Last Updated: August 19, 2026 | Read Time: 8 minutes
The 1963 Corvette Stingray introduced the split rear window and became one of the most immediately recognizable American cars in history. The 1964 Corvette Stingray removed the split rear window, refined everything else, and became the better car. That specific sequence — the first-year drama followed by the second-year improvement — defines the 1964’s collector identity. It was not the car that everybody noticed first. It was the car that anybody who drove them preferred. The 1964’s 327 cubic inch small-block V8 in its fuel-injected L84 configuration produced 375 horsepower.
The chassis was more refined than the 1963 thanks to Zora Arkus-Duntov’s suspension revisions. The interior was quieter, the production quality was higher, and the 22,229 examples built represent the second year of the most significant American sports car design in the marque’s history. This is the complete story.
Quick Facts – 1964 Corvette Stingray
— Generation: C2 — Second generation Corvette (1963–1967)
— Model Year: 1964 — second year of the C2 generation
— Body Styles: Coupe (fastback with single rear window) and Convertible (removable hardtop optional)
— Total Production: 22,229 units
— Coupe Production: 8,304 units
— Convertible Production: 13,925 units
— Platform: Ladder-type steel frame — independent rear suspension first introduced 1963
— Wheelbase: 98 inches
— Overall Length: 175.3 inches
— Curb Weight: Approximately 3,000 to 3,200 lbs depending on engine and options
— Body Material: Fiberglass — all exterior panels
Five Engine Options (all 327 cubic inch V8):
— L75: 250 HP / single four-barrel carburetor / standard engine
— Second option: 300 HP / higher compression four-barrel
— L77: 340 HP / higher-performance camshaft and carburetor
— L76: 365 HP / solid-lifter camshaft / four-barrel / top carbureted option
— L84: 375 HP / Rochester Ramjet fuel injection / rarest and most valuable
— Transmissions: 3-speed manual (standard) / 4-speed manual close or wide ratio (Muncie M20/M21) / 2-speed Powerglide automatic
— Front Suspension: Independent double-wishbone with coil springs
— Rear Suspension: Independent three-link with half-shafts acting as upper control arms
— Brakes: 4-wheel drums (standard) / Sintered metallic optional
— Key 1964 Changes From 1963: No split rear window / deleted fake hood vents / revised interior / improved sound deadening / Duntov suspension refinements / new instrument bezels
— Duntov’s Role: Zora Arkus-Duntov insisted on eliminating split window and fake vents for improved function
Collector Values:
— Convertible good condition (250–340 HP): $45,000–$65,000
— Coupe good condition (250–340 HP): $55,000–$75,000
— 365 HP L76 excellent condition: $75,000–$100,000
— 375 HP L84 fuel injection matching numbers: $100,000–$150,000+
Sources: Corvette Museum Historical Archives, Hagerty Valuation Tool, NCRS Documentation Guidelines, Hemmings Motor News, Bring a Trailer Transaction Records
Overview
The Better Corvette That Finished Second In History
There is a consistent pattern in automotive collecting: the first year of a new design earns the greater fame and the higher values, while the second year earns the greater refinement and the more satisfying ownership experience. The 1963 Mustang, the 1953 Corvette, and the 1963 Corvette Stingray all follow this pattern — the debut year gets the story, and the second year gets the suspension tuning and the interior improvements that make the car actually good to live with.
The 1964 Corvette Stingray is the specific expression of this pattern in the C2 generation. The 1963 introduced the split rear window coupe, the independent rear suspension, the hidden headlights, the new chassis, and the new body that transformed the Corvette from a stylish but dynamically dated C1 into a genuine sports car capable of competing with European machinery on its own terms. The 1964 refined every element that Corvette chief engineer Zora Arkus-Duntov and body designer Bill Mitchell had introduced the year before, addressed the specific compromises that first-year production and first-year design decisions inevitably produce, and emerged as the version that the engineers preferred.
The deletion of the split rear window is the 1964’s most discussed change and the one that most directly affects its collector value relative to the 1963 coupe. The split window is genuinely less practical than the single-pane rear window that replaced it — Duntov’s argument against the spine was specifically grounded in the rearward visibility compromise it created, and his assessment was correct in functional terms.
But the split window’s specific visual drama — the single unique year of that divided view — has made it the more collectible configuration regardless of the practical arguments against it. The 1964 coupe owner gets better visibility and a less famous car. That specific trade-off has been consistent across six decades of the C2 collector market.
What the 1964 provides that the 1963 does not is higher production quality, better chassis calibration, a more refined interior, and the same access to the C2 generation’s full engine range — including the 375-horsepower Rochester Ramjet fuel-injected L84 that is the most desirable engine in any C2 Corvette regardless of model year. For buyers whose primary interest is the driving experience rather than the historical first-year distinction, the 1964 is the honest recommendation in the early C2 generation. For buyers whose primary interest is maximum collector recognition and single-year-only provenance, the 1963 split-window coupe commands its premium for specific reasons that are unlikely to change.
Section 1 – The Design Body
What The 1964 Looked Like And Why It Looked Different From The 1963
The 1964 Corvette Stingray’s exterior design was Bill Mitchell’s C2 body with two specific subtractions that improved both function and visual clarity. The split rear window spine was removed. The simulated hood vents — which appeared on the 1963 as non-functional styling elements that Duntov considered dishonest engineering — were deleted. The result was a cleaner, more honest design that lost the 1963’s most theatrical element while gaining coherence.
The C2 body’s fundamental architecture remained unchanged and remained extraordinary. The hidden headlights that rotated open under electric power — a feature that had no production precedent in American cars when they appeared on the 1963 — continued into 1964 with the same dramatic reveal. The fastback greenhouse of the coupe, with its aggressive rake and the large rear glass that the single-pane window provided, maintained the visual presence that had made the 1963 a sensation on its introduction. The convertible’s proportions — the long hood, the cut-down doors, and the abbreviated tail — continued to communicate the Corvette’s specific performance identity with the specific clarity that comes from a body where every surface communicates purpose.
The fiberglass body panels were the Corvette’s specific construction approach since 1953, and by 1964 the production team at the St. Louis assembly plant had enough experience with the material and the molds to produce panels with better consistency than the first-year 1963 examples. The 1963’s production challenges — including panel fit issues and surface quality inconsistencies that owners and dealers reported in sufficient volume to become documented — were reduced in 1964 as the production process matured. This improved quality is one of the specific practical arguments for the 1964 over the 1963 as a driver-grade collector car rather than a concours display piece.
The coupe’s fastback roofline required the rear window to serve simultaneously as the car’s visual terminus and as the primary rearward sightline for the driver. The single-pane glass that replaced the split window provided genuine improvement in this function — the driver’s view of traffic behind the car was cleaner, more complete, and less obstructed than the 1963’s divided view. That the 1963 split window commands a collector premium despite this functional disadvantage is a specific demonstration of how automotive collecting operates: rarity and visual drama consistently outperform functional superiority in determining collector values.
The convertible body style outsold the coupe by a meaningful margin in 1964 — 13,925 convertibles versus 8,304 coupes out of the 22,229 total production. American sports car buyers of the mid-1960s consistently preferred open-air driving to the coupe’s enclosed fastback, a preference that has gradually reversed in the collector market where the coupe’s visual drama now commands a slight premium over equivalent convertibles in the same engine and condition tier.
Section 2 – The Engines
Every 327 Available In 1964 – From 250 HP To 375 HP Fuel Injection
The 1964 Corvette Stingray’s engine lineup is the specific technical story that defines the car’s performance credentials and its collector market hierarchy. Every engine in the 1964 Corvette is a variant of the 327 cubic inch small-block V8 — the specific displacement that Chevrolet engineering had determined was the optimal combination of displacement, rev capability, and packaging for the Corvette’s performance mission. The 327 small-block’s specific character — its ability to produce strong midrange torque while also revving freely to high RPM — made it one of the most celebrated American engines of the 1960s, and the 1964 Corvette offered it in five distinct states of tune that spanned from comfortable street performance to race-ready intensity.
The L75 — 250 Horsepower Standard Engine
The base 327 cubic inch V8 in the 1964 Corvette produced 250 horsepower through a single Carter four-barrel carburetor, a hydraulic camshaft, and compression ratio appropriate for the regular-grade fuel that most American buyers used in 1964. The L75 is the engine that made the 1964 Corvette accessible to buyers who wanted the car’s styling, its chassis, and its overall sports car character without the maintenance demands of the higher-output configurations.
The L75’s 250 horsepower was not a compromise in 1964 context — in a car weighing approximately 3,000 pounds, 250 horsepower provided acceleration that exceeded most American cars of the era and most European sports cars at comparable price points. The L75’s hydraulic camshaft provided a smooth, quiet idle and a progressive power delivery that made the car genuinely pleasant in traffic in a way that the solid-lifter high-output engines did not. For owners who drove their Corvettes in everyday conditions rather than on track days, the L75 was the correct engine choice regardless of its position at the bottom of the output hierarchy.
The Mid-Range Options — 300 HP And 340 HP
Between the base L75 and the top-level L76 and L84 sat two additional output levels that provided meaningful performance improvements over the base engine while remaining more streetable than the highest-output configurations. The 300-horsepower 327 used a higher-compression ratio and a more aggressive carburetor calibration than the L75. The 340-horsepower L77 used a further-refined camshaft profile and specific cylinder head work to raise output another step.
These mid-range engines served the specific buyer who wanted more performance than the base engine provided without the maintenance demands of the solid-lifter L76 or the tuning sensitivity of the L84 fuel injection. The 340-horsepower configuration in particular is the one that period road testers most frequently used for performance evaluations of the 1964 Corvette — fast enough to demonstrate the car’s genuine sports car credentials without the specific behavior of the race-oriented top-output engines.
The L76 — 365 Horsepower Top Carbureted Option
The L76 365-horsepower 327 is the highest-output carbureted engine available in the 1964 Corvette and the choice that most serious performance buyers who did not want fuel injection selected. The L76 used a solid-lifter camshaft — the specific mechanical component that most directly distinguished the race-oriented engine configurations from the street-oriented hydraulic-lifter alternatives. A solid-lifter camshaft requires more frequent adjustment than a hydraulic-lifter unit, produces a more aggressive idle sound and character, and operates most efficiently at higher RPM than the street-going engines.
The L76’s 365 horsepower in a 3,000-pound car produced quarter-mile times in the low 14-second range with a skilled driver and appropriate tire preparation — performance that placed the 1964 Corvette in genuine competition with dedicated sports racing cars of the era and that remains genuinely quick by the standards of any non-supercharged naturally aspirated production car from any era. The L76 is the engine that defines the 1964 Corvette as a performance car in the most complete sense rather than simply a stylish car with an adequate engine.
The L84 — 375 Horsepower Fuel Injection
The L84 is the engine that transforms any 1964 Corvette it occupies from a collectible into a landmark. Rochester Ramjet fuel injection — the specific continuous-flow fuel injection system that Corvette engineering had offered since 1957 — reached its final and most refined expression in the 1964 application, producing 375 horsepower from the same 327 cubic inch displacement that the carbureted engines used.
The Rochester Ramjet system used a single fuel meter that distributed fuel to individual injector nozzles at each intake port — a mechanical fuel injection approach that provided more consistent fuel delivery across the RPM range than any carburetor could achieve and that eliminated the fuel starvation under lateral acceleration that carburetors in high-performance applications could produce. The system was tuned for maximum power output rather than fuel economy, and the L84’s 375 horsepower at the time of its introduction made it one of the highest specific-output naturally aspirated production engines available anywhere in the world.
The L84 required more maintenance attention than the carbureted alternatives — the fuel injection system’s calibration sensitivity meant that optimal performance required a technician familiar with the specific system, and finding such technicians was already becoming difficult even in the mid-1960s. By the 1970s, many L84-equipped Corvettes had been converted to carburetor induction by owners who found the injection system’s maintenance demands prohibitive. This specific conversion history means that documented, functioning, matching-numbers L84 examples are significantly rarer than the production records suggest — the survival rate of original, unmodified L84 systems is meaningfully lower than the L84 production percentage.
A documented, numbers-matching L84 1964 Corvette with functioning original fuel injection is one of the most significant C2 Corvette collectibles available in the current market, commanding values of $100,000 to $150,000 or more depending on condition and documentation.
Section 3 – Zora Arkus – Duntov And The Engineering Story
The Man Who Made The Corvette What It Was – And What He Did In 1964
Zora Arkus-Duntov’s role in the 1964 Corvette Stingray’s development is not incidental to understanding the car — it is the central engineering story of why the 1964 is better than the 1963 in measurable terms. Duntov was the Belgian-born engineer who joined General Motors in 1953 specifically to develop the Corvette into the sports car it had promised to be but initially was not. His engineering interventions across the C1 generation — the high-lift camshaft that bears his name to this day, the suspension development work, and the V8 engine installation that gave the Corvette its performance character — are the specific reasons the Corvette survived its difficult early years.
For the C2 generation’s development and production, Duntov’s specific contribution to the 1964 model was the chassis refinement that the first year of production had identified as necessary. The 1963’s independent rear suspension — Duntov’s primary structural innovation for the new generation — was fundamentally sound in concept but benefited from the calibration work that one year of production experience and Duntov’s ongoing development allowed. The 1964 suspension calibration was more composed on the specific road surfaces American drivers encountered than the 1963 had been, and the improvement was directly attributable to Duntov’s hands-on development work between the 1963 introduction and the 1964 production start.
Duntov’s elimination of the fake hood vents is the specific design decision that most clearly illustrates his engineering philosophy and his relationship with body designer Bill Mitchell. The vents appeared on the 1963 hood as non-functional styling elements — they looked like they provided ventilation for the engine bay but were sealed panels that provided no airflow function. Duntov objected specifically on the grounds that styling elements that implied engineering function without providing it were dishonest engineering, and he argued for their removal with sufficient conviction that they were deleted for 1964. The split rear window’s elimination involved a similar argument — the spine compromised rear visibility without providing any engineering benefit, and Duntov’s functional objections prevailed.
The relationship between Duntov’s engineering priorities and Mitchell’s styling direction defined the C2 generation’s character throughout its five-year production run. Mitchell valued visual drama and sculptural design impact. Duntov valued functional integrity and performance capability. The 1964 is the specific year where Duntov’s engineering priority most directly shaped what was removed from Mitchell’s design — and the result is a car that is simultaneously less dramatic and more honest than the 1963.
The 1964 Corvette’s engineering story — Duntov’s chassis refinements, the independent rear suspension, the fuel injection system’s specific maintenance demands — connects directly to the engineering lineage of the modern Corvette. Our complete guide to the most reliable cars 2026 covers the C8 Corvette’s above-average Consumer Reports reliability score, documenting how the specific engineering philosophy that Duntov established in the C2 generation has evolved into the contemporary Corvette’s reliability profile.
Section 4 – The Driving Experience
What The 1964 Actually Felt Like On American Roads In Its Time
The 1964 Corvette Stingray’s driving experience was unlike anything else available to American car buyers in 1964, and the specific character of that experience is worth understanding in its own right rather than simply as a list of specifications.
The independent rear suspension — the C2’s most important engineering departure from the C1’s solid rear axle — transformed the Corvette’s behavior on the imperfect road surfaces of the mid-1960s. A solid rear axle’s behavior when one wheel encounters a bump transmits a steering input to the driver through the axle’s connection to both wheels simultaneously. The independent rear suspension allowed each wheel to react to its own surface independently, maintaining tire contact with the road without the connected behavior of the solid axle. In practical terms, the 1964 Corvette could be driven quickly on imperfect roads — the American rural highway network of the 1960s, with its variable surfaces and irregular maintenance — in a way that the C1 Corvette could not.
The front suspension — double-wishbone with coil springs — provided the specific steering feel that contemporary road testers consistently identified as more precise and more responsive than the European sports cars that American buyers might compare the Corvette against. The 1964’s steering communicated road surface information to the driver’s hands in a way that informed driving decisions rather than simply transmitting forces. The steering ratio was genuinely quick for an American car of the era — a single characteristic that contributed more to the Corvette’s sports car identity than any other single aspect of the chassis.
The engine’s specific character depended entirely on which of the five options the buyer had selected. The L75 base engine’s hydraulic camshaft produced an idle that was indistinguishable from any conventional American V8 of the period — smooth, quiet, and unremarkable until the throttle was pressed and the 327’s specific rev character became apparent.
The L84 fuel-injected engine started cold with a mechanical precision that carbureted engines of the period did not replicate — the injection system’s fuel distribution was consistent regardless of temperature in a way that the float-bowl carburetors of the era were not. At wide-open throttle above 4,000 RPM, the L84’s specific induction sound — a high-pitched mechanical hiss from the injection system overlaid on the 327’s characteristic V8 exhaust note — was unlike any other production car sound of the period.
Period road tests by Car and Driver, Motor Trend, and Road & Track consistently documented the 1964 Corvette as the fastest American production car in the quarter mile and among the fastest in top speed — magazine test cars equipped with the L84 consistently ran the quarter mile in approximately 14.1 to 14.5 seconds at speeds above 100 mph, figures that exceeded comparable European sports cars that cost significantly more.
Section 5 – The Interior
What The 1964 Changed Inside And Why It Mattered
The 1964 Corvette Stingray’s interior revisions were the specific changes that most directly affected the ownership experience for drivers who spent time in the car rather than simply admiring it from outside. The 1963 interior had been criticized by period reviewers for specific ergonomic compromises — instrument readability concerns, wind noise at highway speed, and the specific cabin noise level that fiberglass body construction’s minimal sound deadening produced.
The 1964 addressed these concerns with revised instrument bezels that improved gauge readability, additional sound deadening material applied to the floors and firewall, a redesigned center console with revised storage and control layout, and the specific attention to cabin refinement that the first year of production had identified as necessary. The improvements were not dramatic — the 1964 interior retained the fundamental character and layout of the 1963 — but they represented the difference between a car that required the driver’s acceptance of certain discomforts and a car that provided a more complete driving environment.
The specific gauge cluster — five separate circular instruments arranged horizontally across the dashboard — remained unchanged in layout from the 1963 but received revised bezels for 1964 that improved their visual clarity. The large tachometer in the center of the cluster, directly in the driver’s sightline, was the instrument most critical to the performance driving that the Corvette’s engine lineup demanded. At 7,000 RPM on the L84, the tachometer’s needle position was the primary communication between the engine’s capability and the driver’s gear change timing.
The bucket seats provided the lateral support that performance driving required in a way that conventional American bench seats did not. The Corvette’s specific seating position — close to the floor, relatively close to the windshield, and positioned to place the driver’s hands naturally on the small-diameter steering wheel — communicated the driver’s specific intention more clearly than the upright, highway-cruise-optimized position that American cars of the period universally provided.
Section 6 – The 1964 In The Collector Market
What Every Configuration Is Worth And The Honest Buying Guide
The 1964 Corvette Stingray collector market is one of the most stable and most thoroughly documented segments of the American classic car world. The C2 generation’s specific collector appeal — established over six decades of Corvette enthusiast community activity, auction documentation, and organized club registration through the National Corvette Restorers Society — provides both the value framework and the authentication tools that give buyers and sellers the most complete market information available for any generation of the Corvette.
The value hierarchy in the 1964 market follows the engine-first framework that applies to most American performance car collectibles. The base L75 250-horsepower examples — the most commonly produced configuration — represent the entry point into 1964 Corvette ownership and the most accessible price tier. Good condition convertibles with the L75 engine and presentable but not concours-quality restoration sell in the $45,000 to $65,000 range in the current market. Good condition coupes with comparable specifications command a premium of approximately $5,000 to $10,000 over equivalent convertibles, reflecting the coupe’s lower original production numbers and its current collector preference.
The 1964 Corvette Stingray’s $45,000 entry price for a good-condition convertible reflects the specific collector premium that the C2 generation’s design and performance heritage commands — for buyers who want the Corvette’s rear-wheel-drive sports car philosophy at prices closer to original affordability, our guide to the best sports cars under $10K covers the used American sports car alternatives that carry related performance DNA at accessible prices.
The L76 365-horsepower configuration — the top carbureted engine — represents the performance collector’s entry point. Documentation of the L76 option through the original Protect-O-Plate service record, the broadcast sheet, or an NCRS tank sticker verification is the specific authentication requirement that distinguishes a genuine L76 from a later engine swap. Documented L76 examples in excellent condition range from $75,000 to $100,000, with exceptional examples or particularly desirable color combinations reaching above that range.
The L84 fuel-injected 375-horsepower configuration is the top of the market and the configuration where authentication matters most and where fraudulent representations have been most common historically. The specific authentication requirements for a claimed L84 include: matching engine block casting number to the original VIN-derived date code sequence, original Rochester Ramjet injection unit with correct date codes, original intake manifold, and supporting documentation including the original window sticker, Protect-O-Plate, and broadcast sheet. A fully documented, numbers-matching L84 that has not been converted to carburetor induction is the rarest and most valuable 1964 Corvette configuration in the current market, commanding $100,000 to $150,000 for excellent examples with complete documentation.
The 1964 Corvette Stingray’s L84 fuel-injected value tier of $100,000 to $150,000 places it in the same collector conversation as the most significant contemporary American performance cars — our complete guide to the 1970 Dodge Super Bee documents the competing Hellcat-era Chrysler collectibles, showing how the value hierarchy of 1960s American performance cars spans from the Corvette’s European sports car ambitions to the Dodge’s drag-strip performance focus.
The National Corvette Restorers Society’s Concours judging standards and authentication protocols are the primary reference for any serious 1964 Corvette transaction above $75,000. NCRS documentation — particularly the Survivor recognition for unrestored original examples and the Top Flight award for correctly restored examples — provides the specific quality certification that serious collectors and serious buyers use to validate a seller’s claims about any high-value C2 Corvette.
For buyers who want to verify actual transaction prices for 1964 Corvette Stingray examples across multiple auction houses and private sales — providing the broadest available picture of what these cars actually change hands for rather than what sellers ask — the Classic.com 1964 Corvette completed transaction database aggregates documented results from Barrett-Jackson, Mecum, Bonhams, and private sales in a single searchable reference.
Section 7 – The 1964 VS The Rest Of The C2 Generation
Where The 1964 Fits In The 1963–1967 Lineup And What Distinguishes Each Year
The C2 Corvette Stingray ran from 1963 through 1967 and produced five distinct model years that share a common design heritage while differing in specific ways that the collector market has assessed and priced accordingly. Understanding where the 1964 sits in this five-year context is essential for any buyer or enthusiast evaluating the complete C2 generation.
The 1963 is the most famous and most valuable C2 for the split-window coupe’s single-year uniqueness. It commands collector premiums of 30 to 50 percent over equivalent 1964 coupes because of the split window’s first-year exclusivity, a premium that has been consistent across the collector market for decades and that shows no signs of reduction.
The 1964 is the refinement year — better chassis, better production quality, same body style minus the split window, same engine range. It is the honest choice for buyers who want the C2 Corvette ownership experience at the lowest per-feature cost in the generation.
The 1964 Corvette Stingray’s place in Chevrolet’s performance car story is most complete when viewed alongside the full arc of Chevrolet’s sports car heritage — our complete guide to sports Chevy cars covers the 1953 original through the C8 ZR1X, showing where the C2 generation’s 1963 to 1967 five-year production run sits as the pivotal generation between the C1’s awkward adolescence and the C3’s stylistic excess.
The 1965 introduced four-wheel disc brakes — the specific safety and performance improvement that was the most significant engineering change in the C2 generation after the 1963 introduction of the independent rear suspension — alongside the optional 396 cubic inch Mark IV big-block V8 that added a different performance character alongside the continuing small-block options. The 1965’s disc brakes make it the most practical early C2 for owners who intend to drive their cars in modern traffic.
The 1966 and 1967 continued the big-block options with increasing displacement — the 427 cubic inch engines that produced up to 435 horsepower in the 1967 and that represent the peak of the C2’s available power before the emissions era began limiting output.
For buyers who value driving experience above specific year provenance, the sequence of recommendation is: 1965 or later for disc brakes and drivability, 1964 for refinement without the disc brake cost premium, 1963 split-window coupe for maximum collector recognition at maximum collector price.
The 1964 Corvette Stingray’s sports car mission was specifically different from the contemporary GM performance cars that shared its era — our complete guide to the 69 Chevelle covers the mid-size muscle car approach that General Motors simultaneously developed alongside the Corvette, showing how GM served different performance buyer priorities within the same model year lineup
FAQ
Q: What is the difference between the 1963 and 1964 Corvette Stingray?
A: The most significant difference is the rear window. The 1963 coupe’s split rear window — divided by a vertical spine — was eliminated after one year following Zora Arkus-Duntov’s objections to its rearward visibility compromise. The 1964 coupe uses a single uninterrupted rear glass. Additional 1964 changes include deleted simulated hood vents, revised interior instrument bezels, improved sound deadening, redesigned center console, and Duntov’s chassis suspension refinements. The 1963 commands a collector premium of 30 to 50 percent over the 1964 coupe because of the split window’s single-year production status.
Q: How many 1964 Corvette Stingrays were produced?
A: Total 1964 Corvette Stingray production was 22,229 units — 8,304 coupes and 13,925 convertibles. The convertible outsold the coupe by a ratio of approximately 1.7 to 1 in 1964, consistent with American sports car buyer preferences of the period. The rarest 1964 Corvette configurations are those equipped with the L84 375 HP fuel-injected engine, which represented a small percentage of total production.
Q: What was the most powerful engine in the 1964 Corvette?
A: The most powerful engine available in the 1964 Corvette Stingray was the L84 327 cubic inch V8 using Rochester Ramjet fuel injection to produce 375 horsepower. The L84 was the highest-output naturally aspirated engine in any American production car of 1964 in terms of specific output per cubic inch. It required more maintenance than the carbureted alternatives, which led many L84 cars to be converted to carburetor induction over the following decades, making original functioning fuel injection examples particularly rare and valuable.
Q: How much is a 1964 Corvette Stingray worth today?
A: 1964 Corvette Stingray’s value ranges from approximately $45,000 for a good-condition convertible with the base engine to $150,000 or more for a documented numbers-matching L84 fuel-injected example in excellent condition. L76 365 HP examples in excellent condition range from $75,000 to $100,000. Numbers-matching examples with original broadcast sheets and NCRS documentation command meaningful premiums above these ranges regardless of engine configuration.
Q: Is the 1964 Corvette a good investment?
A: The 1964 Corvette Stingray has demonstrated consistent value appreciation over multiple decades, with the L84 fuel-injected configuration and the high-output L76 examples showing the strongest long-term value growth. The NCRS and Hagerty data both confirm that documented, numbers-matching C2 Corvettes have appreciated at rates that outpace general collector car market averages. However, collector car values are not guaranteed to appreciate and are subject to market conditions, condition assessment, and authenticity verification. The strongest investment cases are for documented examples with original documentation and authenticated matching numbers across all drivetrain components.
Q: What does fuel injection mean on the 1964 Corvette?
A: Fuel injection on the 1964 Corvette refers to the Rochester Ramjet mechanical fuel injection system — a continuous-flow mechanical system that distributes fuel to individual injector nozzles at each intake port rather than using a carburetor to mix fuel and air in a common chamber. The Rochester Ramjet system provided more consistent fuel delivery across the RPM range than carburetion, eliminated fuel starvation under lateral acceleration, and produced the L84’s 375 horsepower — the highest output of any 1964 Corvette engine option. The system’s maintenance complexity led to many conversions to carburetion, making original functioning examples particularly valuable.
The Bottom Line
The 1964 Corvette Stingray is the version of the C2 generation’s opening statement that works best as a car — more refined than the 1963, before the cost premium of the 1965’s disc brakes, and offering the same complete engine lineup that defines the C2’s performance character. It is not the most famous C2. It is not the most visually theatrical. It is the one that Zora Arkus-Duntov’s engineering priorities most directly shaped after the first-year 1963 introduced every element of the generation’s character simultaneously.
The L84 fuel-injected example is the landmark collector car — one of the most significant American performance car configurations of the 1960s in a body that has never stopped being beautiful. The L76 365-horsepower example is the honest performance collector’s choice — genuine high-output character at a price point below the fuel injection premium. The base L75 example is the entry into C2 Corvette ownership for buyers who want the design and the chassis without the authentication complexity and price premium of the high-output configurations.
The 1964’s collector identity is the specific identity of a car that was always second — second year, no longer the split window, not yet the disc brakes — and that rewards the buyers who understand that second place in a race this competitive is still extraordinary. The 1964 Corvette Stingray is one of the most beautiful American cars ever built. That it is also one of the most refined early C2 Corvettes is not a coincidence. It is what happens when an engineer as specific as Zora Arkus-Duntov gets a second year to fix what a first year did not have time to complete.
The engineering philosophy that Zora Arkus-Duntov established in the 1964 Corvette — independent rear suspension, performance-first chassis calibration, and the elimination of styling elements that compromised function — is the direct ancestor of every Corvette generation that followed. Car and Driver’s complete Corvette history documents the continuous line from Duntov’s 1964 refinements through the C8 mid-engine architecture that represents the most current expression of his performance engineering philosophy.
Editorial Note
This article was written and reviewed in August 2026. All production figures — 22,229 total, 8,304 coupes, 13,925 convertibles — are from the National Corvette Museum historical production records, which are the primary authoritative source for C2 Corvette production data. All engine specifications — L75 250 HP, 300 HP, L77 340 HP, L76 365 HP, L84 375 HP — are from Corvette historical documentation maintained by the NCRS and the National Corvette Museum, confirmed by period technical specifications published by General Motors for the 1964 model year.
The 1963 split-window premium characterization of 30 to 50 percent over equivalent 1964 coupes is an editorial assessment based on Hagerty Valuation Tool comparative data, Bring a Trailer completed auction results from 2024 and 2025, and Hemmings Motor News listing analysis as of June 2026. The 2026 collector value ranges cited — $45,000 to $65,000 for good-condition convertibles; $75,000 to $100,000 for L76 excellent examples; $100,000 to $150,000+ for documented L84 examples — are editorial assessments based on the same sources.
All values represent ranges that reflect significant condition, documentation, and configuration variation; individual vehicles may sell above or below these ranges based on specific circumstances. The characterization of Duntov’s role in eliminating the split rear window and fake hood vents is from published Corvette historical accounts including the Corvette: America’s Sports Car published by the National Corvette Museum and David Newhardt’s Corvette: Fifty Years.
