The Ferrari Enzo was created as Ferrari’s technological flagship for the early 2000s and as the successor to a lineage of limited-production supercars that included the 288 GTO, F40 and F50. Introduced in 2002 and named for company founder Enzo Ferrari, it combined a new 6.0-liter naturally aspirated V12 with a carbon-fiber and Nomex honeycomb chassis, six-speed automated manual transmission, carbon-ceramic brakes, electronically controlled suspension and sophisticated active aerodynamics. Its 651-horsepower output and approximately 217-mph top speed placed it among the fastest road cars of its era.
Unlike the F40, which pursued performance through turbocharged power and low weight, or the F50, which emphasized its Formula One-derived engine architecture and manual transmission, the Enzo relied heavily on electronics to integrate its engine, gearbox, suspension, traction control and aerodynamics. It represented Ferrari’s transition into the modern electronically managed supercar era while retaining one traditional element that became increasingly significant with time: a large-displacement, naturally aspirated V12.
Ferrari originally planned a production run of 349 cars but increased that number after demand substantially exceeded supply. Production ultimately reached 399 regular customer cars. A 400th car was specifically constructed for and presented to Pope John Paul II in 2004, which was later auctioned by Sotheby’s for $1.1M to benefit victims of the 2004 Indian Ocean Tsunami.
However, factory chassis tracking indicates more than 400 total units were produced when accounting for press cars, pre-production development prototypes, crash-test mules, and the 2003 crash rebuild by Ferrari’s Assistenza Clienti (most famously, the Stefan Eriksson chassis #135564 rebuild).
That combination of rarity, technical significance and its position in Ferrari’s limited-production flagship lineage has made the Enzo one of the defining collectible Ferraris of the modern era.
Successor to the F50
The Enzo followed the Ferrari F50, which had been introduced in 1995 as Ferrari’s 50th-anniversary flagship. The F50 used a naturally aspirated V12 derived conceptually from Ferrari’s Formula One racing program, a carbon-fiber chassis and a conventional six-speed manual gearbox.
By the time Ferrari began developing the Enzo, Formula One technology had changed dramatically. Paddle-shift transmissions, sophisticated electronic engine management, advanced composite structures and increasingly complex aerodynamics had become central to racing-car performance.
Ferrari therefore did not simply increase the F50’s power. The new car was conceived as a complete integration of mechanical, aerodynamic and electronic systems, with the driver interacting through controls increasingly similar in concept to those used in contemporary Formula One cars.
F140B 6.0-Liter V12
The heart of the Enzo is its F140B 5,998cc naturally aspirated V12, an engine that established a new Ferrari V12 family and would influence numerous subsequent models.
The 65-degree engine uses aluminum construction, dual overhead camshafts, four valves per cylinder and variable valve timing. The official output of the F140 B engine is 660 PS (651 bhp / 485 kW) at 7,800 rpm and 657 N·m (485 lb·ft) of torque at 5,500 rpm. The engine’s redline is 8,200 rpm, with a rev limiter set at 8,200 rpm.
Unlike the smaller-displacement V12 used in the F50, the Enzo engine was developed specifically as a road-car powerplant rather than being closely derived from a Formula One racing engine. Its larger displacement provided substantially greater low- and mid-range torque while retaining the high-rpm response expected from a Ferrari flagship.
Naturally Aspirated Power
The Enzo’s lack of turbocharging is central to its character. Throttle response is immediate, and the V12’s output builds progressively with engine speed rather than arriving through a sudden increase in boost pressure.
With six liters of displacement, the engine produces enough torque to make the car extremely fast even before reaching the upper portion of the tachometer. Above roughly 6,000 rpm, however, the engine becomes increasingly intense and continues pulling strongly toward its power peak.
This combination of displacement and engine speed gives the Enzo a different character from the turbocharged F40. It also distinguishes it from later hybrid and turbocharged hypercars whose enormous outputs depend more heavily on forced induction or electrical assistance.
Carbon-Fiber Chassis
The Enzo is built around a carbon-fiber and aluminum-honeycomb composite chassis, continuing Ferrari’s increasing use of racing-derived structural technology in its limited-production road cars. The central structure provides exceptional rigidity while controlling weight. Front and rear structures support the suspension, engine, gearbox and crash systems, while carbon-fiber body panels form much of the exterior.
The Enzo’s dry weight was relatively low considering its 6.0-liter V12 and extensive electronic equipment, although it was not conceived as an exercise in extreme minimalism like the F40. Ferrari sought a balance between low mass, structural stiffness, safety and sophisticated chassis control.
Ken Okuyama and Pininfarina Styling
The Enzo’s design was developed at Pininfarina under Ken Okuyama, and its appearance was deliberately influenced by contemporary Formula One cars.
The pointed nose, central section and raised front fenders visually suggest an open-wheel racing car enclosed within a road-legal body. Large air intakes feed radiators and brakes, while deep channels manage airflow around the wheels and toward the rear.
The Enzo’s styling was controversial when new because it lacked the flowing elegance associated with many classic Ferraris. Its shape is fundamentally aerodynamic, however, and its appearance has become increasingly recognizable as a product of a particular period in Ferrari’s technological development.
Active Aerodynamics
One of the Enzo’s most important features is its use of active aerodynamics without a large conventional rear wing. Ferrari used movable aerodynamic surfaces and an extensively developed underbody to control downforce according to vehicle speed. The system works with the car’s electronically controlled suspension, adjusting aerodynamic balance as conditions change.
At moderate high speeds, substantial downforce improves grip. At very high speeds, the system can reduce aerodynamic load and drag to prevent excessive suspension compression and allow the car to reach its maximum speed efficiently. This philosophy anticipated the increasingly sophisticated active-aerodynamic systems used by later Ferrari flagships.
Underbody Aerodynamics
Much of the Enzo’s aerodynamic work occurs beneath the car rather than through obvious wings. A carefully shaped flat floor, diffusers and airflow channels accelerate and manage air beneath the chassis, creating low pressure and therefore downforce. This allows the upper body to remain relatively free of large aerodynamic appendages.
The Enzo demonstrated that a road car could generate substantial downforce while automatically balancing aerodynamic efficiency and stability across a very wide speed range.
Six-Speed F1 Transmission
The Enzo uses a six-speed electrohydraulically operated automated manual transmission, controlled through steering-column-mounted paddles. Internally, the transmission is fundamentally a conventional manual gearbox with a single clutch. Hydraulic actuators operate the clutch and select gears according to commands from the driver and electronic control unit.
There is no clutch pedal. Pulling the right paddle requests an upshift, while the left requests a downshift. The system was closely associated with Ferrari’s Formula One technology and represented the company’s most advanced road-car transmission when introduced.
The electrohydraulic 6-speed single-clutch transmission (developed with Graziano) featured shift execution times of 150 milliseconds in its most aggressive RACE mode—a groundbreaking speed for 2002, though considered slow compared to modern dual-clutch transmissions (sub-50ms).
Shift Character
By modern dual-clutch standards, the Enzo’s transmission can feel abrupt. Each gear change requires the clutch to disengage, the transmission to select the next ratio and the clutch to re-engage, creating a noticeable interruption in power. In aggressive driving this produces extremely fast and forceful shifts. At low speeds, however, the system can feel less smooth than a conventional automatic or modern dual-clutch gearbox.
Driving technique matters. Excessive creeping can increase clutch wear, while slight throttle modulation during less aggressive shifts can make the drivetrain considerably smoother.
Rear-Wheel Drive
Despite its enormous performance, the Enzo remains rear-wheel drive. Ferrari relied on tire development, traction control, aerodynamic load and electronic chassis management rather than adding the weight and complexity of all-wheel drive. The layout preserves the traditional balance of a mid-engine Ferrari, with throttle application playing an important role in controlling the car near its limits.
Suspension
The Enzo uses independent double-wishbone suspension at all four corners, with electronically controlled adaptive dampers. The suspension control system continuously adjusts damping according to vehicle speed, steering, braking and road conditions. This allows the car to provide reasonable compliance on public roads while maintaining much greater body control during aggressive driving.
Pushrod-style concepts and racing-derived packaging influenced the suspension design, although the Enzo remained a road car rather than simply a Formula One chassis with bodywork.
Carbon-Ceramic Brakes
The Enzo was one of the important early production applications of carbon-ceramic brakes. Developed with Brembo, the system uses carbon-ceramic composite rotors and large multi-piston calipers. The discs provide exceptional resistance to fade while reducing unsprung mass compared with similarly sized conventional iron rotors.
Carbon-ceramic brakes later became common on high-end Ferraris, but they were exotic technology when the Enzo appeared. Rotor condition is now an important consideration because replacement costs are substantial.
Wheels and Tires
Ferrari worked with Bridgestone to develop tires specifically for the Enzo’s performance requirements. The car uses large 19-inch wheels, with considerably wider rear tires to handle the V12’s output. Tire specification is critical because the suspension, traction-control and aerodynamic systems were developed around specific tire characteristics.
On low-mileage collector cars, age is more important than visible tread depth. Original tires may have historical interest but should not be used for serious high-speed driving after aging significantly.
Performance
Ferrari quoted a 0–100 km/h time of approximately 3.65 seconds, while independent testing produced similarly extraordinary acceleration figures for the period. Top speed is approximately 217 mph, making the Enzo one of the fastest road cars available in the early 2000s.
The raw figures tell only part of the story. The Enzo’s major advance was its ability to combine that performance with electronic systems that helped the driver deploy the power effectively and repeatedly.
Interior
The Enzo’s cabin is deliberately functional and makes extensive use of exposed carbon fiber. The seats are fixed-back carbon shells sized to the original customer, while adjustment is achieved partly through the pedal arrangement and seating configuration. Controls are concentrated around the driver, with important functions mounted on or near the steering wheel.
Leather and other trim prevent the cabin from feeling like a stripped racing car, but luxury was clearly secondary to weight reduction and driver focus.
Steering Wheel Controls
The Enzo arrived before Ferrari’s later steering wheels became covered with numerous rotary switches, but it helped establish the idea of moving important performance controls closer to the driver’s hands. Buttons allow the driver to select different operating modes and interact with the transmission and chassis systems without relying entirely on conventional dashboard controls.
The paddle shifters remain fixed to the steering column rather than rotating with the wheel, a layout Ferrari continued using on later models.
Doors
The Enzo’s doors open upward and outward, creating one of the car’s most theatrical visual features. Large portions of the sill and roof structure remain fixed because they are integral to the carbon chassis, so entering the car still requires stepping over a substantial structural section.
The door design contributes to the sense that the Enzo is fundamentally different from Ferrari’s regular production models rather than merely a more powerful version of the contemporary 575M or 360 Modena.
Production and Customer Selection
Ferrari initially announced 349 Enzos, following the company’s traditional philosophy of producing slightly fewer cars than the market might absorb. Demand from established Ferrari customers was so strong that production was increased to 399 customer cars. Ferrari largely selected buyers from among important existing clients rather than simply accepting orders from anyone able to pay the purchase price.
An additional car was subsequently constructed and presented to Pope John Paul II before being auctioned for charity, creating the frequently cited total of 400 Enzos.
Colors and Specifications
Although the Enzo is most closely associated with Rosso Corsa, Ferrari produced cars in several factory colors, including yellow, black and other shades.
Interior specifications also varied, although the range of customization was much narrower than on later Ferrari flagships. Because production was limited, unusual original colors can have significant collector appeal.
Repainting a car in a more popular color can negatively affect historical authenticity, making original build documentation important.
The Ferrari FXX
The most important factory derivative was the Ferrari FXX, introduced after the Enzo road-car program.
The FXX used the Enzo’s fundamental carbon chassis and V12 architecture but was developed exclusively for circuit use. Engine displacement increased to approximately 6.3 liters and output rose substantially, while aerodynamics, suspension, brakes and electronics were comprehensively revised.
Rather than selling the FXX as a conventional racing car, Ferrari created a special client-development program in which owners participated in track events while engineers collected data that could contribute to future Ferrari development.
FXX Development Program
The FXX program blurred the distinction between customer ownership and factory testing. Owners received access to specially organized track events and professional technical support. Ferrari engineers monitored vehicle performance and driver feedback, effectively turning wealthy customers into participants in an ongoing development program.
The concept became influential within Ferrari and was followed by later XX-series cars based on subsequent road models.
FXX Evoluzione
Ferrari later introduced an Evoluzione package for the FXX. The package increased performance through revisions to the engine, gearbox, aerodynamics and electronic systems. Output increased and shift times were reduced, while chassis-control software became more sophisticated.
FXX Evoluzione cars represent the most developed factory expression of the Enzo-based track platform.
Maserati MC12
The Maserati MC12 is closely related mechanically to the Enzo, although it is far more than a rebodied Ferrari. Developed partly to homologate Maserati’s return to international GT racing, the MC12 uses a carbon-fiber chassis and a version of the Enzo’s V12 architecture. Its wheelbase and body are different, with a much longer aerodynamic shape designed around racing requirements.
The road-going MC12 produces slightly less power than the Enzo but is considerably larger. Its racing derivative became highly successful in FIA GT competition, giving the broader Enzo architecture an important motorsport connection even though Ferrari never raced the Enzo itself as a conventional factory GT car.
Enzo Versus F50
The F50 and Enzo represent very different stages of Ferrari’s flagship philosophy. The F50 uses a manual gearbox, relatively little electronic intervention and an engine with particularly direct conceptual links to Formula One. Its driving experience is more mechanical and exposed. The Enzo is faster and substantially more sophisticated. Its F1 gearbox, active aerodynamics, adaptive suspension and electronic controls allow the driver to exploit considerably greater performance, but they also place more technology between the driver and the machinery.
Enzo Versus F40
The F40 is even more different. Its twin-turbo V8, lightweight construction, manual gearbox and minimal interior create an exceptionally raw experience. The Enzo weighs more and uses far more electronic technology, but its naturally aspirated V12 provides immediate response without the F40’s dramatic turbo lag. Aerodynamic and traction systems also make its limits substantially more accessible. Both are important, but they represent opposite approaches to achieving extreme performance.
Enzo Versus LaFerrari
The LaFerrari, introduced a decade later, developed the Enzo philosophy considerably further. It retained a naturally aspirated V12 but added electric hybrid assistance, substantially increasing total output while improving torque delivery. A seven-speed dual-clutch transmission replaced the Enzo’s single-clutch F1 gearbox. The Enzo therefore occupies an important transitional position. It has extensive electronic chassis technology but predates hybridization and dual-clutch transmissions, leaving its naturally aspirated V12 as the sole source of propulsion.
Clutch Wear
The F1 transmission’s single clutch is one of the most important maintenance considerations. Clutch life depends heavily on use. Repeated low-speed maneuvering and creeping require the system to slip the clutch, generating heat and wear. Cars used frequently in urban traffic can therefore consume clutches more quickly than cars driven greater distances on open roads.
Diagnostic equipment can measure clutch wear, making a proper pre-purchase inspection far more useful than simply judging condition from mileage.
Engine Maintenance
The F140 V12 is fundamentally robust but expensive to service incorrectly. Regular fluid changes, correct warm-up procedures and attention to leaks are essential. Cooling-system condition matters particularly on cars that have spent long periods in storage.
Because Enzos often accumulate very little mileage, age-related maintenance can be more important than distance-based service intervals.
Fuel System and Storage
Long-term storage creates its own problems. Fuel can deteriorate, pumps and injectors can become contaminated, seals can dry and batteries can fail. An Enzo that has traveled only a few hundred miles but has spent years sitting is not automatically mechanically superior to one that has been exercised regularly.
Collectors increasingly value documented maintenance and correct storage alongside low mileage.
Carbon-Ceramic Brake Condition
The Enzo’s carbon-ceramic brake rotors are extremely expensive components. Normal road use can produce long service life, while repeated track operation subjects the discs to much greater thermal stress. Rotor condition should therefore be evaluated by someone familiar with carbon-ceramic systems rather than judged solely by visual appearance.
Original brake components and documented replacement history are important on high-value examples.
Suspension and Lift Equipment
Adaptive dampers, actuators and related electronic components should function correctly. Age can affect seals and hydraulic components even on extremely low-mileage cars. The car’s low bodywork also makes the underside vulnerable to scraping. Front aerodynamic surfaces and underbody panels deserve careful inspection for damage.
Replacement carbon components can be exceptionally costly, making seemingly minor contact with ramps or curbs much more significant than on an ordinary sports car.
Carbon-Fiber Structure
The Enzo’s carbon structure makes accident history particularly important. Composite damage is not always obvious from exterior inspection because internal delamination can occur without dramatic visible deformation. Significant accidents therefore require specialist evaluation.
Cars with documented factory-quality repairs can still be excellent examples, but unknown or poorly documented structural work can have a major effect on collector value.
Sticky Interior Components
Like many Ferraris of the era, the Enzo can develop deterioration of soft-touch interior coatings. Switches and trim pieces may become sticky as the original coating breaks down with age and heat. Specialist refinishing can correct the problem while retaining the original components.
The issue is minor compared with drivetrain or chassis concerns but matters on cars expected to present at a very high cosmetic standard.
Exhaust Systems
Aftermarket exhausts are relatively common because the naturally aspirated V12 responds with an even more dramatic sound when exhaust restriction is reduced. High-quality systems can enhance the driving experience, but originality-focused collectors generally prefer cars retaining their complete factory exhaust equipment.
If an aftermarket exhaust is fitted, having the original system accompany the car is desirable.
Understanding the Major Ferrari Enzo Variants and Derivatives
The Enzo family is relatively small, but several related cars are important:
- Ferrari Enzo: The principal road car, with 5,998cc naturally aspirated V12, approximately 651 horsepower, six-speed F1 transmission and active aerodynamics.
- Ferrari FXX: Factory track-only development of the Enzo architecture with a larger and more powerful V12, revised aerodynamics and extensive data acquisition.
- FXX Evoluzione: Further factory development of the FXX with increased performance, faster shifting and revised chassis electronics.
- Maserati MC12: Closely related carbon-chassis model using Enzo-derived V12 architecture but substantially different dimensions, bodywork and racing purpose.
- MC12 GT1: Competition derivative whose extensive international GT racing success demonstrated the capabilities of the underlying architecture in motorsport.
What Matters to Collectors
For an Enzo, provenance, originality and maintenance history are critical. Ferrari’s selective original sales process means many cars have histories involving prominent collectors, and continuous documentation can add considerable significance.
Original factory color matters. Rosso Corsa cars represent the familiar Enzo image, while less common original colors can be highly desirable because of their rarity. Factory documentation should confirm unusual specifications rather than relying on the car’s current appearance.
Mileage influences value, but extremely low mileage should not substitute for maintenance. The F1 clutch, fuel system, cooling system, tires, brakes and electronic components all deteriorate with age. A properly serviced car with moderate mileage may be mechanically healthier than a nearly unused example.
The F1 transmission should be evaluated diagnostically, including clutch-wear measurements and evidence of proper operation. Cars subjected to extensive low-speed maneuvering can show surprisingly high clutch wear relative to mileage.
Carbon structure and body panels should be inspected carefully for accident damage. Ferrari Classiche certification and detailed factory records can be particularly valuable in establishing original configuration and history, although certification does not eliminate the need for a mechanical inspection.
Completeness also matters. Books, tools, keys, luggage and original accessories have become important components of a collector-grade Enzo, and replacing missing model-specific items can be expensive.
Collector Hierarchy
Because essentially all standard Enzos share the same mechanical specification, the hierarchy among road cars depends heavily on condition, mileage, color, provenance and originality rather than engine or performance variants.
Exceptional low-mileage cars in desirable original specifications occupy an obvious position, but cars with particularly interesting ownership histories or rare factory colors can also attract substantial collector interest.
The FXX and FXX Evoluzione occupy a separate category because they are much rarer and were developed specifically for Ferrari’s factory-supported track program. Their lack of conventional road legality makes them fundamentally different ownership propositions from an Enzo.
The Maserati MC12 is similarly related but distinct. Its extreme rarity, GT1 connection and unique bodywork give it a collector identity independent of the Ferrari despite their shared engineering foundations.
Driving the Ferrari Enzo
The Enzo feels surprisingly purposeful even before the engine starts. The carbon sill is wide, the seating position low and the cabin much more functional than luxurious. Visibility forward is dominated by the raised front fenders and pointed nose, giving the driver an unusual visual reference for placing the car.
Starting the 6.0-liter V12 immediately establishes the Enzo’s character. At low engine speeds it is relatively tractable, but the engine becomes progressively sharper as revs increase. There is no turbocharger delay and no electric motor filling the torque curve; throttle position has a direct relationship with engine response.
The F1 gearbox is equally characteristic of its era. Driven gently, the interruption between gears is obvious and can feel crude compared with a modern dual-clutch transmission. Under heavy acceleration, however, the aggressive shifts contribute to the sense of occasion, with each ratio arriving as a distinct mechanical event.
The chassis is much more sophisticated than the drivetrain’s raw character initially suggests. Adaptive dampers, traction control and aerodynamic systems continually manage the car, allowing enormous speed without making the Enzo feel unpredictable.
Steering is quick and communicative, and the naturally aspirated engine allows the driver to meter power precisely through corners. As aerodynamic load builds with speed, the car becomes increasingly stable.
The Enzo consequently occupies an interesting point in supercar evolution. It is technologically advanced enough to feel dramatically more capable than an F40, yet sufficiently mechanical that its engine and single-clutch transmission remain unmistakable parts of the experience.
Lasting Importance
The Ferrari Enzo represents the moment when Ferrari’s limited-production flagship evolved from the relatively analog supercar philosophy of the F40 and F50 into the integrated electronic hypercar.
Its carbon structure, adaptive suspension, active aerodynamics, carbon-ceramic brakes and F1 transmission were technologies that subsequently spread throughout Ferrari’s range. What appeared exotic in 2002 became increasingly normal on high-performance Ferraris during the following decade.
The F140 V12 proved equally significant. Rather than adapting an older engine family, Ferrari created a large-displacement naturally aspirated V12 whose architecture would influence later road cars and eventually evolve into some of the most powerful naturally aspirated production engines ever built.
The Enzo also represents the end of a particular stage in Ferrari flagship development. The F50 before it had a manual gearbox; the LaFerrari after it added hybrid assistance and a dual-clutch transmission. The Enzo sits between them with a naturally aspirated V12 and electronically operated single-clutch gearbox—a combination closely associated with early-2000s Ferrari engineering.
Its relationship with the FXX further expanded its importance. The FXX customer-development program created a new model for Ferrari, allowing selected owners to participate in factory-supported track testing while engineers gathered data for future cars. Subsequent XX programs developed that concept further.
Meanwhile, the related Maserati MC12 architecture achieved substantial success in international GT racing, giving the engineering beneath the Enzo a competition legacy even though Ferrari itself never developed the road car into a conventional factory GT racer.
For collectors, the Enzo’s appeal extends beyond rarity. It occupies a clearly defined place in the lineage beginning with the 288 GTO and continuing through the F40, F50 and LaFerrari. Each reflects Ferrari’s idea of the ultimate road car at a particular technological moment.
The Enzo’s moment was one in which Formula One-inspired electronics, carbon construction and active aerodynamics were beginning to transform the supercar, but electrification had not yet arrived. Its performance still comes entirely from a naturally aspirated V12, and every gear change remains a noticeable mechanical event.
That combination makes the Ferrari Enzo one of the defining supercars of the early 21st century: sophisticated enough to anticipate the modern hypercar, but still dominated by the sound, response and character of a large naturally aspirated twelve-cylinder engine.
Important Sales Reviewed by SCM Experts
In each month’s issue 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 Ferrari Enzo, you’ll likely find these profiles critical in helping you make the right decision. Each of the following is an article from our print magazine on a Ferrari Enzo sold at auction.
2003 Ferrari EnzoThis 2003 Ferrari Enzo is the very definition of exclusivity in a bespoke Ferrari, a one-of-one creation ordered new by Phil Bachman and customized through the factory to Phil and his wife, Martha’s, exacting specifications. Of the 400 examples produced from 2002 through 2004, this Enzo, S/N 135262, is one of 127 built for the […]Read more
2004 Ferrari EnzoThis exceptional example of Ferrari’s legendary, limited-edition supercar was delivered new from the factory via the famous French Ferrari importer Charles Pozzi in Paris to its first owner (since deceased) in Toulouse. The Enzo was delivered in September 2004 finished in Nero Daytona and is one of only 12 ordered in this exterior color, of […]Read more
2003 Ferrari EnzoFrom a standstill, the Enzo will reach 60 mph in just 3.3 seconds, leading to a top speed of 218 mph. This Enzo was delivered new to a gentleman residing in Prato, Italy, and has remained with him. Always properly cared for and regularly exercised, it shows less than 6,100 km from new. It is […]Read more
2002 Ferrari EnzoLuca di Montezemolo dedicated the Ferrari Enzo to the founder of the company, “who always thought racing should lay the foundations for our road car designs,” at the Paris Auto Show in September 2002. He described the car as “the best of which our technology is capable.” The Enzo Ferrari would be the successor to […]Read more
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Past Auction Sales – Ferrari Enzo
Average Ferrari Enzo Sale Price by Year from SCM’s Platinum Auction Database:
Ferrari Enzo Sales from SCM’s Platinum Auction Database:
Broad Arrow Auctions
Condition: 2+
Aug 13, 2026
$10,675,000
RM Sotheby's
Condition: 1
Aug 13, 2026
$9,410,000
RM Sotheby's
Condition: 2-
Apr 25, 2026
$7,647,936
Broad Arrow Auctions
Condition: 1-
Mar 6, 2026
$15,185,000
RM Sotheby's
Condition: 1-
Jan 28, 2026
$9,704,927
RM Sotheby's
Condition: 2+
Jan 23, 2026
$9,300,000
Mecum Auctions
Condition:
Jan 17, 2026
$11,110,000
Mecum Auctions
Condition:
Jan 17, 2026
$17,875,000
RM Sotheby's
Condition: 1-
May 31, 2024
$4,295,000
Bonhams Cars
Condition: 2+
Feb 1, 2024
$4,228,274
RM Sotheby's
Condition: 2
Feb 1, 2023
$4,417,517
RM Sotheby's
Condition: 1-
Dec 10, 2022
$3,195,000
RM Sotheby's
Condition: 2-
Nov 5, 2022
$2,163,922
Gooding & Co.
Condition: 1-
Aug 19, 2022
$4,130,000
Artcurial
Condition: 1-
Mar 18, 2022
$3,132,877
Gooding & Co.
Condition: 1-
Aug 3, 2020
$2,354,000
RM Sotheby's
Condition: 1-
May 21, 2020
$2,640,000
RM Sotheby's
Condition: 1
Mar 6, 2020
$2,782,500
Bonhams
Condition: 2+
Oct 11, 2019
$1,663,628
Bonhams
Condition: 1-
Sep 29, 2019
$3,126,443
RM Sotheby's
Condition: 1-
Sep 5, 2018
$2,530,774
Gooding & Co.
Condition: 1
Mar 9, 2018
$2,365,000
RM Sotheby's
Condition: 3+
Sep 9, 2017
$2,787,066
RM Sotheby's
Condition: 2
Sep 6, 2017
$2,355,455
Bonhams
Condition: 1-
Aug 18, 2017
$2,040,500
RM Sotheby's
Condition: 2-
Feb 3, 2016
$1,734,436
RM Sotheby's
Condition: 1-
Dec 10, 2015
$3,300,000
Auctions America
Condition: 1-
Jul 18, 2015
$1,870,000
Bonhams
Condition: 2+
Jun 26, 2015
$1,411,455
RM Sotheby's
Condition: 1-
May 23, 2015
$1,411,200
RM Auctions
Condition: 1-
May 25, 2013
$1,390,480
Gooding & Co.
Condition: 2
Jan 19, 2013
$1,485,000
Gooding & Co.
Condition: 1-
Jan 17, 2009
$1,265,000
RM Auctions
Condition: 1
May 18, 2008
$1,319,244
RM Auctions
Condition: 1
May 18, 2008
$1,191,575
eBay
Condition: 1-
Dec 1, 2005
$900,000
Kruse
Condition: 1
Aug 19, 2005
$1,080,000
Sotheby's
Condition: 1
Jun 28, 2005
$1,274,229
Sotheby's
Condition: 3
Jun 28, 2005
$236,125
Russo and Steele
Condition: 1
Aug 13, 2004
$1,265,000
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