958 song 'Johnny B. Goode' hard-coded the romance of endless motion into the culture's firmware. Yet the myth of the open road has always been about who's in the driver's seat. The driver is king: one hand on the wheel, eyes on the horizon, free to turn down that dusty side road on a whim. Control over one's vehicle equated to control over one's destiny. Cars changed the sound of our music, with rock guitars emulating the roaring of engines, and they changed how we courted, providing not just a means of transportation but also a destination, allowing couples to get away from 'porch swings, parlor sofas, hovering mothers, and pesky siblings,' as historian David L. Lewis explained in his Michigan Quarterly Review article 'Sex and the Automobile: From Rumble Seats to Rockin' Vans.' A number of films, such as Drive-In (1976), Grease (1978) and American Drive-In (1985), depicted cars as popular places for trysts. The highway lore, however, was never without critics, and the choice of the word 'king' (followed by 'of the road,' for example) was not accidental. Men were predominantly at the wheel, and even as highways offered freedom, they carved concrete canyons through neighborhoods, separating communities. Public transportation didn't keep pace to help those without cars cross ever larger distances between home and work or to accommodate those with disabilities or older people. Studies have since revealed the scope of corporate efforts to dismantle public transit systems and thus encourage car ownership. In 1998 architecture critic Jane Holtz Kay wrote in the book Asphalt Nation that 'mobility has vanished completely for the third of the nation that cannot legally drive—those 80 million Americans who do not operate automobiles because they are too old, too young, or too poor.' A 2012 Brookings report found that in the 100 largest U.S. metro areas, the typical job could be reached by transit within 90 minutes by only 27 percent of workers. In many ways, debates around robotaxis have flipped the narrative. Critics say they reduce personal agency while writing us into an information network against our will (though simply carrying a smartphone does this well enough), whereas defenders argue that autonomous vehicles could offer freedom to the very groups who benefitted least under the car kings of yore. Those with disabilities and older people might find work and community more easily, or they might simply experience more: stare out at that far highway horizon and go wherever. A 2017 report estimated that autonomous vehicles could allow two million individuals with disabilities to enter the workforce, and it highlighted a potential annual savings of $19 billion in health care expenditures as a result of fewer missed medical appointments. Robotaxis could even offer freedom from the grueling commute, the exhausting hours spent jockeying in traffic, and allow naps or Netflix bingeing, time to answer e-mails or—for a couple or a parent and child—time to talk and connect. A 2023 study in Frontiers in Future Transportation and another from 2020 in Sensors recorded lower stress levels in autonomous vehicle passengers. One might argue that ride-sharing already provides similar freedoms to those offered by robotaxis, but drivers for hire can be tired, cranky or in a rush, and there's a social dynamic and a rating system, which can limit other freedoms—even one as simple as the desire to be quiet with one's thoughts. The Cybercab may look like a miniature sportscar dipped in sci-fi, but the engine's roar has been replaced with silence, and the inside is spacious. There will no doubt be glitches and accidents heaped with media coverage. Yet the car will likely obey speed limits, never get drowsy or drunk and never rubberneck or give in to road rage. With robotaxis, more teenagers may arrive home safely and more grandparents may set out on the adventure of a lifetime. As for design, there will always be disagreement; the very concept of aesthetics invites debate, and our sensitivity to fashions are often deeply entwined with the politics of change and the people in power. The greatest challenge facing autonomous vehicles, however, will likely be public opinion. A recent poll of 8,000 Americans conducted by the market research initiative Electric Vehicle Intelligence Report found that 71 percent of the respondents were unwilling to ride in robotaxis and that 43 percent thought they should be illegal. Yet recent research shows different numbers after people have ridden in autonomous vehicles. A 2021 report on a pilot of an autonomous shuttle service in Utah found that 95 percent of surveyed riders had more positive views toward the technology and that 98 percent said they felt safe. And as adoption rises, prices are anticipated to fall. Whereas Goldman Sachs Research estimated that the driving costs of robotaxis were $3.13 per mile in 2024, it expected that number to drop below $1 by 2030 and to reach 58 cents by 2040. A 2022 McKinsey & Company analysis expected a more than 50 percent drop in robotaxis' costs per mile between 2025 and 2030. Though robotaxis are currently more expensive than traditional ride-hailing services in the U.S., last year a Chinese state media outlet reported that a robotaxi available in Wuhan, China, could be up to 87 percent cheaper than a standard hailed ride. As for the myth of the highway, if you're craving the freedom to outrun a thunderstorm or race through an amber light, take an impromptu detour down a country lane or make an unplanned stop at a 'last chance' diner, conventional cars will remain part of American culture as a hobby, just as people still ride horses for pleasure. But we may see new narratives arise. The road trip movie of the future may feature two friends in a Cybercab arguing over which streaming service to watch until they realize the true meaning of their journey. And maybe the next Kerouac will write a novel on their laptop as an autonomous car carries them across the continent. With its wide windshield, the Cybercab appears suited to the highway, and it may end up being as much a means of transportation as a destination. In brief, the car itself may become the drive-in theater.
Yahoo
19 hours ago
- Yahoo
This Engine Powered More Cars Than Any Other
GM's 3800 still has a huge following to this day, as it was a workhorse for the brand. For more than 30 years, starting in 1975, this reliable V6 powerplant was shoehorned under the hood of more than 25 million vehicles. That includes products ranging from boring sedans up to a turbocharged 20th Anniversary Pontiac Trans Am. While that's impressive, another GM engine handily beats the 3.8-liter V6 as the most produced engine of all time. Yep, it's the small-block Chevrolet. Chevy originally released the small-block in a 265 cubic inch displacement called "Turbo Fire" to power 1955 model year Corvettes and Bel Airs. Although its 180 horsepower output in top tune is lackluster by modern standards, it was a full 30 horsepower more than the outgoing "Blue Flame" inline-six Corvette engine. The small-block Chevy was produced with many different combinations of bore and stroke over its six decade lifespan, all the way up to a 400 cubic inch displacement for trucks and vans. Ironically, a 400 cubic inch small-block is actually larger than some so-called big-blocks, such as Chrysler's 383 or Chevy's own 396. However, the most well known iteration of the small-block is the 350, or 5.7-liter in metric terms. If you've been in the car hobby for any reasonable amount of time, the chances are that you've interacted with a 350-powered vehicle on some level. In fact, some sources call it "America's favorite V8." Read more: These V6 Engines Put The LS1 V8 To Shame By 1997, the writing was on the wall for the venerable small-block Chevy. That's the year when the first LS-based V8 engine debuted in the brand-new fifth-generation Corvette C5, sarcastically reviewed here by Mr. Regular. There's a bit of friendly debate among enthusiasts as to whether LS motors are truly considered part of the small-block Chevy family or a separate entity. Besides obvious differences like the lack of a conventional distributor, the LS even has a different firing order than its predecessors. For the record, General Motors says that the LS is a continuation of the small-block lineup. However, the fact remains that the LS shares very little in common with the first- and second-generation small-block V8, which was fully phased out of production vehicles by the end of 2002. More than 100 million small-block Chevys engines have been produced so far, plus it continues to be offered to this day in "crate engine" form. Like its sibling, the 3.8-liter V6, the small-block Chevy powered a wide array of vehicles from GM's assembly line. That includes Corvettes, Camaros, pickup trucks, and grocery-getter sedans and wagons. What's more, many of those engines went on to live a second life after their original host vehicles went to the crusher. Small-block Chevys have been swapped into all manner of vehicles including Jeeps and Ford hot rods from the 1930s, heck, there's even a Chevy-powered 1970 Porsche 911. In part, that's because of the tremendous aftermarket support and the seemingly limitless supply of repair and upgrade parts available. With over 100 million examples floating around, we wouldn't expect any less. Want more like this? Join the Jalopnik newsletter to get the latest auto news sent straight to your inbox... Read the original article on Jalopnik.

Miami Herald
2 days ago
- Miami Herald
Every Corvette C8 Ranked By Horsepower
With the launch of the 2026 Chevrolet Corvette ZR1X, the Corvette C8 family has grown once more. It seems like longer than five years since the original Corvette C8 Stingray went into production, so far has this generation of the sports car come since then. Regardless of what model you pick, every C8 offers supercar-level looks and performance for a fraction of the price of an Italian exotic. Here's a refresher of where each model sits in the lineup, ranked from lowest to highest horsepower output. This is where the C8 story began, and it's almost easy to forget just how potent the standard Corvette is, especially at a base price of $68,300. The 6.2-liter V8 engine makes 490 horsepower and 465 lb-ft of torque; Porsche charges more for a four-cylinder Cayman with 300 hp. The 0-60 mph time of around three seconds is still supercar-quick, aided by the quick shifts of the eight-speed dual-clutch automatic, along with the rear-wheel-drive C8's immense grip. Unless you drive one of the other C8s, you would not feel shortchanged behind the wheel of the base model in any way. You can squeeze more power and torque out of the standard Corvette Stingray by equipping either the performance exhaust ($1,195) or the popular Z51 Performance Package ($6,345). In both cases, the V8 is uprated to 495 hp and 470 lb-ft, and the C8 in this configuration can hit 60 mph in 2.9 seconds. Besides the performance exhaust, the Z51 pack also adds performance Brembo brakes, a performance suspension, a unique rear axle ratio, an electronic limited-slip differential, and Michelin Pilot Sport 4S tires, turning this into a monster track toy. Considering the standard Corvette's appealing base price, the Z51 pack is a no-brainer. After the standard Corvettes, it's a huge bump up in power to the hybrid E-Ray, which adds an electric drive unit and e-AWD to the 6.2L V8 lump. Combined, the system makes 655 hp, and the additional traction of the E-Ray results in a 2.5-second 0-60 mph run. The price for a base E-Ray rises to $106,900, and while that's far more than a base Corvette, it still represents remarkable bang for your buck. The E-Ray manages the same 19 mpg combined as the base Corvette, so the hybrid system is less about efficiency and more about finding a way to unlock another layer of performance. You can also use the car's Stealth mode for silent getaways early on weekend mornings, without disturbing the neighbors. Choosing between the E-Ray and Z06 is quite a conundrum. The Z06 is a raw performer, swapping the 6.2-liter V8 for an intoxicating 5.5-liter flat plane crank V8 that shrieks all the way to 8,600 rpm. It produces 670 hp and 460 lb-ft, and also has an eight-speed dual-clutch automatic. Chevy says it'll hit 60 mph in 2.6 seconds, which is actually slower than the E-Ray, and you need the Z06's $8,995 Z07 Performance Package to achieve that time. That's on top of its $112,100 base price. Taking all this into account, the E-Ray is the winner on paper. But that doesn't tell the full story. You see, the Z06 is about 300 lbs lighter than the E-Ray. This, coupled with its more rev-hungry engine, makes it a more unfiltered and enjoyable track tool. But the E-Ray is a more refined, sophisticated daily driver. You can't go wrong with either. The ZR1 takes the 5.5-liter flat plane crank V8 from the Z06 and boosts it with two turbos. That makes a huge difference, and the result is 1,064 hp and 828 lb-ft. With the ZTK Performance Package, the 0-60 mph time drops to an astonishing 2.3 seconds. That may be only two-tenths more than the E-Ray, but even the smallest gains are not easy to come by at this level. The ZTK pack adds a special suspension with magnetic selective ride control and Michelin Pilot Sport Cup 2R tires. At $1,500, it's a box you may as well tick, since the ZR1 starts at $173,300. Up until very recently, it was hard to believe the Corvette could get more extreme, but then the ZR1X came along. Chevy pulled out all the stops for the new Corvette ZR1X. Combining the best of the E-Ray and ZR1, this C8 features the 5.5-liter twin-turbo V8 combined with an electric drive unit, bringing combined outputs well into EV territory at 1,064 hp and 828 lb-ft. Like the E-Ray, it has e-AWD. The combination of immense power and AWD grip makes it a rocket, with a 0-60 mph time of under two seconds and a quarter-mile time of under nine seconds. In Stealth Mode, the ZR1X can be driven for 4 to 5 miles at speeds of up to 45 mph in silence, but most will prefer operating it with the V8 in full flow. Careful attention to aerodynamics make this the Corvette with the highest ever downforce, and massive carbon ceramic brakes are there to bring the car down from the insanely high speeds it can reach. Pricing for the ZR1X is yet to be revealed, but we expect something in the vicinity of $230,000 to $250,000. Like every other C8, it offers unmatched power and performance from a gas or hybrid sports car for the price. Copyright 2025 The Arena Group, Inc. All Rights Reserved.