General Motors said Wednesday it will keep the price of its 2021 Chevrolet Corvette Stingray the same as the introductory 2020 model.
The 2021 Corvette, which goes on sale late in the fourth quarter, will start at $59,995, matching this year’s model, which is about a $4,000 increase over the 2019 Corvette. Comparatively, the mid-engine Porsche 718 Cayman starts at $61,250. All prices include destination charges.
There will also be some new content in the 2021 model, GM said.
“Our mission was to develop a new sports car, combining the successful attributes of Corvette with the performance and driving experience of mid-engine supercars,” said Tadge Juechter, Corvette executive chief engineer. “We are thrilled with the enthusiasm the mid-engine Corvette brought following its launch and are keeping it fresh with new content for the 2021 model.”
Here is what will be new on the 2021 Corvette:
Magnetic Selective Ride Control suspension, which is new for non-Z51 models.
Standard wireless Apple CarPlay/wireless Android auto
Red Mist Metallic Tintcoat exterior color
Silver Flare Metallic exterior color
Sky Cool Gray/Yellow Strike interior color
New full-length dual racing stripe package colors: blue, orange, red and yellow
Stinger Stripes in three colors: Carbon Flash/Edge Red, Carbon Flash/Edge Yellow and Carbon Flash/Midnight Silver
Driver mode on-screen visualization and new track digital tachometer
Standard Buckle To Drive, a safety technology that, when active, can prevent the driver from shifting the vehicle out of park if the driver’s seat belt is not buckled for up to 20 seconds
GM will also offer on the next-generation car Chevrolet’s first eight-speed dual-clutch transmission to allow for faster shifting and more power.
Here are some other engine features on the 2021 model:
Engine: 6.2-liter LT2 V-8 with direct injection, variable valve timing and active fuel management
Transmission: eight-speed dual-clutch with manual and automatic modes
Six modes of Driver Mode Selector — Tour, Sport, Track, Weather, and MyMode and Z Mode customizable modes
Corvette Racing’s 100th victory in IMSA competition has been coming for more than two years. The last one came in the Acura Grand Prix of Long Beach in April 2018.
Tonight, the iconic American sports car team’s drought finally ended, appropriately enough, on the Fourth of July at Daytona International Speedway. Antonio Garcia and Jordan Taylor will go down in the history books as the driver pairing to deliver the milestone victory – also the first for the revolutionary, midengined C8.R race car – in the No. 3 Velocity Yellow machine.
Fuel strategy was the name of the game in the GT Le Mans (GTLM) class tonight at Daytona. And while every car in the class led at one point or another throughout the evening, it was the No. 3 team that hit the strategy just right.
Garcia won the high-speed game of musical chairs by 1.977 seconds ahead of defending WeatherTech Championship GTLM champion Earl Bamber in the No. 912 Porsche GT Team 911 RSR-19.
“The engineers spotted very early how close we’d have been with fuel and how early we should start working on that,” Garcia said. “Jordan did a great job and saved a lot there and I saved another one. We didn’t know about the 912. We didn’t know if they could make it or if we were fighting them and the 911.
“We were expecting the Porsche to follow the 4 car (Tommy Milner and Oliver Gavin), but we realized it was a fight. As soon as I had an opportunity early in the stint when I knew my tires were good, I waited for Earl to make a little mistake, and because I was able to follow very close I took advantage of that position. After that I worked my way through traffic really, really well.”
It was Taylor’s first GTLM win after moving from his father’s Wayne Taylor Racing Cadillac DPi team to the Corvette factory program this season. The significance of the Independence Day victory wasn’t lost on him either.
“It’s obviously very special,” Taylor said. “I was Antonio’s third driver for so many years and we finished second at Sebring, and Petit and Le Mans, and had so many podiums. It’s great to finally get a win with Antonio. And to get a win on the Fourth of July in an American car and being an American driver is pretty sweet.”
Bamber and co-driver Laurens Vanthoor finished second, matching their result from January’s Rolex 24 At Daytona. The same can be said for No. 911 Porsche co-drivers Nick Tandy and Frederic Makowiecki, who claimed their second straight third-place trophies in Daytona’s Victory Lane.
A member of the MidEngineCorvetteForum.com is offering even more proof that Corvette production has returned pretty much back to normal by sharing Saturdays shipping manifests of new 2020 Corvette Stingrays headed to dealerships. Each Jack Cooper Transporter can hold a maximum of 10 new C8 Corvettes and so this batch of 10 transports contains just under 100 cars which is nearly identical to one shift’s production totals.
From the printouts we see the VIN sequence numbers range from #805 to #4126 which was just completed last week. The cars are sorted by destination and the trucks will soon be headed to Texas, Oklahoma, Florida, South Carolina, and Maryland. The NCM is receiving two trucks and one load will be headed north to Canada.
There are going to be some very happy Corvette owners next week! If one of these is yours, let us know in the comments below!
To find the shipping status of your 2020 Corvette, go to https://www.palsapp.com/, then click on the search icon on the top right of the page (looks like a magnifying glass). Enter your VIN and click the search icon to the right of the input field.
General Motors and Honda have announced they will produce around 12,000 gallons of hand sanitizer that will be provided to workers at their respective production facilities.
The hand sanitizer is being produced by both companies through their joint Fuel Cell System Manufacturing (FCSM) partnership. The hand sanitizer is being made at the Brownstown, Michigan facility where the GM-Honda FCSM team has been working on to develop fuel-cell fuel stacks for the next generation of hydrogen-powered road cars. Honda says the sanitizer is made using an “apparatus designed to manufacture the electrodes used in the fuel cells,” that was repurposed.
“It is inspiring to see how the automotive industry continues to find new and innovative ways to help society during this crisis,” said Honda North America general counsel Cathy McEvilly. “The commitment shown by Honda associates and their counterparts at GM is a source of pride to us and we are happy to provide something to help the brave health care professionals fighting this pandemic every day.”
Honda also said it will donate 75 percent of the hand sanitizer to healthcare facilities and other places that may be in need of it and will keep 25 percent for Honda North America workers. It has already sent some bottles of the sanitizer to ProMedica Toledo Hospital in Toledo, Ohio, Memorial Health in Marysville, Ohio, and the DMC Children’s Hospital of Michigan in Detroit, Michigan.
GM and Honda formed the FCSM partnership back in 2013 and, more recently, announced a collaboration on electric vehicles as well. Under the new EV partnership, Honda will use GM’s new BEV3 electric vehicle platform an Ultium battery technology in its future line of EVs and will also incorporate other GM technology such as OnStar and Super Cruise.
“This collaboration will put together the strength of both companies, while combined scale and manufacturing efficiencies will ultimately provide greater value to customers,” executive vice president of American Honda, Rick Schostek, said in a statement previously.
The mid-engine C8 Corvette’s clean-sheet redesign resulted in just a couple of parts carried over from the C7 generation, but there is enough “baseball and apple pie” in the sports car to keep it in the Top 10 of the 2020 American Made Index as compiled by Cars.com.
Chevrolet landed two vehicles on the 2020 List with the Corvette coming in at a very appropriate 8th place and it was joined by the Colorado that landed in 10th place. They were the only two GM vehicles to make the list.
The American Made Index, or AMI, “is an independent annual list that ranks the new vehicles that contribute most to the U.S. economy based on criteria ranging from U.S. factory jobs and manufacturing plants to parts sourcing.” Manufacturers are required by law to annually report the percentage of US and Canadian parts and that information appears on the window sticker of all new vehicles sold in the USA.
The AMI studied 91 vehicles and the ranking looks at four key factors:
Origins of the engine and transmission
Origin of parts in the car (as reported by the American Automobile Labeling Act)
Final assembly location
U.S. manufacturing workforce relative to production footprint
The were some new additions to the list for 2020 with the Ford Ranger leap-frogging the Jeep Cherokee to #1 while Tesla landed three vehicles on the list.
Cars.com says that 70% of shoppers consider a car’s impact on the US economy a significant or deciding factor in their vehicle choice and the COVID-19 pandemic has increased the desire of Americans to “buy local.” The survey found that nearly 40% of consumers report they are more likely to buy an American-made car due to the current health and economic crisis, while just 4% said they were less likely. A whopping 26% said it was “unpatriotic” to buy a non-American-made car, compared to just 18% in 2019.
“This marks the 15th year we have released the American-Made Index, and for the first time, we are ranking a full, comprehensive list of qualifying American-made cars available in the U.S. Of some 350 cars on the market for 2020, 91 models qualified for our index,” said Kelsey Mays, Cars.com’s senior consumer affairs and vehicle evaluations editor. “The auto industry is highly globalized, but these 91 models bring jobs to America and investments to our local communities — a growing concern for Americans in the current climate.”
GM engineering went into preliminary design knowing they’d be working on a mid-engine vehicle — the first production Corvette in eight generations to sport that configuration. “We evolved the front-engine architecture as far as we could for performance, so shifting to a mid-engine design was the next logical step to improve an already great car and be the segment leader,” explains GM’s Tadge Juechter, executive chief engineer-Global Corvette. Equipped with the Z51 performance package, the 2020 Corvette Stingray can accelerate 0-60 mph (0-97 kmh) in 2.9 seconds and reach top speeds of 194 mph (312 kmh). Pushing the engine toward the vehicle’s rear affected many things, including the car’s center of gravity, the relative position of occupants, transmission location and design of underbody panels and trunk storage. The mid-engine design also introduced higher operating temperatures and noise to new areas of the car.
The eighth-generation Chevrolet Corvette — all eight generations (C1-C8) shown above, left to right respectively — from General Motors Co. started production earlier this year. This mid-engine sports car is not only impressively fast, and the most composites-intensive Corvette yet, but it features an array of genuinely innovative composites applications. Source | General Motors Co.
“Because of the mid-engine, we had to do things differently,” explains Ed Moss, Corvette body structure engineering group manager. “From the start, we had so many discussions about how to lay out the body structure. At one point, everything was on the table as we discussed the best way to design and build each system. For example, we debated metallic versus composite for wheelhouses. If we’d kept the C7’s composite wheelhouses, we’d have to bond to the hinge pillar [A pillar], which is immediately adjacent to the front wheel in a mid-engine vehicle, leaving very little package space. We went with metal there. We even briefly discussed metal versus composite body panels. However, it would’ve been economically infeasible to create the C8’s styling lines in metallics.”
“A real challenge we faced was how to handle air induction,” recalls Chris Basela, Corvette body structure lead engineer, explaining the need for a different method to funnel cooling air into and across the naturally aspirated, 495-horsepower, 6.2-liter V8 engine, which generates 470 foot-pounds (637 Newton-meters) of torque. “We tried all kinds of designs that forced air to take really torturous paths, creating eddies and flows we didn’t want. It took lots of iterative work with the powertrain team to develop the best path for airflow because the car needs to breathe freely with no restriction. We also needed access to the air box and had to work around rear trunk space. Another issue was heat and engine noise in the passenger compartment, because occupants no longer sit behind the engine but are positioned directly in front of it. And we were especially conscious of cabin air quality as laws had changed in Europe and elsewhere since the C7, so we worked really hard to reduce VOCs [volatile organic compounds].”
“Even working out how to assemble the car was a challenge,” adds Moss. “With a front-engine design, you have a long hood and large engine compartment, providing operators plenty of room to build the car from inside the compartment, even with the front bumper beam already welded on. On the mid-engine Corvette, with its very short front clip, we keep the front of the car open as the vehicle is built out, then bolt on the front bumper.”
“It was quite a balancing act to get the proper shapes, while ensuring our suppliers could produce the parts and our team in Bowling Green [GM’s Kentucky-based Corvette assembly plant] could assemble them,” continues Basela. “In the end, there was only one carryover composite from the C7’s body to the C8.” This was tough Class A, 1.2 specific gravity (SG) sheet molding compound (SMC) developed for the 2016 Corvette and used in a variety of exterior closures on the new vehicle.
For four generations (C5-C8), Corvettes have featured a three-layer, multi-material body structure: the frame, usually a mix of aluminum or steel — this time with a carbon fiber-reinforced composite (CFRP) part; the body structure, which is largely bonded composite to capitalize on design and manufacturing flexibility; plus bolt-on closeouts (body panels), which have been composite since Covette’s June 1953 debut. This layered hybrid structure not only provides affordable lightweighting in high production volumes — particularly for cars of this performance class — but also permits multiple vehicle variants to be produced at low tooling investment. In fact, for the current C8, GM managed to produce all Class A composite body panels (bonded inners and outers) on both the base model coupé and convertible using just 20 tools.
GM and its suppliers have already won many awards for innovative composites use on the 2020 Corvette Stingray. Among those standing above are key GM engineering team members at last November’s 49th annual Automotive Innovation Awards Gala, where GM won SPE Automotive Div.’s Vehicle Engineering Team Award. A number of composite parts on the vehicle also were finalists or category winners at the event. Source | SPE Automotive Div.
In addition, Corvettes have always been engineered with an open-roof architecture, regardless of whether they are actually convertibles or coupés with fixed or removable roof panels. Because open-roof vehicles are generally less stiff than those with fixed roofs, an important focus for each Corvette’s engineering is always to create the stiffest foundation possible to improve suspension and steering. Historically, tunnels(housing transmissions and driveshafts on front-engine vehicles) have dominated Corvette body structures and have been key enablers for achieving high torsional rigidity. In the case of the new Corvette, GM achieved even higher rigidity. With the roof removed, the C8 body is 53.78% stiffer than a benchmark high-performance mid-engine competitor, 29.27% stiffer than a second high-performance mid-engine competitor, and 13.79% stiffer than the C7. Two composite parts made important contributions to vehicle stiffness—one directly attached to the frame structure (rear bumper beam) and another attached to the underbody (lower tunnel closeout).
The C8’s frame is largely aluminum alloy with one CFRP part developed to meet GM’s stringent dollar-per-kilogram targets. In contrast, the C7 frame was all-aluminum and the C6 was mostly steel.
The only composite part directly mounted to the frame that travels with the body-in-white (BIW) through the electrophoretic rust-coat process (which GM calls ELPO), is a unique CFRP rear bumper beam. This part helps stiffen the frame and contributes to rear-impact performance. Its curved shape — possible thanks to a novel process called radius pultrusion developed by Thomas GmbH + Co. Technik + Innovation KG (TTI, Bremervörde, Germany) — enables it to match rear styling cues and fit in limited package space while maintaining dimensional integrity close to engine-bay heat. As the auto industry’s first curved pultruded part (see our full feature on this part in the CW May 2020 issue), the hollow, two-chambered beam was produced by Shape Corp. (Grand Haven, Mich., U.S.) on equipment developed and built by TTI. The beam weighs just 1.3 kilograms and features a bonded/bolted tow-hook eye capable of 25 kilonewtons of pull-out force.
An auto industry first, the 2020 Corvette sports a curved rear bumper beam in pultruded carbon fiber composite produced with 87 individual carbon tows and eight carbon fiber non-crimp fabrics (NCFs) impregnated with polyurethane-acrylate resin. The hollow, two-chambered beam is 66% lighter than the outgoing aluminum beam and met GM’s demanding dollar-per-kilogram targets. Source | Shape Corp.
Body Structure: part A
Virtually all of the C8’s body structure components are composite and are bonded and/or bolted to the frame after the latter undergoes ELPO. Notable composite parts at this level include structural underbody closures and the floor — which we’ll cover in this issue — and front and rear trunks, induction ducts and the rear surround and bulkhead — which we’ll cover, along with body panels and trim, next month.
This hybrid-composite, lower-tunnel closeout is produced using a variant of liquid compression molding. It eliminated secondary attachments, lowered mass by 3 kilograms and reduced labor, tooling and capital costs vs. aluminum. Source | SPE Automotive Div.
The removable lower-tunnel structural closeout on the C8, which acts as an access door, contributes more than 10% of the vehicle’s torsional rigidity and acts as a primary load path during a crash. This hybrid-composite panel consists of three layers of glass fiber preform. These consist of continuous/woven and chopped/random fibers at 38% fiber volume fraction (FVF), with veils added to top and bottom face layers on each stack for improved surface finish. Glass preforms are interleaved with two layers of preforms made using Toray (Tokyo, Japan) T700 12K standard-modulus carbon fiber in the form of NCF biaxial fabric at 21% FVF and a vinyl ester (VE) matrix. The closeout is produced by Molded Fiber Glass Co. (MFG, Ashtabula, Ohio, U.S.) using its proprietary PRiME (Prepositioned Reinforcement ensuring Manufacturing Excellence) process, a type of liquid compression molding (LCM).
Aside from a single aluminum closeout near the rear wheels that is part of the engine cradle, the remaining underbody panels consist of either compression molded SMC or injection molded thermoplastics. Among other benefits, these panels reduce underbody turbulence and drag, improve fuel efficiency and keep moisture, dust and stones out of the vehicle’s engine and driveline. Further, they provide the dimensional foundation for multiple exterior and interior interfaces.
The low-density but structural SMC panels feature new formulations (in this case, 40% FVF chopped fiberglass/unsaturated polyester (UP) resin) developed by MFG. The material is called “float” SMC because each panel’s density is less than 1.0 (average SG=0.97) and thus can float in water. MFG produced all structural SMC and LCM’d parts on the car.
An important contributor to vehicle lightweighting on the C8 is the extensive use of “float” SMC. With specific gravity values less than 1.0, this low-density but structural SMC developed by MFG is used in a variety of non-Class A parts, including underbody panels, the dash panel, air-induction ductwork and the front trunk. Source | Molded Fiber Glass Co.
The vehicle also sports a hybrid floor optimized for torsional bending and side-pole impact protection (engaging the rocker panels and tunnel, to which it is joined). Floor panels feature cabin-facing stamped aluminum bonded to sheets of road-facing 1.5-SG composite (60 wt-% continuous and woven glass fiber/VE) produced via the PRiME process. Before heat-bonding both layers with Pliogrip 9100 polyurethane structural adhesive from Ashland Global Holdings Inc. (Wilmington, Del., U.S.), MFG cleans and preps the materials.
All composite parts directly bonded to the C8 frame are first subjected to laser ablation, a process developed by GM, MFG and Adapt Laser Systems LLC (Kansas City, Mo., U.S.) for the 2016 Corvette, and adapted from a composites industry method for mold cleaning. Laser ablation replaces hand sanding and reduces labor, time and cost, eliminates dust and improves repeatability. Laser path, angle of attack and energy level are customizable for each part’s material and geometry. To maximize manufacturing flexibility, the entire underbody, including the floor, is connected to the frame and itself via bonding and screws.
In the August issue of CW, we’ll continue covering composites innovation on the new Corvette, resuming with additional components at the body structures level and finishing with exterior closures (body panels), plus additional trim and upgrades.
He waited for a pat on the back from his famous father, worked diligently to generate compliments from crew members and other drivers, and reveled in the roar of his fans — those he inherited from his father and the new ones he brought along for the ride.
NASCAR’s longtime fan favorite received the sport’s biggest honor Tuesday, when he was selected to join his father in the series’ Hall of Fame. Earnhardt will be inducted in Charlotte, North Carolina, along with the late Mike Stefanik and 87-year-old Red Farmer, who is planning to race on Talladega’s dirt track this weekend. Ralph Seagraves was named the Landmark Award winner for his contributions to the sport.
Despite never winning a series championship, Earnhardt received 76% of the votes cast on the modern era ballot.
“Just talking about it, it’s really emotional because I feed off affirmation,” he said wistfully. “It’s such a great feeling to know people think I made an impact. I know what my numbers are, and I feel like I was chosen because of that, but also for the impact I made off the track, being an ambassador for the sport.”
Junior’s grandfather, Ralph, went into the International Motorsports Hall of Fame in 1997 and was named one of NASCAR’s 50 Greatest Drivers in 1998. Junior’s father, The Intimidator, also made the list, even before finishing his career with 76 wins and a record-tying seven Cup titles.
The team-owning father gave Dale Jr. his first big break: a full-time ride in the Busch Series in 1998. It didn’t take long for Junior to prove he was a natural — on and off the track.
He won Busch championships in each of his first two seasons and two races as a rookie Cup driver in 2000.
When the elder Earnhardt was killed during the 2001 Daytona 500, Junior suddenly found himself in a place he never imagined.
“I knew when Dad died, I was going to assume most if not all of his fan base, and I feel like I took care of that,” he said. “I didn’t squander that, I didn’t ruin that, and I also introduced myself to a lot of people who never heard of Dale Earnhardt.”
Suddenly, the brash, 26-year-old Earnhardt emerged as the face of the sport and started adding his chapter to the family legacy. He won 26 races — including two Daytona 500s and the 2001 Pepsi 400, the first Cup race held at Daytona after his father’s death — before retiring as a full-time Cup driver following the 2017 season.
Fans watched to see if he could replicate the fearless style that made his father so popular. But Junior never tried to compete with that image.
“There was a point in my career where I started to think I’m not going to win seven championships; I might not even win one. I’m not going to win 100 races; I might not even win 40,” he said. “There were a lot of people that wanted me to be as successful as he was and be as aggressive as he was and spin people out or whatever. So I started to think about what I could do outside of that and what else I could do to help the sport.”
Junior introduced new fans to stock car racing through different news outlets, social media and podcasts. The result: 15 consecutive Most Popular Driver awards.
Stefanik won seven titles in NASCAR’s modified series and two more in the Busch North series. His nine total championships are tied with that of Richie Evans for the most in NASCAR history, and Stefanik was named the second-greatest driver in modified history in 2003.
Stefanik, who died from injuries sustained in a plane crash in September in Connecticut at age 61, edged Ricky Rudd for the second spot on the ballot with 49% of the vote.
“Phenomenal when you think about what he did. Nine championships,” Kyle Petty said during NBCSN’s announcement show. “Phenomenal record, phenomenal amount of wins.”
The 87-year-old Farmer won four Late Model Sportsman season titles and an estimated 700 to 900 races. He was a member of NASCAR’s 50 Greatest Drivers and became a member of the International Motorsports Hall of Fame in 2004. This week, with the big series returning to Talladega, he’s scrambling to put together a car for two nights of racing on the dirt track across the street.
“I had a little fender bender in a 40-lapper last weekend,” he said. “They had a three- or four-car pileup right in front of me, and I slid into it and messed up the nose pretty good. So I’m getting my backup car ready.”
An executive with R.J. Reynolds Tobacco, Seagraves helped spearhead Winston’s decision to sponsor NASCAR’s premier series from 1971 to 2003. Winston’s financial support allowed many tracks to upgrade their facilities, and the season-long points fund bolstered purses for drivers and teams.
Thanks to our friends at the MidEngineCorvetteForum.com, we’ve got two different confirmations that newly completed 2020 Corvettes are once again shipping from the Corvette Assembly Plant in Bowling Green
The shipping confirmation comes from the Jack Cooper Transport website. Owners can post their VIN into the search box and it returns the shipping manifest.
Yesterday, the National Corvette Museum received four new 2020 Corvettes while another shipping manifest shows 2020 Corvettes with VINs ranging from 2814 to 3354 heading to multiple Chevy dealers in the midwest.
Thanks to some of the sleuths on the MECF, we also see a few CTF Convertibles heading up to the Detroit area:
This is great news for customers who have been “patiently” waiting for shipping of the new 2020 C8 Corvettes for the first time since the Corvette Assembly Plant reopened on May 26th after being closed for two months due to the coronavirus.
The future of the mid-engine Corvette should be long and very fast.
Future variations of the new-generation Chevrolet Corvette have been the cause of much debate over the past year. Hagerty recently claimed that it has the scoop, via an “industry leak” on the roadmap for the Corvette’s’ development in trim and model variations. Between that and a lot of industry chatter and some leaks, we’re sure that the Corvette is not only going to evolve over the coming years but mutate into something incredibly special. Here’s how the future lineup of the Corvette should shape up.
2021 C8 Corvette Stingray
The first iteration of the new Corvette is on the road, although in limited supply due to the pandemic. It comes with an LT2 6.2-liter naturally aspirated V8, making 490-495 hp and 465-470 lb-ft depending on trim level. There’s no manual option, and power is controlled and delivered to the rear wheels by a Tremec supplied 8-speed automatic transmission.
Only 2,700 C8 Corvettes were built before the virus struck, then production had to be paused. The years given below are the planned model years. However, development programs throughout GM have been paused, and there could be significant delays.
2022 C8 Corvette Z06
The Z06 badge means added performance, and initial reports claimed the first heated up C8 Corvette would arrive with 650 hp and 600 lb-ft from a 5.5-liter LT6 V8. The race-inspired LT6 engine is set to have a flat-plane crank design that’s rumored to rev past 8,000 rpm. Since then, though, credible sources have reset expectations at 600 hp and 470-500 lb-ft of torque, but will, indeed, rev fast and long. The Z06 will also have a wider body to accommodate larger brakes inside the larger wheels and tires, as well as a more aggressive suspension setup. There’s also reports that an optional aero package will include a unique rear wing.
2023 C8 Corvette E-Ray
Some enthusiasts aren’t going to like this, but the Corvette is going to go hybrid in the 2023 model year. It will use the same 6.2-liter LT2 V8 as the Corvette Stingray, but it’ll be bolstered with an electric motor located between the front wheels. The 1.94-kWh lithium-ion battery pack will be located in the middle of the car, and the electrical system’s peak output will be 85 kW. Total output should sit at around 600 hp and 575 ft-lb of torque – around the same as the Z06 model. Unlike the Z06, the E-Ray isn’t expected to have the widebody setup and will be the first-ever all-wheel-drive Corvette.
2023 C8 Corvette Grand Sport
There are conflicting reports on this one with some claiming the Grand Sport will be the hybrid model, and others suggesting that the Grand Sport will be powered by the Stingray’s 6.2L LT2 V8, but with the chassis and aerodynamic enhancements from the Z06. Using the base model V8 and upgrading the chassis is the traditional recipe for the Grand Sport. We’re trying to verify either way, but we currently suspect the Grand Sport will be the name of the hybrid model.
2024 C8 Corvette ZR1
The ZR1 has traditionally been the flagship Corvette, cranked up then honed to hunt down supercars at the track. The ZR1 will come with a twin-turbo variant of the flat plane crank 5.5L V8 LT6 engine making a fearsome 850 hp and 825 lb-ft of torque. For reference, the C7 generation ZR1 made 755 hp and 715-lb-ft of torque and that was frightening enough for the uninitiated.
The C8 generation Corvette ZR1 promises to be the fastest Corvette yet, and that’s before adding the upgraded chassis with track-oriented suspension, brakes, and active aero. However, in 2025 something even faster should arrive.
2025 C8 Corvette Zora
The Corvette Zora is named after Zora Arkus-Duntov, the man who turned the Corvette into a serious performance car but didn’t live long enough to see his dream of a mid-engined version come true. Fittingly, the fastest Corvette in its history will have his name on it, and use the twin-turbo 5.5L LT7 V8 from the ZR1 paired with a hybrid-electric system. Total power output is set to be astounding at around 1,000 hp and 900-1000 lb-ft of torque. It’ll be all-wheel-drive, wide-bodied, track-ready, and feature active aerodynamics. It will also put to bed any argument of whether the Corvette is a supercar or not.
The C8 Corvette is Chevrolet’s first stab at building a true mid-engine supercar. While much faster versions will follow, the C8 Stingray in base form can hold its own against more exotic and more powerful machinery. We recently wrote about a C8 Stingray demolishing the quarter-mile, but now we shift our focus to the Laguna Seca Raceway, where a C8 goes up against one of the meanest American performance cars out there: the Dodge Viper ACR.
The C8 is clearly at home on a track as we can see in the video. This Torch Red Corvette gets pushed to its limits and comes out as an unexpected hero.
The 2020 C8 Chevrolet Corvette is no wimp when it comes to numbers: powered by a naturally aspirated 6.2-liter V8, this car produces 490 horsepower and 470 lb-ft of torque. That’s enough to launch it to sixty in only 2.9 seconds when fitted with the Z51 package. This translates into a car that is deceptively fast, especially when compared to big dogs such as the Viper ACR.
In the video, we can see the Vette slowly warming up to the track conditions, with that naturally-aspirated engine filling the cabin with the best noise you could imagine. It is clear that the driver is trying to find his comfort zone.
After a short sprint, the driver and car seem to be clicking, and the pace increases. In the distance, you can see some cars getting closer and closer: it turns out that it’s a Porsche 911 GT3. The action starts at around the 3:15 mark, but you’ll have to wait until the 6:40 mark to see the battle between the Viper and C8.
We have no doubt that in the hands of an experienced driver the Viper would be the faster car, but getting the most out of the downforce capability of this car takes a serious driver and it’ss clear to see that the C8 Corvette is an easier car to drive at the limit. If this is what the Stingray is capable of, we can’t wait to see what faster versions will do.