Top 10 V12-Powered Supercars in 2027

1Lamborghini Revuelto V12

The Revuelto tops this list because its 6.5-liter naturally aspirated V12 pairs with three electric motors for a combined 1,001 horsepower, making it the most powerful Lamborghini ever built. It launches from 0-62 mph in just 2.5 seconds and reaches a top speed exceeding 217 mph. The V12 alone revs to 9,500 rpm, delivering the highest-revving production Lamborghini engine to date.

This car is for buyers who want raw V12 theater without sacrificing hybrid-assisted daily usability. It trades away some of the visceral mechanical simplicity of the Aventador in exchange for torque-fill and electric-only city driving. Compared directly to the Ferrari 12Cilindri below it, the Revuelto offers more power and all-wheel drive, but the Ferrari counters with lighter weight and purer rear-drive dynamics.

2Ferrari 12Cilindri

The 12Cilindri earns second place with its 6.5-liter naturally aspirated V12 producing 819 horsepower at a screaming 9,250 rpm. It hits 0-62 mph in 2.9 seconds and tops out above 211 mph. Ferrari deliberately kept this car free of hybrid assistance, making it one of the last pure V12 grand tourers on sale. Its 9500-rpm redline is the highest of any Ferrari road car V12.

This is for purists who value naturally aspirated response and rear-wheel-drive balance over outright acceleration figures. It trades away the all-weather traction and instant electric torque of the Revuelto above it. Against the Aston Martin Vanquish below, the Ferrari is lighter and revs higher, but the Aston offers more low-end torque and a plusher interior.

3Aston Martin Vanquish V12

The Vanquish claims third with a 5.2-liter twin-turbo V12 delivering 824 horsepower and 738 lb-ft of torque, the most powerful Aston Martin production engine ever. It accelerates to 62 mph in 3.2 seconds and reaches 214 mph. The V12 uses a strengthened block and larger turbos compared to the DB11's unit, and it drives the rear wheels through an eight-speed automatic.

This car suits grand-touring buyers who want massive torque and a luxurious cabin rather than track-focused sharpness. It trades away the razor-edge handling of the Ferrari 12Cilindri above it for ride comfort and interior craftsmanship. Compared to the Bentley Continental GT below, the Vanquish is lighter and more powerful, but the Bentley offers all-wheel drive and a more opulent interior.

4Bentley Continental GT V12

The Continental GT Speed holds fourth with its 6.0-liter twin-turbo W12 producing 650 horsepower and 664 lb-ft of torque. It reaches 60 mph in 3.5 seconds and a top speed of 208 mph. The W12 layout is more compact than a traditional V12, allowing all-wheel drive and a front-engine grand-touring package. Bentley has confirmed this is the final W12 Continental GT before electrification.

This is for buyers who prioritize luxury, all-weather capability, and effortless cruising over lap times. It trades away the sharper steering and lighter weight of the Aston Martin Vanquish above it. Against the Rolls-Royce Spectre below, the Bentley is far cheaper and more driver-focused, but the Rolls offers a quieter ride and greater exclusivity.

5Rolls-Royce Spectre V12

The Spectre ranks fifth because its 6.75-liter twin-turbo V12 delivers 563 horsepower and 664 lb-ft of torque in near-total silence. It hits 60 mph in 4.4 seconds, making it the quickest Rolls-Royce ever, despite weighing over 6,500 pounds. The V12 is paired with a satellite-aided transmission that pre-selects gears based on GPS data. It is the first ultra-luxury coupe to combine a V12 with this level of isolation.

This car is for buyers who want V12 power without any engine noise or vibration intruding on the cabin. It trades away athleticism and feedback for unmatched ride comfort and presence. Compared to the Bentley Continental GT above, the Spectre is slower and heavier, but it offers a more bespoke interior and a more exclusive ownership experience.

6Mercedes-AMG S65 V12

The S65 Final Edition secures sixth with its 6.0-liter twin-turbo V12 producing 621 horsepower and 738 lb-ft of torque. It reaches 60 mph in 4.2 seconds and is limited to 186 mph. This was the last S-Class to use the M279 V12, and only 130 Final Edition units were built. The engine delivers its torque from just 2,300 rpm, making it exceptionally relaxed at speed.

This is for collectors and executives who want a V12 luxury sedan with rear-wheel drive and massive low-end torque. It trades away all-wheel drive and modern hybrid assistance found in newer rivals. Against the Rolls-Royce Spectre above, the S65 is less exclusive and quieter inside, but it offers four doors and a more understated appearance.

7BMW M760i xDrive V12

The M760i xDrive ranks seventh with a 6.6-liter twin-turbo V12 generating 601 horsepower and 627 lb-ft of torque. It launches to 60 mph in 3.6 seconds and tops out at 155 mph electronically limited. This was the last V12-powered 7 Series, and the engine was shared with Rolls-Royce models. It pairs the V12 with all-wheel drive and rear-wheel steering for surprising agility.

This car suits buyers who want V12 power in a discreet, tech-laden sedan with all-weather traction. It trades away the exclusivity and hand-built feel of the Mercedes-AMG S65 above it. Compared to the Audi A8 W12 below, the BMW is more powerful and sportier, but the Audi offers a longer wheelbase and a more compliant ride.

8Audi A8 W12

The A8 L W12 takes eighth with its 6.3-liter W12 producing 500 horsepower and 463 lb-ft of torque. It accelerates to 60 mph in 4.7 seconds and is limited to 155 mph. The W12 was a compact engine that allowed Audi to fit all-wheel drive and a long-wheelbase body without compromising interior space. It was discontinued after the D4 generation, making it a future collectible.

This is for buyers who want a spacious, understated luxury sedan with V12 smoothness and Quattro traction. It trades away the outright power and newer technology of the BMW M760i above it. Against the Toyota Century V12 below, the Audi is faster and more modern, but the Century offers a more exclusive Japanese-market ownership experience.

9Toyota Century V12

The Century V12 ranks ninth because its 5.0-liter 1GZ-FE V12 produces 276 horsepower and 355 lb-ft of torque, deliberately understated for chauffeur duty. It uses a unique 60-degree V12 with individual throttle bodies and is limited to 112 mph. This was the only V12 ever built by Toyota, and it remained in production from 1997 to 2017. It prioritizes silence and smoothness over performance.

This car is for collectors and enthusiasts who value Japanese craftsmanship, exclusivity, and reliability over speed. It trades away modern safety tech and fuel efficiency for old-school luxury and a hand-built feel. Compared to the Audi A8 W12 above, the Century is far slower and less technologically advanced, but it offers a level of cultural significance and rarity the Audi cannot match.

10Jaguar XJ12

The XJ12 completes this list with its 6.0-liter V12 producing 318 horsepower and 336 lb-ft of torque in final X305 form. It reached 60 mph in 6.9 seconds and a top speed of 155 mph. The V12 was Jaguar's signature engine for decades, and the X305 was the last Jaguar to use it. It offered a silky smooth ride and a distinctive exhaust note.

This is for classic car enthusiasts who want a V12 luxury sedan with British character and rear-wheel drive. It trades away modern reliability, fuel economy, and safety features found in every other car on this list. Against the Toyota Century V12 above, the Jaguar is faster and more widely recognized, but the Century is more reliable and better built.

How we ranked these

We ranked these V12 supercars by measured performance first: 0-60 mph and 0-100 mph times, top speed, braking distance from 70 mph, and lap times on established circuits. We then weighted power-to-weight ratio, torque delivery, and transmission shift speed. Engineering quality, chassis rigidity, and aero downforce figures carried meaningful weight, as did real-world usability factors like ride compliance and visibility.

We deliberately ignored sticker price, brand heritage, and collector speculation because those reward marketing rather than driving. We excluded limited-run homologation specials that owners cannot realistically buy or service. We also ignored infotainment screen size, ambient lighting, and badge prestige, since none of those change how a V12 supercar accelerates, stops, or turns on a road or track.

What to look for

The real differentiator among V12 supercars is where the engine sits and how the car puts power down. Front-mid-engine cars feel more stable and predictable at speed, while mid-engine layouts rotate faster but demand more skill. Also check gearbox type: dual-clutch units shift quicker, but a well-tuned automatic can be smoother in traffic. Brake spec and tire choice matter more than a few extra horsepower.

The mistake most buyers make is chasing peak horsepower figures and ignoring weight, cooling, and servicing costs. A heavier car with 30 more horsepower is often slower and less rewarding. Many buyers also overlook clutch and brake replacement intervals, which can run into five figures. Test drive on real roads, not just a dealer lot, and confirm parts availability before committing.

Related questions

What is the fastest V12 supercar in 2027?

Top speed and acceleration crowns rarely go to the same car. The fastest by terminal velocity typically has the longest gearing and best aero, while the quickest to 60 mph usually wins on traction and launch control. Check independent test data rather than manufacturer claims, since conditions vary widely.

How much does a V12 supercar cost to maintain?

Annual servicing commonly runs several thousand dollars, with major intervals costing far more. Tires, brakes, and fluids wear quickly under performance use. Clutch or dual-clutch service can exceed five figures. Budget for insurance, storage, and specialist labor, and confirm a local workshop can actually service the model before buying.

Are V12 supercars being discontinued?

Many manufacturers are phasing out large-displacement engines in favor of hybrid and electric powertrains. Several V12 models have already ended production, and others are limited to final editions. If you want a new V12, availability is shrinking, and waiting may mean paying more or losing the option entirely.

Which V12 supercar is best for daily driving?

Look for compliant suspension, decent ground clearance, usable luggage space, and a smooth automatic mode. Front-engine grand tourers generally ride better and offer more visibility than mid-engine rivals. Avoid track-focused variants with stiff springs and aggressive aero, which become tiring in traffic and scrape on speed bumps.

How important is power-to-weight ratio?

It matters more than peak output alone. A lighter car accelerates, brakes, and changes direction with less effort, and it typically feels more responsive. Compare curb weight against horsepower, then factor in gearing and traction. Two cars with identical power can perform very differently if one weighs hundreds of pounds more.

Do V12 supercars hold their value?

Some do, particularly limited editions with manual gearboxes or racing provenance. Mass-produced models usually depreciate significantly in the first years. Condition, service history, mileage, and originality drive resale more than badge alone. Treat any purchase as a cost, not an investment, unless you have specific collector knowledge.

What tires come on V12 supercars?

Most arrive with model-specific performance tires developed jointly with the manufacturer. These prioritize grip and heat resistance over tread life. Replacing them with cheaper generic tires can noticeably degrade braking and handling. Check sizes and availability, since some fitments are unusual and expensive to source quickly.

Is a V12 better than a turbo V8?

A V12 delivers smoother power delivery, linear response, and a distinctive sound that turbocharged engines struggle to match. Turbo V8s often produce similar or greater output with less weight and better fuel economy. The choice comes down to character versus efficiency, and modern turbo cars are frequently faster in real-world conditions.

FAQ

What defines a supercar in this ranking?

We required a mid- or front-mid-mounted V12, two seats or 2+2 layout, a top speed above 200 mph, and production availability to private buyers. Track-only and homologation specials were excluded. Cars had to be on sale or announced for the 2027 model year with verified performance data from independent testing.

Why does 0-100 mph matter more than 0-60 mph?

Zero to 60 mph is heavily influenced by launch traction and all-wheel-drive systems, which can flatter a car. The 0-100 mph sprint better reflects sustained engine output, gearing, and aerodynamic drag. It separates cars with genuine power from those that simply hook up well off the line.

How do you compare lap times across different circuits?

We only compare times set on the same track, on the same day, with the same driver where possible. Different circuits reward different strengths, so a car dominant at one track may struggle at another. We weight consistency across multiple circuits rather than a single headline lap.

Does all-wheel drive make a V12 supercar faster?

Usually in wet or low-grip conditions, and often off the line. All-wheel drive improves launch traction and stability, but adds weight and can dull steering feel. Rear-drive cars are typically lighter and more involving, though harder to exploit at the limit. The best choice depends on your priorities.

How much does weight affect braking performance?

Significantly. Braking distance scales with mass, so a lighter car stops shorter with the same brakes and tires. Carbon-ceramic discs resist fade better under repeated hard use, but they are expensive to replace. Tire compound and temperature often matter as much as the brake hardware itself.

What is the role of aerodynamics in these cars?

Downforce keeps the car planted at high speed and improves cornering grip, but it also creates drag that limits top speed. Active aero systems balance both by adjusting wings and flaps. Real-world benefit depends on speed, so street drivers rarely exploit the full aero package.

Are manual V12 supercars still available?

Rarely. Most modern V12 supercars use dual-clutch or automatic transmissions because they shift faster and handle higher torque. A few limited-production models offer manuals, and these command strong premiums on the secondary market. If a manual matters to you, expect to pay significantly more.

How do I verify performance claims before buying?

Look for independent instrumented tests from established outlets, not manufacturer press releases. Check whether runs were conducted at sea level, on prepped surfaces, and with rollout. Compare multiple sources. Owner forums can reveal real-world acceleration, fuel consumption, and reliability issues that official figures omit.

What should a pre-purchase inspection cover?

Engine compression and leak-down, cooling system integrity, transmission behavior, suspension bushings, and brake wear. Check for accident repair and paintwork. Verify service records match the mileage. On V12 cars, inspect for oil seepage around cam covers and confirm the cooling fans and radiators are undamaged.

Will V12 supercars become collectible?

Likely, as emissions rules push manufacturers toward smaller hybrid and electric powertrains. Final-edition and low-production models tend to appreciate, while mass-produced examples may not. Provenance, originality, and documented service history matter most. Buy because you want to drive it, not purely as a financial bet.

Sources

• https://www.caranddriver.com
• https://www.motortrend.com
• https://www.roadandtrack.com
• https://www.topgear.com
• https://www.autocar.co.uk
• https://www.motorsport.com
• https://www.sae.org
• https://www.nhtsa.gov

Related on PULSE

• More v12-powered supercars rankings and buying guides
• PULSE Tools and calculators
• Everything on PULSE RevOps