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Two racing icons will unite when Lance Armstrong, seven-time Tour de France winner, drives the 2006 Chevrolet Corvette Z06 pace car to lead the field to the start of the 90th running of the Indianapolis 500 on May 28, 2006. For a record 17th time, a Chevy will pace the race, and it's the eighth time for a Corvette to be leading the pack. The only changes made to prepare it for this year's role were the addition of strobe lights and racing safety gear.
Callaway Competition has constructed some of the most successful GT3 race cars in history. Competing against the world’s premier marques, Callaway is currently recognized as the most successful race team of the ADAC GT Masters series. To celebrate Callaway Competition’s 25th anniversary, we’re building 25 unique, specially-equipped “Callaway Champion” road cars. The Z06-based Champions are built by our expert craftsmen.
1968 corvette race car #4
The Corvette L88 Scuderia Filipinetti Le Mans Racer holds a significant place in Corvette's racing history. With a coil spring front suspension and an L88 engine prepped by Zora Arkus-Duntov and smuggled out the back door to circumvent GM's ban on racing, the L88 was driven at the 1968 24 Hours of Le Mans by Henri Greder and Umberto Maglioli. It dominated the Porsches and led the GT class til 6th hour when carburetion problems melted a piston.
The L88 was a special option package developed under the direction of Zora Arkus-Duntov, director of GM’s performance division. First introduced in 1967, the L88 Corvette featured a highly modified version of Chevy’s 427-cubic-inch V-8 engine. Although this engine received a factory horsepower rating of 435, actual engine output was somewhere between 540 and 580 horsepower, giving the “stock” L88 enough power to run a quarter-mile in the high-11-second range!
The 1963 Wedge Corvette split windshield concept was a sleek, front-engine design study that revived the Q Corvette’s split-windshield gullwing-style doors with a short, bobbed tail. Late in 1963, a GM Styling team under Henry Haga prepared this future Corvette proposal. Its sophisticated lines included side-mounted exhaust pipes.
The major differences between the 1980 and 1982 Daytona and the 1981 GTO are the hood, the tops of the rear fenders, and the rear spoiler/bumper cover. The Daytona had an elaborate, short vertical fin on top of the rear fender that turned several turns “in and back,” flowing to the wide, long, table-like rear spoiler. The GTO’s rear fenders pontoons are the same as.
The Corvette Rondine concept was built by Pinanfarina and introduced at the 1963 Paris Motor Show. The car started life as a 1963 split-window Corvette, which is all the more unusual because Chevrolet introduced the split-window coupe at the same time that Pinanfarina was introducing a custom-built Corvette based on that very same platform.
"Hot" is an apt description of this special coupe's drivetrain. Its 6.6-liter engine produces 512 horsepower and 523 lbs.-ft. of torque. Mated to a four-speed automatic transmission and featuring a 3:41 geared limited slip differential and four-wheel independent suspension, this "Vette takes a backseat to no other vehicle. The White Shark Corvette also features power rack-and-pinion steering to precisely pilot this vehicle and four-wheel disc brakes with ABS.
As the story goes, when the Corvette ZR-1 came out in 1990, Dick Guldstrand saw an opportunity to create his vision of the perfect Grand Sport ride, instead of his name just getting slapped onto another Chevrolet product. He asked GM for fifteen ZR-1’s and some money. He got one car and permission to do whatever he wanted to do with it. And that’s exactly what he did. Called the "GS90", Dick's car would prove to be the most elaborate and expensive specialty Corvette ever built.
It was announced on July 23rd, 2010 that the 2010 NASCAR Brickyard 400 will be paced by this Green and White Corvette Grand Sport Coupe while Arctic White Corvette Grand Sport Convertibles wil serve as Festival (parade) cars. Camaro Coupes will also be used as support vehicles. The color is reminiscent of Bowling Green Metallic, last seen in 2001. This marked the 17th time that Chevy paced the Allstate 400 at the Brickyard.
Corvette’s decision to become the official pace car of the Rolex 24 Hours at Daytona is a key component of Chevrolet’s strategy to reinforce Corvette’s image as "America’s Performance Icon." Jim Campbell, Corvette brand manager, is responsible for developing this strategy, and he’s the guiding force behind Corvette’s return to the racetrack.
SR 2 Corvette
Designed mid-1956 for Harlet Earl’s son Jerry, the SR-2 was put into racing duty in 1957. The car debuted at Daytona Beach in 1957 with a high-speed canopy, fender skirts and bullet-shaped frond headlights. Driven by Betty Skelton and Buck Baker, the car won the modified class with an average speed of 93.074 mph. The SR-2 also finished second in class for the flying mile with a top speed of 152.886 mph.
The 2017 Chevrolet Corvette Grand Sport served as the official Pace Car for the 101st Indianapolis 500 presented by PennGrade Motor Oil and led drivers to the green flag on May 28. 2017 marked the 14th time a Corvette has served as the Indianapolis 500 Pace Car, starting in 1978, and the 28th time a Chevrolet has led the field, dating back to 1948, when a 1948 Fleetmaster Six convertible paced the race.
The Stingray that never was. The stretched version of this new Corvette model for 1963 has rear seating and was built as ordered by Chevrolet chief Ed Cole. Larry Shinoda designed this coupe, that never went into production because the demand for the two seated Stingray already was overwelming. A running prototype of a 2+2-seat C2 Corvette intended to compete with the Ford Thunderbird was built, but the project was canceled.
One of the most beautiful concept cars created by GM was the XP-822 later called the Aerovette. Zora Arkus Duntov and his engineers had originally built two predecessors during 1969. John DeLorean, Chevrolet's general manager, felt the program was too expensive and canceled the car.
In 1959, the bones of the SS were revived when Bill Mitchell secretly funded the Stingray race car. Mitchell purchased the chassis of the 1957 SS race car mule for $500 and had a design team create a new body. Mitchell felt the first generation Corvettes were too rounded and soft, so the Corvette Sting Ray Racer featured a sharper body edge that made it work.
CERV IV was nothing more than a C4 with the all new powertrain and interior in it. Read the commentary of a car magazine reporter: "We suspect that the first, very early prototypes of the all-new, Gen III ran on the dynos at GM Powertrain sometime in the early spring of 1993. In-vehicle testing began at the GM Milford Proving Ground in the first week in May of 1993 with the "Chevrolet Engineering and Research Vehicle IV-A".
The Corvette built for 'Bunkie' Knudsen is a 1963 Chevrolet Corvette styling car known as the "Bunkie" Knudsen Corvette, built for Chevrolet general manager Semon E. "Bunkie" Knudsen. Finished in Rose Pearl with a full-length White racing stripe, it is outwardly distinguished by its chromed header-style pipes.
The Corvette SS racing car and its mule test car were planned as far back as August of 1956, well before the Super Sport show car. However, that one was referred to within GM as the XP-64, and it was finished in march, well after the show car had been on the show circuit for a couple of months.
The 70th Anniversary Edition Corvettes will be unique, even among other 2023 Corvettes, in the following ways:  First, the Anniversary Edition cars will be offered in two exclusive color packages - an all-new White Pearl Metallic Tri-coat or a Carbon Flash Metallic. An optional stripe kit will also be offered in complimenting colors - Satin Gray on the Pearl White Metallic, and Black on the Carbon Flash Metallic. The cars will also be fitted with unique-and-distinct wheels with commemorative caps.
1959 Chevrolet Corvette CERV 1
The “CERV-1” (Chevrolet Engineering Research Vehicle) was developed as a research tool for that company’s continuous investigations into automotive ride and handling phenomena under the most realistic conditions. The car was built at the Chevrolet Engineering Center at Warren, Michigan in a special project headed by Mr. Zora Arkus-Duntov, Chevrolet Staff Engineer.