The Ferrari 360 marked one of the most important technological transitions in Ferrari’s modern history. Introduced in 1999 as the replacement for the F355, it retained the traditional formula of a naturally aspirated mid-mounted V8 and rear-wheel drive but surrounded it with an entirely new aluminum chassis, larger and more aerodynamic body, improved suspension, sophisticated electronics and a much more usable interior. It was also produced in substantially greater numbers than its predecessors, helping transform Ferrari from a low-volume exotic manufacturer into the larger company it would become during the 2000s.
The original 360 Modena coupe was joined by the 360 Spider for 2001 and, near the end of production, the lightweight Challenge Stradale. Buyers could choose between a conventional six-speed manual with Ferrari’s famous exposed metal shift gate or the increasingly popular six-speed F1 automated manual. Both transmissions shared the same basic gearbox architecture, but their driving experiences are dramatically different.
Power comes from a 3.6-liter, five-valve-per-cylinder V8 producing approximately 400 horsepower in standard form. Although later Ferraris became dramatically more powerful, the 360’s combination of moderate weight, hydraulic steering, high-revving naturally aspirated engine and relatively compact dimensions has given it increasing appeal as an analog-feeling Ferrari from the early electronic era.
Replacing the F355
The F355 had been an enormous success for Ferrari. Its 3.5-liter V8, five-valve cylinder heads and elegant Pininfarina styling established the template for Ferrari’s modern mid-engine V8 models, while the later F1-equipped versions introduced paddle shifting to Ferrari road cars.
For the 360, Ferrari chose not to simply refine the F355 platform. The company developed an entirely new aluminum structure, changed the suspension architecture, substantially enlarged the passenger compartment and designed the body around increasingly sophisticated aerodynamic principles.
The result was a car that looked and felt much more modern while preserving many of the characteristics enthusiasts valued in the F355. The 360 therefore represents both continuity and a major engineering break with the past.
360 Modena
The coupe was named 360 Modena after Ferrari’s home city. The designation also reflected the 3.6-liter engine displacement.
Its styling was developed by Pininfarina, with the design created under Lorenzo Ramaciotti. Compared with the sharp-edged F355, the 360 uses smooth curves, large openings and relatively few straight lines.
One of the most obvious changes was the elimination of pop-up headlights. Fixed headlamp assemblies allowed better aerodynamic control and helped establish the design language Ferrari would continue developing through the F430.
Aluminum Chassis
The most important structural change was the adoption of an aluminum spaceframe chassis developed with Alcoa. The F355 had relied heavily on conventional steel construction. The 360’s aluminum structure was physically larger yet substantially lighter and considerably stiffer. Aluminum extrusions, castings and sheet sections were joined to create the central structure, with aluminum body panels attached around it. The technology subsequently became fundamental to Ferrari’s mainstream production cars.
The chassis also improved crash performance and allowed Ferrari to create a larger cabin without imposing a substantial weight penalty.
Tipo F131 V8
The 360’s Tipo F131 V8 displaces 3,586cc and uses a 90-degree bank angle, dual overhead camshafts and five valves per cylinder. Three intake valves and two exhaust valves serve each cylinder, continuing the five-valve architecture introduced on the F355. The engine uses variable intake-cam timing, dry-sump lubrication and sophisticated Bosch engine management. In the standard Modena and Spider, output is approximately 400 horsepower at 8,500 rpm, with about 275 lb-ft of torque at 4,750 rpm.
The Tipo F131 V8 featured variators on the intake camshafts only. Early 1999–2001 models suffered from a known recall where the variator lock-pin could fail, potentially leading to severe engine damage. Ferrari issued a technical service bulletin (TSB) and updated the variator components—a key check point for early 1999/2000 Modenas.
Note that the 360 (Tipo F131) was the last production V8 Ferrari to use 5 valves per cylinder. When its successor—the F430 (Tipo F136)—arrived in 2004, Ferrari abandoned the 5-valve head in favor of a conventional 4-valve per cylinder layout with continuous variable valve timing (VVT) on both intake and exhaust, which provided superior torque and lower emissions.
Those figures appear modest beside modern turbocharged supercars, but the engine’s defining characteristic is its ability to rev. Maximum power arrives near the top of the tachometer, encouraging the driver to use the complete rev range.
Naturally Aspirated Character
The 360’s V8 is particularly responsive because it relies on neither turbocharging nor electrical assistance. At lower engine speeds it can feel relatively mild, especially compared with later Ferrari V8s. As revs rise, induction and exhaust noise intensify and the engine becomes progressively more urgent.
The experience rewards gear selection and engine speed rather than simply opening the throttle in a high gear. That characteristic has become increasingly unusual as turbocharged engines have come to dominate modern performance cars.
Timing Belts
Unlike the later F430’s chain-driven V8, the 360 engine uses timing belts to drive its camshafts. Timing-belt replacement is therefore an important scheduled maintenance item. One major improvement over the F355 is that the 360’s belts can be serviced through access panels behind the seats rather than requiring removal of the entire engine assembly.
This makes belt service substantially less labor-intensive than on the F355, although correct replacement remains a specialist procedure and should be documented in the maintenance history.
Dry-Sump Lubrication
The V8 uses dry-sump lubrication, allowing Ferrari to mount the engine low while maintaining reliable oil pressure during sustained cornering. Oil is scavenged from the engine and stored in a separate reservoir rather than collecting in a conventional deep oil pan. The system reduces engine height and helps prevent oil starvation under high lateral loads.
Checking oil level requires following Ferrari’s specified procedure with the engine at the appropriate operating temperature. Incorrect checking can lead owners to overfill the system.
Six-Speed Gated Manual
The traditional transmission is a six-speed manual operated through Ferrari’s exposed metal shift gate. The polished gate and metal lever create one of the most recognizable Ferrari interior details of the era. Moving the lever through the slots produces a distinctive mechanical action that has become increasingly prized as manual transmissions have disappeared from exotic cars.
The gearbox requires deliberate shifts, particularly when cold, but provides a direct mechanical connection that distinguishes manual 360s sharply from F1-equipped cars.
F1 Transmission
Ferrari also offered its six-speed F1 automated manual, controlled by paddles behind the steering wheel. The F1 transmission uses essentially the same basic gearbox as the manual but replaces the clutch pedal and shift lever with an electrohydraulic system. Hydraulic actuators operate the clutch and move the transmission between gears according to electronic commands.
At the time, the system represented cutting-edge road-car technology derived from Ferrari’s Formula One experience. By modern dual-clutch standards it is relatively slow and abrupt, but when driven aggressively it delivers rapid shifts and a distinctly mechanical experience.
F1 Clutch Wear
Clutch condition is one of the most important considerations when evaluating an F1-equipped 360. Because the system uses a conventional single dry clutch, it must slip the clutch when starting from rest or maneuvering slowly. Repeated creeping in traffic or backing slowly up inclines can therefore accelerate wear dramatically. Reverse gear in particular causes high wear because the F1 hydraulic system slips the clutch heavily.
Diagnostic equipment can estimate clutch wear and reveal other transmission parameters. Mileage alone is a poor indicator because a low-mileage urban car can have considerably more clutch wear than a higher-mileage car driven primarily on open roads.
F1 Hydraulic System
The F1 transmission depends on an electrohydraulic pump, accumulator, actuators, sensors and electronic control unit. Failures can prevent gear engagement or leave the car stuck in neutral. Pump operation, hydraulic pressure and shift consistency should therefore be checked carefully during a pre-purchase inspection.
Many components and failure modes are now well understood by Ferrari specialists, but simply replacing parts without proper diagnosis can become expensive.
Manual Versus F1
When new, the F1 transmission was considered the more technologically advanced option, and many buyers selected it. Today the market often views the two transmissions differently because conventional manual Ferraris have become increasingly scarce.
A gated-manual 360 provides a more traditional experience and requires direct driver involvement in every shift. The F1 car offers an important snapshot of Ferrari’s early paddle-shift technology and can be extremely entertaining when operating properly.
Conversions of F1 cars to manual operation have become increasingly common. A well-engineered conversion can create an excellent driver’s car, but collectors should distinguish clearly between a factory manual and a converted car.
Suspension and Steering
The 360 uses independent double-wishbone suspension at all four corners with coil springs and electronically adjustable dampers. The driver can alter damper behavior through the car’s selectable driving settings, providing a compromise between road comfort and more aggressive chassis control.
Steering is hydraulically assisted and provides significantly more feedback than many later electrically assisted systems. The combination of relatively narrow front tires, moderate weight and hydraulic assistance gives the 360 particularly communicative steering.
ASR Traction Control
Ferrari equipped the 360 with ASR traction control, helping manage power at the rear wheels. The system can intervene through engine management and braking when excessive wheelspin is detected. Drivers can alter or disable its operation depending on conditions and intended use.
Compared with later Ferraris, the electronic intervention is relatively simple. The 360 therefore retains a distinctly mechanical handling character even though electronic assistance is available.
Brakes
Standard 360s use large ventilated iron brake discs rather than the carbon-ceramic brakes that became common on later Ferraris. The system provides excellent road performance and is considerably less expensive to service than carbon-ceramic equipment. For cars used regularly, conventional iron brakes can actually be an ownership advantage.
Brake condition should still be checked carefully on cars with track history, particularly for heat cracking, worn pads or deteriorated fluid.
Aerodynamics
The 360’s body was developed extensively in the wind tunnel, and Ferrari generated meaningful downforce without relying on a large rear wing. The smooth nose, underbody panels and rear diffuser work together to manage airflow beneath and around the car. Large side openings provide cooling air while contributing to the car’s distinctive shape. This approach represented a significant change from earlier Ferraris in which aerodynamic devices were often more visibly separate from the body.
To quantify that achievement: at 180 mph (290 km/h), the standard 360 Modena produces roughly 180 kg (396 lbs) of downforce, largely created by the twin front radiator venturis and the rear underbody diffuser. The Challenge Stradale increased downforce by ~50% at high speed via a raised rear lip spoiler, revised front bumper, and aggressive side skirts.
Glass Engine Cover
One of the 360 Modena’s most recognizable features is its glass engine cover. The transparent panel displays the red intake plenums of the V8, turning the engine itself into part of the exterior design. This idea became a recurring feature of subsequent mid-engine Ferraris.
Heat and age can affect surrounding seals and trim, so condition around the engine cover should be inspected carefully.
360 Spider
The 360 Spider joined the range for the 2001 model year and became the first Ferrari convertible developed from the outset around an aluminum spaceframe. Ferrari reinforced the chassis to compensate for removal of the fixed roof and incorporated rollover protection behind the seats. The power-operated soft top folds beneath a hard tonneau cover.
The Spider is heavier than the Modena and has somewhat less structural rigidity, but it offers a much more immersive experience because the V8 is immediately behind the open cockpit.
Spider Top Mechanism
The Spider’s electrohydraulic convertible-top system is one of its more complicated components. Multiple hydraulic cylinders, microswitches, elastic straps and electronic controls must operate in the correct sequence. Aging elastic components can prevent the fabric from folding properly, while hydraulic leaks or sensor faults can stop the mechanism mid-cycle.
A complete top operation should therefore be part of any inspection. Repair is usually possible, but troubleshooting neglected systems can become labor intensive.
Interior
The 360 cabin is considerably roomier than that of the F355. The windshield is larger, seating position more accommodating and controls more logically arranged.
Leather covers most major surfaces, while aluminum appears on the pedals, transmission gate and various trim components. Daytona-style seats, electrically adjustable seats and numerous color combinations were available.
The interior remains relatively simple compared with later Ferraris. There is no large central infotainment display, and most functions are controlled through conventional switches and buttons.
Sticky Interior Trim
Like many Ferraris of the period, the 360 is notorious for sticky soft-touch interior coatings. Buttons, switches, vents and other plastic components can develop a gummy surface as the original coating deteriorates with age and heat.
Specialists can strip and refinish these components while preserving the original pieces. The issue is primarily cosmetic but can affect a surprising number of interior parts.
Challenge Racing Car
Ferrari developed the 360 Challenge for its one-make racing series. The Challenge was a purpose-built competition car with reduced weight, racing suspension, roll cage, fire system, competition brakes and stripped interior. It was not simply a road Modena fitted with cosmetic racing equipment.
The Challenge program provided experience that contributed directly to development of the later Challenge Stradale.
360 GT and GTC
The 360 also became an important GT racing platform. The 360 GT was developed for international competition with extensive aerodynamic, suspension and engine modifications. The later 360 GTC further improved the package and competed successfully in GT racing.
These competition cars helped restore Ferrari’s presence in production-based racing before the F430 became the company’s principal V8 GT platform.
Challenge Stradale
Introduced near the end of 360 production, the Challenge Stradale is the most significant road-going derivative. Ferrari applied lessons from the 360 Challenge racing program to create a lighter, more powerful and more focused road car. Engine output increased to approximately 425 horsepower, while weight was reduced substantially through extensive use of carbon fiber, lighter interior components and reduced sound insulation.
The suspension was lowered and stiffened, transmission software was revised for faster shifts, braking performance was upgraded and aerodynamic changes increased downforce.
Challenge Stradale Engine
The Challenge Stradale retains the basic 3.6-liter V8 but uses revised intake and exhaust systems and altered engine management. Output rises from approximately 400 to 425 horsepower, with maximum power still occurring at very high engine speed.
The increase may seem modest, but combined with reduced weight, shorter-feeling gearing and sharper throttle response it gives the Stradale a noticeably more aggressive character.
Challenge Stradale Weight Reduction
Weight reduction was fundamental to the Challenge Stradale rather than a marketing exercise. Carbon-fiber seats and interior panels replaced heavier standard components, sound insulation was reduced and numerous small components were optimized. Many cars were specified without a conventional stereo, and the cabin exposes more of the underlying structure.
The result feels substantially more immediate than a standard Modena even before the engine is started.
Challenge Stradale Transmission
All factory Challenge Stradales were equipped with the F1 transmission. Revised software reduced shift times significantly compared with standard 360 F1 cars, particularly in the most aggressive driving mode. Gear changes at high engine speed are extremely sharp and contribute heavily to the car’s personality.
Because no factory gated-manual Challenge Stradale was offered, any manual example is a later conversion.
Challenge Stradale Brakes
The Challenge Stradale introduced carbon-ceramic brakes to Ferrari’s V8 road-car line. The system provides exceptional resistance to fade and reduces unsprung mass, contributing to the car’s sharper response.
Rotor condition is an important inspection point because replacement costs are far higher than for the iron brakes fitted to normal 360s.
Challenge Stradale Styling
The Challenge Stradale can be identified by revised front and rear aerodynamic elements, unique wheels, extensive carbon trim and a more purposeful stance. Many examples wear a prominent longitudinal stripe, although specifications varied and the stripe itself should not be used to establish authenticity. Factory build documentation is particularly important because Challenge Stradale components have frequently been added to ordinary Modenas.
Performance
A standard 360 Modena can reach 60 mph in approximately four seconds and has a top speed around 183 mph, depending on specification and test conditions.
The Challenge Stradale is quicker, but the difference in character is more significant than the raw numbers suggest. Reduced weight, sharper suspension, faster shifts and louder exhaust make it feel considerably more intense.
Modern performance cars easily exceed these figures, but the 360’s appeal increasingly lies in how its performance is delivered rather than absolute acceleration.
Exhaust Note
Sound is one of the 360’s defining characteristics. The five-valve V8 changes dramatically as engine speed rises, progressing from a mechanical growl at low rpm to a much sharper note approaching the 8,500-rpm power peak.
Aftermarket exhaust systems are extremely common. Tubi and other specialist systems can amplify the experience considerably, although originality-focused collectors generally prefer cars accompanied by their factory exhaust components.
Engine Mounts
Engine mounts are a known age-related maintenance item. Heat and time deteriorate the rubber, allowing excessive engine movement and transmitting vibration through the chassis. Updated components can improve durability.
Because the engine is visible through the rear glass, leaks and deteriorated components are relatively easy to spot, but a clean engine compartment should not substitute for maintenance records.
Variators
Early 360s experienced issues involving the camshaft variators, which form part of the variable valve-timing system. Ferrari introduced updated components, and many cars received them during earlier service work. Documentation showing the appropriate updates is valuable.
A specialist familiar with 360 production changes can determine whether a particular chassis should have received revised parts.
Transmission Mount
The transmission mount is another common wear item. Deterioration can allow excessive drivetrain movement and may contribute to poor shift quality or vibration. Replacement is relatively straightforward compared with major gearbox work, but its condition should be included in a comprehensive inspection.
Ball Joints and Suspension Wear
Suspension ball joints, bushings and tie-rod components can wear, particularly on cars driven frequently or exposed to rough roads. Play can create vague steering, noises or uneven tire wear. Replacing worn components can transform how a 360 feels.
Aftermarket solutions using improved materials are available, although originality-focused owners may prefer factory-specification parts.
Fuel Pumps
Fuel-pump assemblies and related components can deteriorate with age. Plastic housings can crack, seals can fail and fuel odors may indicate leakage. Because gasoline leaks in a mid-engine car present an obvious fire risk, any fuel smell deserves immediate investigation.
Cars stored for long periods can experience additional fuel-system problems as old gasoline degrades.
Exhaust Manifolds and Catalysts
Exhaust manifolds, catalytic converters and associated hardware should be inspected carefully. Heat cycles can damage components, and catalyst deterioration can create serious secondary problems if ignored. Warning lights or unusual exhaust noises should therefore be diagnosed properly rather than simply cleared.
Modified exhaust systems also deserve inspection to ensure that heat shielding and emissions components remain correctly installed.
Timing-Belt Service
The 360’s timing belts remain one of the most discussed maintenance items, but they are less intimidating than the engine-out belt service associated with the F355. Access behind the seats allows technicians to replace the belts with the drivetrain in the car. Tensioners and related components should be inspected or replaced as appropriate during the service.
For a collector, documented belt-service history is more meaningful than a seller simply claiming that the belts “look good.”
F1-to-Manual Conversions
As gated-manual Ferraris increased dramatically in value, converting F1-equipped 360s to manual operation became economically attractive. Because both versions use closely related underlying gearboxes, a properly engineered conversion can function extremely well. Specialist kits can reproduce the pedal box, linkage, shift gate and electronic changes required.
From a collector perspective, however, a converted car should always be represented as such. Factory-manual provenance remains an important distinction even when the conversion is mechanically excellent.
Production
The 360 became one of Ferrari’s highest-volume models up to that point, with more than 16,000 examples produced across the Modena and Spider ranges.
The Spider accounted for a substantial percentage of production, while factory gated-manual cars became progressively less common as customers increasingly chose the F1 transmission.
The Challenge Stradale was produced in far smaller numbers, making it a distinct collector model rather than simply another trim level.
Specific production numbers:
- 360 Modena (Coupe): ~8,800 units (~25-30% Factory Manual)
- 360 Spider: ~7,500 units (~20% Factory Manual)
- Challenge Stradale: ~1,288 units globally (100% F1 transmission from the factory)
Understanding the Major Ferrari 360 Variants
The principal members of the 360 family are:
- 360 Modena: Standard fixed-roof road car with 3.6-liter, 400-hp V8 and choice of gated six-speed manual or F1 transmission.
- 360 Spider: Open version with power-operated soft top, reinforced aluminum structure and the same basic drivetrain choices.
- 360 Challenge: Factory competition car developed for Ferrari’s one-make racing series.
- 360 GT: Competition derivative developed for international GT racing.
- 360 GTC: Further-developed racing version with revised aerodynamics and mechanical specification.
- Challenge Stradale: Lightweight road-going performance version with approximately 425 horsepower, reduced weight, carbon-ceramic brakes and faster F1 transmission.
What Matters to Collectors
The first major distinction for a normal 360 is factory manual versus F1 transmission. Both are authentic and historically significant, but the rarity of gated-manual Ferraris has made factory manual cars especially desirable. Original documentation should confirm transmission specification because manual conversions are increasingly common.
Service history matters more than exceptionally low mileage. Timing belts, fluids, engine mounts, suspension components and fuel-system parts deteriorate with age. A regularly maintained 30,000-mile car can be a better mechanical proposition than a 5,000-mile example that spent years sitting.
For F1 cars, a diagnostic inspection should establish clutch wear and hydraulic-system condition. Buyers should also verify that the transmission engages cleanly when hot and cold and that no recurring F1-system faults are stored.
Accident history is important because repairing the aluminum structure requires appropriate expertise. Panel gaps, chassis measurements and repair documentation deserve careful examination.
Original color and options also influence desirability. Daytona seats, desirable factory colors, shields and other equipment can affect market interest, but condition and history remain more important than simply checking option boxes.
For the Challenge Stradale, authenticity is particularly important. Ordinary 360s have often been fitted with Stradale wheels, bumpers, seats, exhaust components and stripes. A genuine Challenge Stradale should be established through chassis and factory documentation.
Collector Hierarchy
The Challenge Stradale sits clearly at the top of the regular 360 road-car hierarchy. Its lower weight, increased power, carbon-ceramic brakes, competition-influenced chassis and limited production make it significantly more special than a standard Modena or Spider.
Among ordinary 360s, factory gated-manual Modenas have developed strong collector appeal. They combine the rigidity and cleaner lines of the coupe with Ferrari’s traditional open-gate shifter and naturally aspirated V8.
Manual Spiders provide a different appeal, combining the gated gearbox with open-air access to the V8’s sound. They are less structurally rigid than coupes but can be especially rewarding as recreational road cars.
F1 Modenas and Spiders remain the most accessible versions. Their greater production numbers and historically less desirable transmission keep them relatively affordable by Ferrari standards, although excellent original examples are increasingly appreciated as representative cars of the early paddle-shift era.
Driving the Ferrari 360
The 360 feels relatively compact from the driver’s seat despite being noticeably larger than the F355. Visibility is good for a mid-engine exotic, the steering is light and communicative, and the controls are straightforward compared with later Ferraris filled with steering-wheel modes and electronic settings.
The V8 dominates the experience. At low engine speeds it is smooth but not overwhelmingly powerful. The engine needs revs, and that requirement encourages the driver to interact with the gearbox. As the tachometer moves toward 8,000 rpm, both acceleration and sound increase dramatically.
A gated-manual car makes that process especially involving. Each shift requires the lever to cross the metal gate, and the gearbox rewards deliberate movements rather than hurried shifts when cold. The combination of mechanical shift action and high-revving V8 is a large part of why manual 360s have become increasingly sought after.
The F1 version has a different personality. Around town, shifts can feel clumsy if the driver expects a conventional automatic. Driven more aggressively, the system makes considerably more sense, delivering quick, forceful shifts while allowing both hands to remain on the wheel.
Chassis balance is predictable and approachable. Hydraulic steering communicates what the front tires are doing, while the naturally aspirated engine makes power delivery easy to meter. The electronic traction system provides a safety net without dominating the experience as extensively as the chassis-control systems in later Ferraris.
The Spider adds another dimension because the engine sits only a short distance behind the open cockpit. With the roof lowered and the V8 operating near its upper rev range, the mechanical and exhaust sounds become central to the experience.
The Challenge Stradale transforms the basic car. Steering response feels sharper, the suspension more immediate and the cabin dramatically louder. Its faster F1 shifts suit the engine much better than the standard early system, while reduced sound insulation makes every intake, exhaust and transmission noise more apparent.
Lasting Importance
The Ferrari 360 matters because it established the engineering template for Ferrari’s modern mid-engine V8 road cars. Its aluminum spaceframe, sophisticated aerodynamics, electronic damping and increasingly integrated electronics represented a fundamental break from the steel-intensive construction of the F355.
At the same time, the 360 retained characteristics that now seem distinctly traditional. Its V8 is naturally aspirated, steering is hydraulically assisted, and buyers could still order a conventional manual transmission. There is no hybrid system, turbocharging or elaborate steering-wheel manettino controlling a multitude of chassis modes.
The model also captures an important transmission transition. Early in its production life, the gated manual remained a normal choice. As the F1 transmission became increasingly popular, Ferrari customers began moving rapidly toward paddle shifting. The successor F430 would continue that trend, and conventional manual Ferraris would soon disappear almost entirely.
The Challenge Stradale was equally influential. Ferrari took a regular V8 production model and systematically reduced weight, increased engine output, sharpened the gearbox and suspension, added carbon-ceramic brakes and incorporated lessons from its racing program. That philosophy continued directly into the 430 Scuderia, 458 Speciale and later limited-production V8 models.
Production volume means the 360 will never have the rarity of an F40 or Enzo, but that is also one of its strengths. It remains one of the more approachable ways to experience a mid-engine Ferrari with a high-revving naturally aspirated V8, particularly in F1 form.
For collectors, the range now has clear distinctions. The Challenge Stradale represents the ultimate factory development, while a documented factory gated-manual Modena provides perhaps the purest version of the standard car. Spiders emphasize sound and open-air enjoyment, and well-maintained F1 cars offer much of the same fundamental performance at a different price point.
Most importantly, the 360 sits at an appealing intersection of old and new Ferrari engineering. Its aluminum construction and electronics point toward the modern Ferrari, while its naturally aspirated five-valve V8, hydraulic steering and available gated manual gearbox preserve much of the mechanical interaction associated with earlier cars. That combination has made the Ferrari 360 increasingly significant as both an accessible modern classic and a turning point in Ferrari’s development.
Cars For Sale
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Books on the Ferrari 360
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Past Auction Sales – Ferrari 360
Average Ferrari 360 Sale Price by Year from SCM’s Platinum Auction Database:
Ferrari 360 Sales from SCM’s Platinum Auction Database:
Gooding Christie's
Condition: 2
Aug 14, 2026
$257,600
RM Sotheby's
Condition: 2
Aug 13, 2026
$445,000
Broad Arrow Auctions
Condition: 2
May 16, 2026
$837,943
Iconic Auctioneers
Condition: 3+
Feb 20, 2026
$78,869
Broad Arrow Auctions
Condition: 3
Oct 31, 2025
$98,000
Saratoga Motorcar Auctions
Condition: 1-
Sep 19, 2025
$71,500
Bring a Trailer
Condition: 2
Sep 5, 2025
$610,500
Gooding Christie's
Condition: 2+
Aug 15, 2025
$340,500
Broad Arrow Auctions
Condition: 1-
Aug 13, 2025
$246,400
Bonhams Cars
Condition: 2
Jul 11, 2025
$74,495
The Branson Auction
Condition: 2-
Apr 11, 2025
$77,550
GAA Classic Cars
Condition: 2-
Feb 20, 2025
$97,200
Bring a Trailer
Condition: 2
Feb 10, 2025
$167,500
Barrett-Jackson
Condition: 3+
Jan 18, 2025
$115,500
Barrett-Jackson
Condition: 2-
Oct 10, 2024
$60,500
Worldwide Auctioneers
Condition: 2-
Aug 29, 2024
$89,600
Barrett-Jackson
Condition: 3
Jun 22, 2023
$137,500
RM Sotheby's
Condition: 3+
Sep 9, 2022
$38,294
Barrett-Jackson
Condition: 3+
Jun 30, 2022
$82,500
Silverstone
Condition: 2-
Jun 4, 2022
$83,377
The Branson Auction
Condition: 3+
Apr 23, 2022
$100,100
Barrett-Jackson
Condition: 2
Apr 9, 2022
$143,000
Gooding & Co.
Condition: 2
Mar 4, 2022
$285,500
GAA Classic Cars
Condition: 2-
Feb 24, 2022
$111,240
Barrett-Jackson
Condition: 2-
Jan 30, 2022
$110,000
Collecting Cars
Condition: 2+
Aug 5, 2021
$258,500
Bonhams
Condition: 2+
May 30, 2020
$91,782
Barrett-Jackson
Condition: 3+
May 12, 2020
$59,000
The Branson Auction
Condition: 3+
Oct 18, 2019
$57,200
Barrett-Jackson
Condition: 2
Oct 3, 2019
$75,000
Bonhams
Condition: 3+
Sep 29, 2019
$71,792
Barrett-Jackson
Condition: 1
Jun 26, 2019
$107,800
Leake
Condition: 3
Jun 6, 2019
$65,000
Barrett-Jackson
Condition: 2+
Apr 11, 2019
$88,000
Barrett-Jackson
Condition: 2
Jan 12, 2019
$99,000
Barrett-Jackson
Condition: 1-
Sep 27, 2018
$94,600
Saratoga Motorcar Auctions
Condition: 2+
Sep 21, 2018
$62,500
GAA Classic Cars
Condition: 1-
Jul 26, 2018
$175,000
Artcurial
Condition: 2-
Jul 7, 2018
$86,645
Bonhams
Condition: 2
Jun 3, 2018
$86,240
Motostalgia
Condition: 2+
Mar 10, 2018
$91,300
Leake
Condition: 3
Feb 23, 2018
$53,900
Bonhams
Condition: 2
Dec 6, 2017
$133,855
Barrett-Jackson
Condition: 2+
Oct 19, 2017
$68,200
Gooding & Co.
Condition: 1
Mar 11, 2017
$110,000
GAA Classic Cars
Condition: 3+
Mar 2, 2017
$82,390
McCormick's
Condition: 2-
Feb 24, 2017
$59,325
The Finest
Condition: 1-
Feb 12, 2017
$93,500
Barrett-Jackson
Condition: 1
Jan 17, 2017
$187,000
The Finest
Condition: 2
Sep 17, 2016
$88,000
See all 65 sales of Ferrari 360 cars from SCM’s Platinum auction database.
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