The Lamborghini Aventador represents a new chapter in a lineage of naturally aspirated V12 flagship Lamborghinis stretching back to the Miura. Every V12 Lamborghini from the 350 GT (1964), Miura, Countach, Diablo, all the way through the Murciélago used an evolved version of the original Bizzarrini V12 designed by Giotto Bizzarrini in the early 1960s. The Aventador’s L539 V12 was only the second clean-sheet V12 engine in Lamborghini’s entire history.
Produced from 2011 through 2022, the Aventador replaced the Murciélago and introduced an entirely new 6.5-liter V12, carbon-fiber monocoque, pushrod suspension and electronically controlled all-wheel drive. Over more than a decade of production, it evolved from the original 691-horsepower LP 700-4 into increasingly powerful and aerodynamically sophisticated versions culminating in the 769-horsepower Aventador LP 780-4 Ultimae.
The Aventador occupied an unusual position in Lamborghini history. It was substantially more technologically advanced than the Murciélago it replaced, yet its basic drivetrain remained deliberately traditional in several important respects. The engine was naturally aspirated, power came from twelve cylinders arranged in a 60-degree V, and Lamborghini used a single-clutch automated manual transmission rather than the increasingly common dual-clutch gearbox. The result combined advanced carbon construction and electronics with the dramatic mechanical character traditionally associated with Lamborghini’s V12 cars.
It was also remarkably successful for such an expensive flagship. Lamborghini built more than 11,000 Aventadors, far exceeding production of the Murciélago and every earlier Lamborghini V12 model. The platform also formed the basis for a remarkable number of limited-production cars, including the Aventador J, Veneno, Centenario, Sián, Countach LPI 800-4 and several coachbuilt one-offs, making it one of the most important architectures in Lamborghini’s modern history.
Replacing the Murciélago
By the late 2000s, the Murciélago represented the end of a technical lineage that could be traced through the Diablo and ultimately back to Lamborghini’s earliest V12 architecture. Audi ownership had improved quality, electronics and manufacturing, but Lamborghini needed a new flagship engineered from the beginning around modern composite construction and contemporary chassis technology.
The Aventador was therefore much more than a heavily revised Murciélago. Its engine, carbon structure, suspension and transmission were all newly developed, giving Lamborghini an opportunity to redefine its V12 model without abandoning the characteristics customers expected from the marque.
The car was publicly unveiled at the 2011 Geneva Motor Show as the Aventador LP 700-4. As with other Lamborghini names, Aventador came from a fighting bull, while the traditional model designation described its longitudinally mounted engine, approximate metric horsepower and four-wheel drive.
Aventador Styling
The Aventador’s design was overseen by Filippo Perini and drew heavily from Lamborghini’s increasingly angular design language. The limited-production Reventón had already previewed many of the themes, including sharply faceted surfaces, Y-shaped graphics and aircraft-inspired details.
A very low nose, enormous side intakes and sharply tapered cabin create the traditional Lamborghini wedge in a modern form. Unlike the softer Murciélago, nearly every Aventador surface appears folded or tensioned, with openings and creases used to manage cooling and airflow as well as visual drama.
The car retained scissor doors, an important visual tradition of Lamborghini’s V12 flagships since the Countach. Their continued use also helps distinguish the Aventador from the smaller Gallardo and Huracán, which use conventional doors.
Carbon-Fiber Monocoque
One of the Aventador’s most important advances was its carbon-fiber monocoque. Lamborghini had used composites extensively before, but the Aventador incorporated the passenger compartment into a complete carbon structure engineered for exceptional stiffness and relatively low mass. The monocoque includes the passenger cell and roof structure as an integrated unit. Aluminum front and rear subframes attach to it and carry the suspension, engine, transmission and crash structures.
Lamborghini invested heavily in composite-material research and manufacturing, including partnerships with universities and aerospace specialists. The Aventador became a production application for that expertise and helped establish carbon construction as a central part of Lamborghini’s engineering identity.
LP 700-4
The original production model was the Aventador LP 700-4. Its designation followed Lamborghini convention: “LP” refers to Longitudinale Posteriore, describing the longitudinal rear-mid-engine arrangement, 700 represents approximate output in metric horsepower, and “4” denotes four-wheel drive.
The initial coupe was followed by a Roadster, and both formed the foundation of the range before the later S and SV derivatives appeared.
L539 V12
The Aventador introduced the L539, an entirely new 6,498cc naturally aspirated V12. This was particularly significant because Lamborghini’s previous V12 family had roots reaching back to the Giotto Bizzarrini-designed engine developed for the company’s first production cars in the early 1960s.
The new engine uses a 60-degree bank angle, dual overhead camshafts and four valves per cylinder. It was designed to combine high engine speed with the torque required to move a substantial all-wheel-drive supercar.
In original LP 700-4 specification it produced 700 PS, equivalent to approximately 691 SAE horsepower, at 8,250 rpm, with about 509 lb-ft of torque. The engine could rev beyond 8,000 rpm, giving the Aventador the high-rpm character increasingly absent from turbocharged competitors.
Naturally Aspirated Character
The absence of turbochargers is fundamental to the Aventador experience. Throttle response is immediate, and power builds progressively as engine speed rises rather than arriving as a large boost-driven surge in the middle of the rev range.
At low and moderate rpm, the 6.5-liter displacement provides enough torque that the car does not feel weak, but the engine becomes dramatically more intense above the middle of the tachometer. The exhaust note changes from a deep V12 growl into a much sharper howl as the engine approaches its power peak.
This characteristic ultimately became one of the Aventador’s greatest collector attractions. During its production life, Ferrari, McLaren and most other high-performance manufacturers increasingly adopted turbocharging or hybrid assistance, making a large naturally aspirated V12 progressively more unusual.
Dry-Sump Lubrication
The V12 uses dry-sump lubrication, allowing the engine to sit lower in the chassis while maintaining reliable oil supply under sustained cornering loads. Rather than storing the bulk of the oil in a deep pan beneath the crankshaft, pumps scavenge oil into a separate reservoir. This reduces engine height and helps lower the car’s center of gravity.
Dry-sump systems are common in serious racing and high-performance engines, and their use was particularly appropriate in a car capable of generating substantial lateral acceleration.
ISR Transmission
The Aventador uses Lamborghini’s Independent Shifting Rod, or ISR, seven-speed automated manual transmission.
Instead of using a dual-clutch gearbox, Lamborghini developed a single-clutch transmission employing multiple shifting rods that can begin preparing the next gear while the previous gear is being disengaged. This allows exceptionally fast shifts without the mass and packaging requirements of a dual-clutch unit capable of handling the V12’s torque.
The transmission is mounted ahead of the engine, continuing a packaging arrangement associated with Lamborghini’s longitudinal V12 cars. A driveshaft transfers power through the drivetrain to the rear and front axles.
Why No Dual-Clutch Transmission?
When the Aventador appeared, dual-clutch transmissions were rapidly becoming the standard for high-end performance cars. Lamborghini nevertheless chose ISR partly because an appropriate dual-clutch transmission would have added significant weight.
The single-clutch gearbox also gives the Aventador a distinctive personality. Full-throttle shifts in the most aggressive mode produce a sharp interruption and reapplication of power that can physically move the occupants forward and backward in their seats.
It is objectively less smooth than a modern dual-clutch gearbox, especially at low speeds, but that mechanical violence became part of the Aventador experience. Properly driven, slight throttle modulation during ordinary shifts can make the transmission substantially smoother.
Haldex All-Wheel Drive
The Aventador uses electronically controlled all-wheel drive, with a Haldex coupling capable of varying torque distribution according to available traction and driving conditions. The system normally maintains a rear-biased character but can send substantial torque toward the front axle when required.
This allows the Aventador to deploy nearly 700 horsepower far more effectively than a comparable rear-wheel-drive car, particularly when accelerating from low speed or on imperfect road surfaces.
Pushrod Suspension
The Aventador introduced pushrod-operated suspension to Lamborghini’s production flagship. Rather than mounting the spring and damper assemblies directly between the wheel carriers and body in a conventional arrangement, pushrods transfer wheel movement to horizontally oriented inboard units.
The layout has strong motorsport associations and allows precise control of suspension geometry while moving spring and damper mass inward. It also creates space around the wheels and contributes to the Aventador’s dramatic exposed suspension engineering.
Brakes
Large carbon-ceramic brakes were standard equipment, providing the stopping power required for a car capable of more than 200 mph. Carbon-ceramic rotors resist fade during repeated high-speed braking while reducing unsprung mass compared with similarly sized iron discs. Large multi-piston calipers provide enormous clamping force.
Rotor condition remains an important inspection point on used cars. Carbon-ceramic discs can last a long time in road use, but replacement is extremely expensive, and track use can accelerate wear.
Active Rear Wing
The Aventador incorporates an active rear spoiler that changes position according to vehicle speed and driving conditions. At lower speeds it can remain relatively unobtrusive, while at higher speeds it changes angle to increase aerodynamic stability.
Cooling openings and air intakes are also carefully integrated into the body, allowing the car to manage the substantial heat produced by its V12 and drivetrain without relying on a permanently enormous rear wing.
Performance
The original Aventador LP 700-4 could accelerate from 0–100 km/h in approximately 2.9 seconds, with 0–60 mph occurring in a similar high-two-second to low-three-second range depending on testing methodology. Top speed was approximately 217 mph.
These figures placed it among the fastest production cars in the world when introduced, but the sensation of performance comes as much from the V12 and ISR shifts as from the raw acceleration numbers.
Driving Modes
The original Aventador provided several selectable driving modes, principally Strada, Sport and Corsa.
Strada softens drivetrain responses for road use, while Sport sharpens throttle, transmission and chassis behavior. Corsa provides the most aggressive calibration for track driving and produces the fastest and most abrupt shifts.
Later models expanded this concept with additional customization, allowing the driver greater control over individual drivetrain and chassis settings.
Aventador Roadster
The Aventador LP 700-4 Roadster joined the range after the coupe. Instead of a conventional power-folding roof, Lamborghini used removable lightweight roof panels that could be stored in the front luggage compartment. Avoiding a heavy powered roof mechanism preserved much of the coupe’s performance and structural integrity.
The Roadster provides a particularly dramatic experience because removing the roof exposes occupants much more directly to the V12’s induction and exhaust sound. The tradeoff is the need to manually remove and reinstall the roof panels.
Aventador J
The Aventador J, revealed in 2012, was one of the earliest and most extreme special derivatives. It eliminated the conventional roof and windshield, creating a radically open speedster based on Aventador mechanicals. The cart was actually a one-off functional street-legal roadster sold to a private collector for ~$2.8 million immediately upon reveal, not a production model or a static concept model.
Its importance lies partly in demonstrating how Lamborghini would use the Aventador architecture as the basis for highly exclusive special projects throughout the following decade.
Aventador LP 720-4 50° Anniversario
To celebrate Lamborghini’s 50th anniversary, the company introduced the Aventador LP 720-4 50° Anniversario. Engine output increased slightly to 720 PS, while revised aerodynamic bodywork distinguished the car from the standard LP 700-4.
Special colors, trim and commemorative details reinforced its limited-production status. Both coupe and Roadster versions were produced.
Aventador SV
The Aventador LP 750-4 Superveloce, introduced in 2015, represented the first major performance-focused evolution of the model. “Superveloce,” meaning “super fast,” is a designation Lamborghini historically reserves for lighter and more aggressive versions of its V12 flagships. The Aventador SV followed that tradition with increased power, reduced weight, revised suspension and substantially greater aerodynamic downforce.
Output increased to 750 PS, approximately 740 SAE horsepower, while Lamborghini removed around 50 kg compared with the standard Aventador.
SV Weight Reduction
The SV used more carbon fiber throughout the body and interior, while insulation, carpeting and convenience equipment were reduced. Lightweight seats, simplified interior trim and other detail changes contributed to the weight savings. The goal was not to create a completely stripped racing car but to make the Aventador more immediate and responsive.
The reduction in mass combined with additional power gave the SV noticeably sharper acceleration and chassis behavior.
SV Aerodynamics
The Aventador SV received a much more aggressive aerodynamic package. A large fixed rear wing, deeper front splitter, revised rear diffuser and numerous smaller body changes substantially increased downforce compared with the standard car.
Unlike the original Aventador’s relatively restrained active spoiler, the SV openly displays its aerodynamic purpose. The fixed wing became one of the model’s defining visual features.
SV Roadster
Lamborghini subsequently introduced the Aventador LP 750-4 SV Roadster. It combined the SV’s increased power, reduced weight and aggressive aerodynamic package with removable roof panels. Production was highly limited, giving the SV Roadster additional collector significance beyond the already scarce coupe.
Aventador S
The Aventador S, introduced for the 2017 model year, represented a substantial mid-cycle redesign. Power increased to 740 PS, while exterior styling, suspension, electronics and aerodynamics were extensively revised. The front and rear bodywork became more aggressive, but the most important changes were beneath the surface.
The S introduced rear-wheel steering, dramatically improving both low-speed maneuverability and high-speed stability.
Four-Wheel Steering
The Aventador S’s rear-wheel-steering system changes direction according to speed. At low speeds, the rear wheels steer slightly opposite the fronts, effectively shortening the wheelbase and making the large car easier to rotate through tight corners. At higher speeds, they steer in the same direction as the fronts, effectively lengthening the wheelbase and improving stability.
This technology made the Aventador feel significantly more agile without requiring fundamental changes to the carbon structure.
EGO Mode
The Aventador S introduced EGO mode, allowing drivers to customize certain drivetrain, steering and suspension settings independently. Rather than choosing only among preset Strada, Sport and Corsa configurations, the driver could combine characteristics to suit personal preferences. This reflected Lamborghini’s increasing use of electronic chassis management to broaden the car’s operating range.
Aventador S Roadster
The Aventador S Roadster brought the same powertrain, four-wheel steering and revised styling to the open version. As before, lightweight removable roof panels avoided the weight and packaging penalties of a folding roof mechanism. With the roof removed, the later exhaust calibration and higher-revving V12 make the S Roadster particularly theatrical.
Aventador SVJ
The Aventador SVJ, introduced in 2018, became the most extreme regular-production performance version of the platform. “SVJ” combines Superveloce with “Jota,” a designation historically associated with experimental and competition-focused Lamborghini variants.
The naturally aspirated V12 was developed to produce 770 PS, approximately 759 SAE horsepower, while the chassis, aerodynamics, suspension and exhaust were extensively revised.
ALA Active Aerodynamics
The SVJ introduced Lamborghini’s Aerodinamica Lamborghini Attiva, or ALA, system to the Aventador.
Rather than relying only on a conventional movable wing, ALA uses electronically controlled airflow channels to alter aerodynamic behavior. Valves can open or close passages in the front and rear aerodynamic structures, changing drag and downforce without requiring large external surfaces to move dramatically.
The system can also influence aerodynamic load from side to side during cornering, helping the car turn more effectively.
Aerodynamic Vectoring
One of ALA’s most interesting capabilities is aerodynamic vectoring. During cornering, the system can alter airflow across different sides of the rear wing, changing the aerodynamic load acting on the inside and outside rear wheels. This effectively uses air pressure as another chassis-control tool alongside steering, suspension and all-wheel drive.
Nürburgring Record
Before its official public introduction, the Aventador SVJ recorded a highly publicized lap of the Nürburgring Nordschleife. The time demonstrated the effectiveness of the ALA system, four-wheel steering and revised chassis rather than simply the additional engine output.
The achievement was particularly notable because the Aventador remained a relatively large, naturally aspirated V12 road car rather than a lightweight purpose-built track special.
SVJ 63
Lamborghini created the SVJ 63 as an especially limited version of the SVJ, with the number referring to Lamborghini’s founding year of 1963. Special graphics, exposed carbon and individually configured details distinguished these cars from standard SVJs.
The SVJ 63 was offered in both coupe and Roadster forms, adding another level of rarity to an already highly collectible model.
Veneno
The Lamborghini Veneno, revealed in 2013, used Aventador mechanical foundations but clothed them in radically different carbon-fiber bodywork. Created to celebrate Lamborghini’s 50th anniversary, the Veneno used an uprated version of the 6.5-liter V12 and extraordinarily aggressive aerodynamic surfaces.
Only a handful of coupes and Roadsters were produced, making the Veneno one of the rarest and most expensive Lamborghini road cars. Although visually almost unrelated to the Aventador, its drivetrain and basic architecture place it firmly within the Aventador family tree.
Centenario
The Lamborghini Centenario was introduced to commemorate the 100th anniversary of founder Ferruccio Lamborghini’s birth. Again based on Aventador architecture, it used extensive carbon-fiber bodywork, an uprated V12 and sophisticated aerodynamics. It also helped introduce rear-wheel-steering technology before that feature became standard on the Aventador S.
Coupe and Roadster versions were produced in extremely limited quantities, and the model served partly as a technological preview of developments that would reach regular-production Aventadors.
SC18 Alston and SC20
Lamborghini’s motorsport division, Squadra Corse, also used Aventador mechanicals for highly specialized one-off projects. The SC18 Alston combined Aventador-based road-car engineering with aerodynamic ideas influenced by Lamborghini’s GT racing programs. The open SC20 explored a similar philosophy in speedster form.
These cars illustrate the flexibility of the Aventador platform and Lamborghini’s increasing willingness to create bespoke factory commissions for individual customers.
Sián FKP 37
The Lamborghini Sián FKP 37 used Aventador-based V12 architecture but introduced a significant new technology: hybrid assistance. Rather than a conventional lithium-ion battery pack, the Sián used a supercapacitor to store electrical energy and power a small electric motor integrated into the drivetrain.
The system provided relatively modest electrical assistance compared with later hybrid supercars, but it made the Sián Lamborghini’s first production application of electrification and previewed the company’s eventual transition toward hybrid V12 power.
Countach LPI 800-4
The modern Countach LPI 800-4, introduced in 2021, also used Aventador-derived mechanical architecture combined with the Sián’s supercapacitor hybrid system. Its styling reinterpreted elements of the original Countach while retaining the underlying carbon structure and V12 drivetrain lineage of the Aventador.
The model therefore represents another branch of the Aventador family even though Lamborghini marketed it under one of its most famous historic names.
Aventador Ultimae
The Aventador LP 780-4 Ultimae was created as the final regular-production evolution of the Aventador. Its 6.5-liter V12 produces 780 PS, approximately 769 SAE horsepower, making it the most powerful purely naturally aspirated production version of the Aventador engine.
The Ultimae combines much of the SVJ’s performance with somewhat less aggressive aerodynamic styling, effectively blending the refinement of the Aventador S with the power and chassis development of the later performance models.
Ultimae Coupe and Roadster
Lamborghini offered the Ultimae as both a coupe and Roadster. Production was deliberately limited, and the cars were identified with special exterior and interior details. Because the Ultimae represents the end of Lamborghini’s non-hybrid production V12 era, it carries historical significance beyond its relatively modest power increase over the SVJ.
End of Production
Aventador production concluded in 2022, although completion of the final cars was complicated by the loss of vehicles aboard the cargo ship Felicity Ace. Lamborghini restarted production of certain final cars to replace customer vehicles lost in the incident, extending the end of the manufacturing program. The final Aventadors marked the end of more than a decade of production and the end of Lamborghini’s purely naturally aspirated V12 flagship line before the hybrid Revuelto.
Aventador Versus Revuelto
The Lamborghini Revuelto replaced the Aventador with an entirely new electrified V12 architecture. It retains a naturally aspirated V12 but supplements it with electric motors, dramatically increasing total system output. A new dual-clutch transmission replaces the Aventador’s ISR single-clutch gearbox.
The Revuelto is objectively faster and technologically more advanced, but those changes make the Aventador historically important as the final Lamborghini flagship built around a V12 without hybrid assistance.
ISR Transmission Maintenance
The ISR transmission deserves particular attention when evaluating an Aventador. Its single clutch is a wear item, and repeated low-speed creeping can accelerate wear because the system must partially engage the clutch in much the same way a driver would slip a conventional manual clutch.
Diagnostic equipment can report clutch wear and other transmission information, making a proper pre-purchase inspection especially valuable. Driving technique has a major effect on clutch life, so mileage alone does not establish condition.
Driving the ISR Correctly
Owners accustomed to torque-converter automatics or dual-clutch transmissions sometimes treat the Aventador as though it should creep smoothly in traffic. Allowing unnecessary clutch slip generates heat and wear. It is generally preferable to allow the clutch to engage decisively and avoid prolonged creeping where possible.
During ordinary upshifts, a slight reduction in throttle can also smooth the transition. In Corsa mode at full throttle, however, the dramatic shift shock is intentional and forms part of the car’s character.
Cooling
Managing heat is critical in a mid-engine V12 car. The Aventador uses extensive radiators, oil coolers and airflow management to control engine and transmission temperatures. Large side intakes and electronically controlled cooling openings help provide airflow according to operating conditions.
Radiator condition, coolant history, hoses and fans deserve inspection, particularly on cars used extensively in hot climates or heavy traffic.
Front-Lift System
Because of its extremely low nose, many Aventadors were equipped with a front-axle lift system. The system raises the front of the car to clear driveways, ramps and speed bumps. Correct operation is important because damage to the front splitter and underbody is otherwise common.
Repeated scraping does not necessarily indicate serious structural damage, but the underside should be inspected carefully because cosmetic carbon-fiber components can be extremely expensive.
Carbon-Fiber Damage
The carbon monocoque makes accident history particularly important. Composite structures do not necessarily deform visibly like steel or aluminum, and internal delamination can occur after substantial impacts. Correct evaluation may require specialized inspection techniques.
A factory-authorized structural repair with complete documentation is very different from an Aventador with uncertain accident history and undocumented carbon work.
Paint and Exposed Carbon
Lamborghini offered an enormous range of colors through both standard production and the Ad Personam customization program. Bright greens, oranges, yellows and blues suit the Aventador’s angular shape particularly well, while more subdued colors can emphasize its complex surfaces. Exposed-carbon roof panels, aerodynamic components and interior pieces became increasingly common on later variants.
Factory documentation is valuable because unusual Ad Personam specifications can materially influence collector interest.
Wheels
Wheel designs changed repeatedly throughout production, with different diameters, finishes and forged designs available according to model and option package. Because aftermarket wheels are common, collectors increasingly value complete original wheel sets. The correct factory design is particularly important on limited versions such as the SV, SVJ and Ultimae.
Wheel condition should also be inspected carefully because the Aventador’s low-profile tires provide limited protection against pothole damage.
Tires
Tire condition is critical on any Aventador, and age matters as much as tread depth on low-mileage cars. A car that has traveled only a few thousand miles may still be wearing hardened tires that no longer provide the grip required for its performance. Correctly specified modern tires are essential for a car capable of more than 200 mph, even if an original set is retained separately for documentation purposes.
Brakes and Track Use
Carbon-ceramic brakes can survive extensive normal road use, but track operation changes the equation considerably. Repeated high-temperature braking can accelerate rotor and pad wear. Because replacement components are expensive, a pre-purchase inspection should evaluate brake condition rather than relying solely on mileage.
Evidence of track use is not automatically negative if maintenance was appropriate, but it should be considered alongside tire, suspension and drivetrain condition.
Interior Wear
Aventador interiors combine leather, Alcantara, carbon fiber and metal, and condition varies greatly according to use. The wide door sills and low seating position can cause bolster wear as occupants climb in and out. Switches, trim surfaces and steering-wheel materials also deserve inspection.
Later cars generally benefit from incremental improvements in electronics and interior execution, but even early examples remain unmistakably Lamborghini in layout and atmosphere.
Electronics
The Aventador uses substantial electronic control for the engine, transmission, all-wheel drive, suspension, aerodynamics and other systems. Battery condition is particularly important because low voltage can generate multiple warning messages and apparently unrelated faults. Cars stored for extended periods should generally be maintained with the appropriate battery charger.
A diagnostic scan is useful during a pre-purchase inspection because simply clearing warning lights does not establish that underlying faults have been corrected.
Exhaust Modifications
Aftermarket exhaust systems are extremely common because owners often want to emphasize the V12’s sound. A high-quality exhaust can make the car extraordinarily dramatic, but excessive volume or poorly engineered systems can introduce resonance, warning lights or heat-management issues.
For collector-grade cars, retaining the complete original exhaust is valuable even if an aftermarket system is currently installed.
Engine Tuning
Unlike turbocharged cars, the naturally aspirated Aventador does not gain enormous horsepower from simple software changes. Meaningful increases generally require changes to intake, exhaust or more substantial engine components. This has helped keep many engines relatively close to factory specification compared with turbocharged supercars that can gain hundreds of horsepower through tuning.
The engine’s appeal lies less in modification potential than in its factory combination of displacement, response and high-rpm sound.
Understanding the Major Lamborghini Aventador Variants
The principal Aventador variants can be summarized as follows:
- Aventador LP 700-4: Original 700-PS coupe with 6.5-liter naturally aspirated V12, ISR seven-speed transmission and all-wheel drive.
- Aventador LP 700-4 Roadster: Open version using removable roof panels.
- Aventador J: Extremely limited roofless speedster interpretation of the original Aventador.
- LP 720-4 50° Anniversario: 50th-anniversary model with 720 PS and distinctive aerodynamic and cosmetic treatment.
- Aventador LP 750-4 SV: Lighter, more powerful Superveloce with 750 PS, fixed aerodynamic equipment and more aggressive chassis tuning.
- Aventador SV Roadster: Limited open version of the Superveloce.
- Aventador S: 740-PS mid-cycle evolution introducing rear-wheel steering and revised aerodynamics and electronics.
- Aventador S Roadster: Open version of the four-wheel-steering Aventador S.
- Aventador SVJ: 770-PS performance flagship with ALA active aerodynamics, four-wheel steering and extensive track development.
- Aventador SVJ Roadster: Open version of the SVJ.
- SVJ 63: Particularly limited SVJ derivative commemorating Lamborghini’s 1963 founding.
- Aventador LP 780-4 Ultimae: Final 780-PS production evolution and the last non-hybrid Lamborghini V12 flagship.
- Veneno: Ultra-limited Aventador-based 50th-anniversary model with radically different carbon bodywork.
- Centenario: Aventador-based limited model commemorating Ferruccio Lamborghini’s centenary and previewing rear-wheel steering.
- Sián FKP 37: Aventador-derived limited-production model combining the V12 with supercapacitor hybrid assistance.
- Countach LPI 800-4: Aventador-derived hybrid special model reinterpreting the historic Countach.
- SC18 and SC20: Bespoke Squadra Corse projects using Aventador-based mechanical architecture.
What Matters to Collectors
For an Aventador, exact specification and documentation matter enormously. The model remained in production for more than a decade and was offered in numerous standard, limited and Ad Personam configurations. Factory build records should establish original color, interior, wheels, carbon options and model designation.
Service history is equally important. These cars often accumulate little mileage, but fluids, tires, seals, batteries and hydraulic components still age. A properly maintained 15,000-mile car can be a better proposition than a 2,000-mile example that spent years sitting without regular service.
The ISR clutch deserves particular attention. A diagnostic measurement of clutch wear is much more informative than mileage because driving technique strongly influences clutch life. Cars used extensively in urban traffic may show more wear than higher-mileage examples driven primarily on open roads.
Carbon-ceramic brake condition should also be documented, and the underside should be examined for damage from speed bumps or steep driveways. Front-lift operation is important, and repeated scraping can damage expensive aerodynamic components.
Accident history deserves careful investigation because of the carbon monocoque. Any significant structural repair should have detailed documentation showing how the damage was evaluated and who performed the work.
Originality increasingly matters, particularly on early cars and limited-production versions. Exhausts, wheels and cosmetic modifications are common, but retaining the original factory parts adds value and makes returning the car to stock configuration possible.
Collector Hierarchy
The rarest Aventador-based special projects occupy a category of their own. Cars such as the Veneno, Centenario, Sián and one-off Squadra Corse projects were produced in tiny numbers and have significance extending beyond the normal Aventador range.
Among regular Aventadors, the SVJ is especially important because it represents the most advanced track-oriented development of the platform. Its ALA aerodynamics, four-wheel steering, 770-PS V12 and Nürburgring performance give it a clear technical identity distinct from the standard car.
The SV also has strong collector appeal as the first lightweight Superveloce version. Its relative mechanical simplicity compared with the SVJ and its aggressive fixed aerodynamics give it a character of its own.
The Ultimae has a different historical significance. It is not as aggressively track focused as the SVJ, but it is the final regular-production Aventador and the most powerful purely naturally aspirated version. As the last non-hybrid Lamborghini V12 flagship, it represents the end of an important lineage.
Early LP 700-4 cars are increasingly interesting as the purest expression of the original Aventador concept. As later cars became more complex, an excellent early coupe in an attractive original specification can provide a comparatively clean and historically important example of the design.
Roadsters appeal to buyers who prioritize the sensory experience of the V12, while coupes generally provide greater structural purity and stronger connection to Lamborghini’s traditional flagship form.
Driving the Lamborghini Aventador
The Aventador immediately feels larger and more dramatic than many contemporary supercars. The windshield is shallow, the dashboard extends forward beneath it and the rearward visibility is limited. Opening the scissor door and dropping over the wide sill into the cabin makes even starting the car feel like an event.
At ordinary speeds, the V12 is surprisingly tractable. Its large displacement provides useful torque without requiring constant high rpm, and Strada mode softens the transmission and throttle enough for normal road driving. The car is still wide and low, however, and negotiating traffic or parking lots requires attention.
The engine’s character changes dramatically as revs rise. Throttle response is immediate, and acceleration builds progressively rather than arriving in a turbocharged surge. Above the middle of the tachometer, the exhaust becomes increasingly intense until the V12 produces the high-rpm howl that defines the Aventador experience.
The ISR gearbox is equally distinctive. In gentle driving it rewards a small throttle lift during upshifts, almost as if the driver were operating a conventional manual transmission. In Corsa mode at full throttle, shifts become extremely aggressive, with a momentary interruption followed by a violent reapplication of torque. It is slower and less polished than a modern dual-clutch transmission, but considerably more theatrical.
Early LP 700-4 cars can feel large in tight corners, although the enormous grip and all-wheel-drive traction allow extraordinary acceleration out of bends. The Aventador S’s rear-wheel steering significantly changes that behavior, making the car feel shorter and more willing to rotate at low and medium speeds.
The SV strips away some of the standard car’s grand-touring character and makes the chassis feel more immediate. Reduced weight, additional downforce and firmer suspension increase the sense that the car wants to be driven aggressively rather than simply enjoyed as a dramatic road car.
The SVJ takes the concept much further. Four-wheel steering, ALA aerodynamics and revised suspension make it remarkably agile for a large V12 Lamborghini. At speed, aerodynamic load becomes an important part of the chassis behavior, allowing the car to carry cornering speeds that would have seemed improbable for an Aventador when the original LP 700-4 appeared.
The Roadsters provide perhaps the most memorable sensory experience. Removing the roof panels brings the intake and exhaust much closer to the occupants, and the V12 becomes the dominant feature of the car. For road use, that may matter more to many owners than the additional rigidity of the coupe.
Lasting Importance
The Lamborghini Aventador matters because it bridges two very different periods in supercar history. Its carbon-fiber monocoque, electronic all-wheel drive, active aerodynamics and later four-wheel steering belong firmly to the modern era, but its 6.5-liter naturally aspirated V12 and single-clutch transmission preserve mechanical characteristics that were disappearing even when the car was introduced.
The newly developed L539 V12 was particularly important. Lamborghini could have followed the industry toward downsized turbocharged engines, but instead created an entirely new twelve-cylinder engine capable of producing progressively more power while retaining natural aspiration. Output grew from 700 PS in the original LP 700-4 to 780 PS in the Ultimae without fundamentally changing the engine’s character.
The Aventador also demonstrated the importance of Lamborghini’s carbon-composite program. Its monocoque provided the structural foundation not only for more than a decade of Aventador production but also for an extraordinary series of limited models. The Veneno, Centenario, Sián and modern Countach all owe significant portions of their architecture to the Aventador program.
Its evolution was unusually comprehensive. The SV demonstrated what could be achieved through weight reduction and fixed aerodynamics. The Aventador S added rear-wheel steering, making the large car substantially more agile. The SVJ combined that system with ALA active aerodynamics, using airflow itself as part of the chassis-control strategy. Finally, the Ultimae combined much of the later car’s development with the most powerful purely naturally aspirated version of the V12.
The model’s longevity also makes it an interesting record of changing supercar technology. When the Aventador arrived in 2011, naturally aspirated engines remained common among exotic cars. By the time production ended, turbocharging and hybridization had become dominant, dual-clutch transmissions were nearly universal, and Lamborghini itself was preparing an electrified successor.
That transition gives the Aventador increasing historical importance. It was not Lamborghini’s final V12 car—the Revuelto preserves twelve-cylinder power—but it was the final flagship in which the V12 operated without electric assistance. It was also the last to use the distinctive ISR single-clutch gearbox, a transmission whose imperfections contributed substantially to the car’s personality.
More than 11,000 examples were ultimately built, an extraordinary number compared with earlier Lamborghini V12 flagships. That production success helped transform Lamborghini from a small exotic manufacturer into a much larger and more financially stable performance-car company.
Yet volume did not eliminate the Aventador’s sense of occasion. Its scissor doors, enormous naturally aspirated engine, angular bodywork and aggressive transmission ensured that even the standard LP 700-4 remained unmistakably exotic.
For collectors, the most important versions will differ according to priorities. The SV and SVJ represent the most focused performance developments, the Ultimae marks the end of the non-hybrid V12 era, and the early LP 700-4 preserves the original design in its simplest form. The tiny-production Aventador-based specials occupy an entirely different level of rarity.
Taken as a whole, the Aventador represents the culmination of the traditional Lamborghini V12 supercar formula: a naturally aspirated twelve-cylinder engine mounted longitudinally behind the occupants, dramatic scissor doors, outrageous styling and performance delivered with very little concern for subtlety. Its successor is faster and more technologically advanced, but the Aventador’s combination of old-school V12 character and modern carbon-fiber engineering makes it one of the defining Lamborghinis of the 21st century.
Important Sales Reviewed by SCM Experts
Each month for the past 38 years, SCM’s analysts have reviewed 5 to 7 significant cars sold at auction, and discuss what options, history, or details made that particular more or less valuable. They give their expert opinion on the market for these cars, and whether this car was well bought or well sold. If you’re thinking of purchasing a Lamborghini Aventador, you’ll likely find these profiles critical in helping you make the right decision.
2016 Lamborghini Aventador LP 700-4 Miura Homage CoupéThe Aventador was launched at the 2011 Geneva Motor Show, replacing the ageing Murcièlago as Lamborghini’s flagship model. Designed by Filippo Perini, the new mid-engine coupe borrowed heavily from Lamborghini’s limited-edition Reventón and its Estoque concept car. One of its more striking features was the scissor doors — a 21st century supercar “must have.” The […]Read more
2013 Lamborghini Aventador LP720-4 50th Anniversary CoupeAll Lamborghinis are rare, but some are more special than others. The 2013 Lamborghini Aventador LP720-4 50th Anniversario Edition celebrates the 50 years of Lamborghini. Only 100 are said to have been produced, and to distinguish the 50th from just a regular Aventador, one will instantly notice the shocking yellow metallic paint, named “Giallo Maggio,” […]Read more
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Past Auction Sales – Lamborghini Aventador
Average Lamborghini Aventador Sale Price by Year from SCM’s Platinum Auction Database:
Lamborghini Aventador Sales from SCM’s Platinum Auction Database:
Bonhams Cars
Condition: 2+
Apr 24, 2026
$659,971
Saratoga Motorcar Auctions
Condition: 1-
Sep 19, 2025
$660,000
Barrett-Jackson
Condition: 2+
Apr 25, 2025
$522,500
Sotheby's Motorsport
Condition: 2+
Jan 13, 2025
$590,000
Barrett-Jackson
Condition: 2
Jan 21, 2023
$671,000
RM Sotheby's
Condition: 1-
May 21, 2020
$467,500
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