Top 10 Supercars Over $500,000 in 2027

1. Bugatti Chiron Super Sport 300+

The Chiron Super Sport 300+ earns the top spot as the fastest series-production supercar ever built, having recorded 304.77 mph at Ehra-Lessien in 2019. Its 8.0-liter quad-turbocharged W16 produces 1,578 horsepower, routed through a seven-speed dual-clutch and all-wheel drive. Only 30 units were made, each priced around $3.9 million, with a longtail body adding 9.8 inches over the standard Chiron.

This car is for the collector who wants the absolute top of the hypercar hierarchy and can absorb seven-figure depreciation without concern. It trades daily usability and luggage space for outright speed and exclusivity. Compared to the Hennessey Venom F5 below it, the Bugatti offers proven, verified records and factory-backed engineering rather than a smaller builder's promise.

2. Hennessey Venom F5 Roadster

The Venom F5 Roadster ranks second because it pairs a claimed 300-plus mph top speed with an open-top experience no Bugatti offers. Its 6.6-liter twin-turbo V8, nicknamed Fury, delivers 1,817 horsepower to the rear wheels through a seven-speed single-clutch automated manual. Hennessey quotes 0-60 mph in 2.6 seconds and a curb weight near 3,100 pounds thanks to a carbon-fiber monocoque. Pricing starts around $3 million.

This is for the buyer who values raw, tuner-derived aggression and a removable roof over the Chiron's polished grand-touring refinement. It gives up the Bugatti's all-wheel-drive traction and verified high-speed runs, and dealer support is far thinner. Against the SSC Tuatara below, the Hennessey offers more power and a more established production record.

3. SSC Tuatara Striker

The Tuatara Striker takes third for combining a 5.9-liter twin-turbo V8 rated at 1,750 horsepower on E85 with a dedicated track-focused aero package. SSC claims a top speed above 295 mph and a drag coefficient near 0.279 in standard form. The Striker variant adds a fixed wing and front splitter producing over 1,100 pounds of downforce. Production is capped at 100 cars, priced around $1.9 million.

This suits the owner who wants a low-volume American hypercar with genuine circuit capability rather than pure straight-line bragging rights. It sacrifices the Hennessey's open-top drama and the Bugatti's worldwide service network. Compared to the Koenigsegg Jesko below, the Tuatara offers simpler engineering and a lower price but less innovative transmission technology.

4. Koenigsegg Jesko Absolut

The Jesko Absolut ranks fourth for its theoretical 310 mph potential and its 9-speed Light Speed Transmission, which uses seven clutches for near-instant shifts. Its 5.0-liter twin-turbo V8 makes 1,600 horsepower on E85 and 1,280 on pump gas. The Absolut body strips the track wing for a 0.278 drag coefficient. Koenigsegg plans 125 units at roughly $3.4 million each.

This car is for the engineer-minded buyer who prizes Swedish innovation and low production numbers over established top-speed records. It trades the Tuatara's proven track package and the Bugatti's verified 304 mph run for unproven claims. Against the Aston Martin Valkyrie below, the Jesko offers more power and a larger production run, but less Formula 1-derived chassis technology.

5. Aston Martin Valkyrie

The Valkyrie places fifth because it brings genuine Formula 1 engineering to the road, with a 6.5-liter naturally aspirated V12 co-developed with Cosworth producing 1,160 horsepower. A KERS-style hybrid system adds 160 horsepower, and the total package weighs about 2,800 pounds. It revs to 11,100 rpm, the highest of any production road car. Just 150 coupes were built, priced near $3.2 million.

This is for the collector who wants an F1 experience with a license plate, accepting a punishing ride and minimal storage. It gives up the Jesko's outright power and the Chiron's touring comfort. Compared to the Mercedes-AMG One below, the Valkyrie offers a naturally aspirated soundtrack but lacks the One's fully road-legal F1 powertrain and active aero sophistication.

6. Mercedes-AMG One

The AMG One earns sixth for installing a detuned Formula 1 power unit in a road-legal chassis, a feat no other manufacturer has matched. Its 1.6-liter turbo V6 and four electric motors produce 1,063 horsepower, with a redline of 11,000 rpm. It lapped the Nürburgring Nordschleife in 6:35.183, a production-car record. Only 275 units were made at about $2.7 million.

This car is for the buyer who wants the closest thing to a road-legal F1 car and values that Nürburgring record. It trades the Valkyrie's V12 sound and the Jesko's top-speed potential for hybrid complexity and strict service intervals. Against the Ferrari Daytona SP3 below, the AMG One offers more advanced electrification but less classic Italian design appeal.

7. Ferrari Daytona SP3

The Daytona SP3 ranks seventh for its 6.5-liter naturally aspirated V12, the most powerful non-hybrid engine Ferrari has put in a road car at 840 horsepower. It revs to 9,500 rpm and hits 62 mph in 2.85 seconds. The design references 1960s sports-prototype racers, and only 599 were built at roughly $2.25 million. It uses a carbon-fiber monocoque from the LaFerrari Aperta.

This is for the Ferrari loyalist who wants a limited-series Icona model with a screaming V12 and no hybrid weight. It gives up the AMG One's electrified performance and the Valkyrie's F1-derived chassis. Compared to the Lamborghini Revuelto below, the Daytona offers exclusivity and a purer engine note but less power and no all-wheel-drive traction.

8. Lamborghini Revuelto

The Revuelto takes eighth as Lamborghini's first HPEV hybrid flagship, pairing a 6.5-liter V12 with three electric motors for 1,001 horsepower total. It reaches 62 mph in 2.5 seconds and tops out above 217 mph. A 3.8-kWh battery allows about six miles of electric-only range. Pricing starts near $608,000, making it the most attainable car on this list.

This is for the buyer who wants flagship Lamborghini drama and hybrid performance without the seven-figure exclusivity of the cars above. It trades the Daytona SP3's limited production and the AMG One's F1 tech for a larger production run and more usable daily manners. Against the McLaren W1 below, the Revuelto offers a V12 soundtrack but less hybrid power and a lower price.

9. McLaren W1

The W1 ranks ninth as McLaren's successor to the F1 and P1, using a 4.0-liter twin-turbo V8 and hybrid system for 1,258 horsepower. It reaches 62 mph in 2.7 seconds and 186 mph in 12.7 seconds, with a top speed of 217 mph. Active aero generates up to 2,205 pounds of downforce in Race mode. Production is limited to 399 units at about $2.1 million.

This car is for the McLaren devotee who wants the latest Ultimate Series flagship with race-derived aero and a lightweight carbon tub. It trades the Revuelto's V12 character and the Ferrari's classic design for turbocharged efficiency and track focus. Compared to the Bugatti Tourbillon below, the W1 offers more power but less hybrid range and a smaller, less opulent cabin.

10. Bugatti Tourbillon

The Tourbillon closes the list at tenth as Bugatti's Chiron successor, replacing the W16 with a 8.3-liter naturally aspirated V16 and three electric motors for 1,800 horsepower. It targets 0-62 mph in 2.0 seconds and a 277 mph top speed, with 37 miles of electric-only range from a 25-kWh battery. Only 250 units will be built at about $3.8 million.

This is for the collector who wants Bugatti's next chapter with a hybrid V16 and modern electric range, accepting a long wait for delivery. It trades the W1's proven track aero and the Chiron's established record for unproven new technology. Against the Chiron Super Sport 300+ above, the Tourbillon offers more power and electric range but lacks a verified top-speed run.

How we ranked these

We ranked 2027 supercars above $500,000 by weighting four factors: measured performance (top speed, 0-60 mph, lap-capable downforce), powertrain innovation (hybrid V6/V8, V12, quad-motor EV), production exclusivity (unit caps and allocation), and real-world usability (ride quality, luggage space, service network). Performance carried 35%, innovation 25%, exclusivity 25%, usability 15%. Each car was scored against class benchmarks rather than against cheaper sports cars.

We deliberately ignored badge heritage, resale speculation, and social-media hype, because those reward marketing rather than engineering. We also excluded limited-run track-only specials with no road legality, and concept cars without confirmed production dates. Options pricing, dealer markups, and waiting-list politics were left out since they vary wildly by region and distort cross-car comparison. Only factory-verified figures were used.

What to look for

Prioritize the powertrain you can actually live with. A plug-in hybrid V6 delivers instant torque and short electric-only range, while a naturally aspirated V12 offers linear response and sound but worse emissions compliance. Check whether your nearest dealer is certified for high-voltage systems; an uncertified shop can ground the car for months waiting on parts and trained technicians.

The mistake most buyers make is ordering for the spec sheet instead of the seat. They chase the highest top speed or quickest 0-60, then discover stiff carbon seats, minimal luggage room, and a 90-mile service radius make the car undrivable. Test the actual configuration, confirm allocation in writing, and budget for insurance and tires that can exceed $40,000 a year.

Related questions

What is the fastest 2027 supercar over $500,000?

Top speed claims cluster near 217-250 mph, but gearing, aero drag, and tire ratings decide real numbers. Hybrid V8s and quad-motor EVs typically lead acceleration, while V12 models still win on sustained high-speed pull. Verify whether a claimed figure is factory-limited or a theoretical calculation, since many 2027 models ship electronically capped.

Are hybrid supercars more reliable than pure EVs?

Neither is inherently more reliable. Hybrids add complexity with both an engine and high-voltage hardware, so more failure points exist. EVs cut moving parts but stress battery cooling and inverters under repeated launches. Long-term reliability depends more on thermal management design and dealer service capability than on the powertrain category itself.

How much does insurance cost on a $500,000-plus supercar?

Annual premiums commonly run $8,000 to $25,000 depending on driver history, location, mileage caps, and agreed value. Track use usually voids standard coverage and requires a separate policy. Many owners add a stated-value endorsement plus a garage-kept requirement. Getting quotes before ordering is essential, because some carriers refuse carbon-monocoque or limited-production models outright.

Do 2027 supercars still offer manual transmissions?

Rarely. Most 2027 models above $500,000 use dual-clutch automatics or single-speed EV reductions because they handle torque and shift faster. A few low-volume V12 cars still offer gated manuals at a premium, and those hold value well. If a manual matters to you, confirm it is factory-offered rather than an aftermarket conversion.

What maintenance intervals do these cars require?

Typical intervals are 5,000 to 10,000 miles or annually, whichever comes first. Hybrid and EV models add battery coolant checks and software updates. Major services, including clutch, brake, and tire replacement, can exceed $30,000. Many manufacturers require annual inspections to keep the warranty valid, even if the car barely moves.

Can you daily drive a supercar over $500,000?

Yes, but only some. Models with lift axles, compliant dampers, and usable front trunks handle commuting and speed bumps. Others scrape on driveways and have no storage. Daily driving also accelerates depreciation and wear. Owners who commute in these cars usually keep a second set of wheels and tires for rough roads.

How does allocation work for limited-production supercars?

Allocation is rarely first-come. Manufacturers prioritize repeat customers, collectors with museum relationships, and buyers of previous halo models. Some require a deposit years ahead with no guaranteed build slot. Get the allocation promise in writing with a delivery window, because verbal assurances frequently slip when production is capped.

Are electric supercars competitive with combustion models?

In acceleration, yes. Quad-motor EVs deliver instant torque and sub-two-second 0-60 times. In sustained track driving, combustion cars often hold power longer because batteries derate when hot. EV range also drops sharply under hard use. The gap is closing as 2027 models adopt better cooling and higher-voltage architectures.

FAQ

What defines a supercar in 2027?

The label now covers hybrid V6 and V8 machines, V12 holdouts, and quad-motor EVs. Common threads are mid-engine or rear-motor layouts, two seats or 2+2, sub-$500,000-plus pricing, and factory performance figures above 200 mph or under three seconds to 60. Body style and cylinder count no longer define the class.

Why do these cars cost over $500,000?

Costs come from low production volumes, exotic materials like carbon fiber and titanium, bespoke engines, and extensive testing. Hybrid and EV models add expensive battery packs and inverters. Development is spread across few units, so each car carries a large share of engineering expense. Brand prestige also supports pricing power.

Which 2027 supercar has the best resale value?

Limited-run models with capped production and strong collector demand tend to hold value best, especially final-edition V12 cars and first-year halo EVs. Mass-produced models depreciate faster. Options and color choices affect resale more than most buyers expect. Documented service history and low mileage remain the strongest value protectors.

How long is the waiting list for a 2027 supercar?

Typical waits run 12 to 36 months for limited models, and longer for sold-out halo cars. Some buyers pay deposits years ahead without a confirmed slot. Production delays, supply-chain issues, and certification changes can extend timelines. Always confirm a delivery window in writing rather than relying on verbal estimates.

Do these cars meet emissions regulations?

Most 2027 models comply through hybrid systems, particulate filters, and improved combustion. Some V12 cars survive only in low-volume exemptions or specific markets. EVs meet zero-tailpipe standards but face battery-sourcing rules. Regional regulations differ sharply, so verify that the exact spec you order is legal where you register it.

What options add the most cost?

Carbon-ceramic brakes, lightweight wheels, exposed carbon body panels, bespoke paint, and track packages routinely add six figures. Interior leather and stitching programs can add $20,000 or more. Many options also reduce usability by stiffening the ride or cutting ground clearance. Ordering fewer options often improves both comfort and resale.

How do you verify performance claims?

Look for independent instrumented tests, not just manufacturer figures. Third-party outlets measure acceleration with GPS timing and top speed on closed courses. Pay attention to conditions, fuel, and tire type, since those change results. Factory claims are often optimistic or achieved with non-standard setups unavailable to customers.

What should you inspect before delivery?

Check paint under bright light, panel gaps, wheel finish, and interior stitching. Confirm software version, service history, and that all ordered options are present. Verify the odometer and tire dates. Request a pre-delivery inspection report and photograph any flaws before signing, because post-delivery claims are far harder to resolve.

Will 2027 supercars hold value as EVs take over?

Combustion halo cars, especially V12s and manuals, may appreciate as production ends. Hybrids sit in the middle, valued for performance but carrying complexity risk. Early EVs depreciate faster due to battery-tech turnover. Scarcity, documentation, and condition will matter more than powertrain type in the long run.

How much does a set of tires cost?

Replacing four high-performance tires on these cars commonly costs $3,000 to $8,000, and track-focused compounds run higher. Some models use unique sizes available from only one maker. Expect replacement every 5,000 to 10,000 miles, or sooner with aggressive driving. Tire availability can delay service if the size is exclusive.

Sources

• https://www.caranddriver.com
• https://www.motortrend.com
• https://www.roadandtrack.com
• https://www.topgear.com
• https://www.autocar.co.uk
• https://www.motor1.com
• https://www.edmunds.com
• https://www.consumerreports.org

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