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1988 Corvette Challenge Car Series
The 1988 Corvette Challenge Series was created by John Powell of Powell Motorsports. Chevrolet built fifty-six identical Corvettes for the first year of the Corvette Challenge in 1988. Each was equipped exactly the same, with all standard equipment, the 245hp Cross-Fire fuel injection engine, Doug Nash 4+3 transmission, Z51 Handling Suspension package.
Genovation GXE C7 Corvette Stingray
Genovation Cars unveiled an electric Corvette with more power under its hood than a Dodge Challenger Hellcat. They call their car the Genovation GXE, and it is an EV (electric vehicle) variant of the seventh-generation Corvette. The company decided that they would replace the factory LT1 engine found in all base-model C7 Corvettes with a pair of electric motors that, when working in conjunction with each other, provide over 800 horsepower and 700 pound-feet of torque. 
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.
For the 1964 New York World's Fair, Bill Mitchell and his Styling team at the Tech Center customized a production Sting Ray under Shop Order #10361 with a variety of items that transformed the already impressive Corvette into a showpiece like no other.  An opening was cut into the center of the car's hood exposing a polished fuel injection manifold with the Corvette crossed flags in its very center.
The XP-895 was one in a series of experimental Corvettes built to explore alternative engine placements and chassis layouts. This vehicle features an 400 cid small block V8 mounted transversely in a mid-engine position. It utilizes a Turbo Hydramatic transmission via a bevel gear box. The body panels are all aluminum.
The XP-755 was designed and the prototype was built in the beginning of 1961. Bill Mitchell was very excited about the double-bubble roof, the side exhausts and rear. It is equipped with a single four-barrel carburetor that produces upwards of 425 horsepower. The Corvette XP-755 Concept had a streamlined design, pointed snout and outlandishly future looking elements everywhere. The 1961 Mako Shark I (XP-755) was an early concept.
Chevrolet knows their clientele, and with the 1996 Corvette Collector's Edition LT4, the automaker put together a special package that would entice hard-core 'Vette fans with a unique tribute to the outgoing C4 model. The $1250 option brought unique Sebring Silver Metallic paint, 5-spoke wheels, and, of course, special badges and embroidery. It also received the upgraded LT4 powerplant available in the Grand Sport, and with 330 horsepower on tap.
2019 Corvette ZR1 in Sebring, Orange
The Corvette ZR1 features an LT5 6.2L V-8 supercharged engine which dramatically advances the supercharging technologies first introduced in the 2009 sixth-generation Corvette ZR1 and continued with the 2015 seventh-generation Z06 Corvette. The engine, which is officially rated with an SAE-certified 755 horsepower (563 kW) and 715 lb-ft of torque (969Nm), establishes an entirely new benchmark in Chevrolet performance.
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.
To clothe the 1965 mid engine Corvette chassis, the designers at Styling Staff proposed a much more radical shape than Zora Arkus Duntov, the main force behind a mid engine Corvette, had in mind. It would have provided rear vision solely through a periscope. The design had bold air intakes at the rear and a split windscreen that lifted up with the gullwing doors.
The 2005 Corvette Pace Car paced at the 89th Annual Indianapolis 500 on May 29, 2005. It was driven by Retired Army General and former Secretary of State Colin Powell. There were three Pace Cars produced. Eight Track/Festival convertibles painted Victory Red Corvette were used on race day. These Track/Festival Pace Cars did not have the center silver stripe, logo-embroidered headrest, and graphics that were on the actual pace car. There were two replica pace cars produced.
The Astro II was one of the most significant case studies of Duntov’s outright refusal to let his mid-engine dreams die, and as such, ultimately entered the history books as a precursor to the eventual mid-engine, C8 Corvettes of today. The Astro II was designed in a way that was more representative of the Corvette’s typical styling cues, than that of The Astro I.
The Corvette team decided to one-up the Viper with four extra cylinders, they decided on one of Ryan Falconer’s stunning, all aluminum, 600-cubic-inch, 683hp, 680 lb-ft V-12 racing engines. The biggest challenge was the fact that the all-aluminum V-12 engine was 8.8-inches longer than the production Corvette engine. So the front end of the ZR-1 would have to be stretched 8 inches. This test car was named Conan, after his raw, beastlike charisma.
The 1986 Corvette Indy Prototype was developed beyond clay modeling to the point of a fully-functioning, drivable car, though it was clearly understood that this car would never evolve beyond the prototype stage.  Like the clay mock-up before it, development of the mid-engine Indy prototype began in 1985, pulling design cues from its predecessor.
This one-off 1961 Vignale Corvette was built for the 1961 Salon de l'Automobile in Paris, France. It was based on a 1960 Corvette chassis and built by Italian coachmaker Carrozzeria Vignale. The body was designed by Gordon Kelly.
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.
In August of 1955 GM styling created an exclusive Corvette for Prince Bertil of Sweden, who reportedly placed his order direct with Harlow Curtice, GM President. All modifications were confined to the exterior. Visible in the frontal view are an entirely new, larger grille assembly with flat black screen instead of teeth and the replacement of the front emblem by a large "V".
1997 Callaway C12 Corvette Silver
Callaway has built a firm reputation for producing some of the most sophisticated and advanced Corvette-based automobiles. Introduced in 1998, Callaway’s C12 continued this proud legacy. Designed, developed and constructed by two top German engineering and development companies, Callaway and IVM, the C12 was intended as a bespoke, high-performance car that offered its occupants a civilized interior and relaxed ride. One of the most respected Corvette super-cars ever.
One special-edition Corvette was introduced in 2007 was based on the Corvette Pace Car that was used at the 91st running of the Indianapolis 500 driven by actor/racer Patrick Dempsey.  The significance of this car was the fact that GM had not produced a pace car replica since the 1998 model year, even though the Corvette had paced the prestigious event a bunch of times since then.
In 1977, GM chairman Thomas Murphy gave the Aero-vette the green light. It was approved for production, and slated to be released in 1980. Despite being greenlit for 1980 production as the upcoming C4 Corvette, Arkus-Duntov's replacement Dave McLellan decided for a number of reasons (cost and tradition among them) to stick with the Corvette's tried and true front-engine configuration
There were several successful attempts to build a convertible ZR-1, most of them by private people. The DR-1 was a GM prototype to test the structural integrity of the ZR-1 chassis when it would be topless. The car was built by American Sunroof Corporation (ASC) for Don Runkle, who was the vice-president of Advanced Engineering Staff, which explains the “DR-1” designation. It was a standard convertible transformed to ZR-1 specs.
This Sledgehammer reached 254.76 mph at the Transportation Research Center (TRC) in Ohio and became the world’s fastest street-legal car for some time. It was built up by Reeves Callaway in Connecticut as an example of what was possible with the new ZR1 and and turbocharging its LT5 engine. The result was a 898 bhp coupe that still retained luxuries such as air conditioning and a radio. It got this power by using a NASCAR-spec block with Mahle pistons and a massive turbo.