SPLIT-WINDOW STING RAY: The 1963 Corvette was a Legend in the Making
May 24, 2021
Posted by Barrett-Jackson
Written by independent automotive journalist David Neyens
This top-of-the-line 1963 Split-Window Fuelie Corvette (Lot #753) will be selling with No Reserve at the 2021 Las Vegas Auction.
Of all the legendary sports cars produced after WW II, the 1963-67 Sting Ray stands as a massive landmark in the Corvette’s transformation from a stylish but relatively tame cruiser into a true sports car. Design and development dates to 1957 with sketches by Peter Brock, who studied at the Art Center School of Design and joined General Motors at just 19 years of age. Brock’s futuristic and sophisticated drawings won an internal design competition at GM and predicted the Corvette’s future styling direction, giving a foretaste of the many innovations yet to come from the youthful designer. While not all of Brock’s ideas were incorporated into the XP-84 “Q-Corvette” concept that followed, including his ideas on high-speed aerodynamics, many of them did influence the eventual 1963 Sting Ray.
Bill Mitchell, who was Harley Earl’s handpicked successor as head of GM’s styling studios, took things further, gaining approval to design and build a new racing car – using one of the two exotic frames from the cancelled Corvette SS – at his expense and on his own time. Built with GM stylist Larry Shinoda, Mitchell’s racecar was dubbed “Stingray” and took the 1960 SCCA C-Modified racing championship, with Dick “The Flying Dentist” Thompson driving. Subsequently driven around Detroit by Mitchell, his stunning racer was a major step, followed by the equally stunning XP-755 Mako Shark show car of 1961, on the road to the next-generation Corvette readied for production under the watchful eye of Shinoda by mid-1962.
Sleek, aggressive and otherworldly in appearance, the production Corvette Sting Ray remains stunning today. More importantly, underneath that gorgeous new bodywork was a serious sports car, riding a shorter wheelbase than before and featuring a new front suspension and independent rear setup. The Corvette’s many engineering advances came from engineer/racer Zora Arkus-Duntov and his Corvette engineering team, relentlessly tested and proven with a long line of racing Corvettes, test “mules” and CERV I, the first Corvette Engineering Research Vehicle. Offered as a dashing convertible and sleek new coupe, the new Corvette Sting Ray drew immediate acclaim and outsold the prior year’s model by nearly 7,000 units.
Interestingly, the 1963 Sting Ray coupe’s split rear window treatment was controversial when the car was new, and this distinctive styling cue was dropped after the inaugural model year. Controversial or not, 1963 Split-Window Corvette coupes are highly sought-after today. Powertrain choices for 1963 were numerous, based around several versions of Chevrolet’s famed 327ci small-block V8, ranging from the milder 250- and 300-horsepower units to the fuel-injected L84 option delivering 360 factory-rated horses. According to published sources, just 2,610 of 21,513 Corvette Sting Rays built for 1963 were equipped with the potent L84 mill, which was priced at a considerable $430 extra.
[](1963 CHEVROLET CORVETTE 327-360 SPLIT-WINDOW FUELIE%5FEngine)Clearly benefiting from a frame-off restoration and finished in Riverside Red with a black leather interior, this Split-Window 1963 Chevrolet Corvette coupe (Lot #753) is a perennially collectible, top-of-the-line example and will be offered with No Reserve at the Las Vegas Auction. Powered by a matching numbers RPO L84 fuel-injected 327/360hp engine mated to a BorgWarner T10 4-speed manual transmission, it is further equipped with a U69 AM-FM radio, J50 power brakes and P48 cast-aluminum knock-off wheels.
Stunning throughout, this frame-off restored, fuel-injected 1963 Corvette Split-Window provides a virtual trip back in time to when it was new.
For up-to-date information on this vehicle, click HERE. For a look at all the vehicles headed to the 2021 Las Vegas Auction (with more being added daily), click HERE.