Tag Archives: vehicles

Bentley Celebrates 80 Years of Crewe Production With Heritage-Inspired Continental GT Azure

Bentley is celebrating 80 years of automobile production at its legendary Crewe factory with a special tribute that brings together the past and present. At the British Motor Museum on August 29, members of the RREC—the International Club for Rolls-Royce and Bentley enthusiasts—will mark the milestone with a display of significant Bentley models spanning eight decades, from the 1946 Mark VI to the latest Continental GT.

At the center of the celebration will be two cars separated by 80 years but connected by the same philosophy: a heritage-collection Bentley Mark VI and a one-off Continental GT Azure created by Mulliner specifically to honor its historic predecessor.

The pairing offers a striking illustration of how Bentley’s interpretation of luxury has evolved since production began at Crewe in 1946.

Bentley Marks 80 Years of Production at Crewe

The story of modern Bentley production at Crewe began in the aftermath of World War II. The Pyms Lane factory was originally constructed in 1938 to manufacture Rolls-Royce Merlin aero engines, but in 1946 it took on a new role as a car manufacturing facility.

The first Bentley to emerge from the Crewe production line was the Mark VI.

That makes the 1946 Bentley Mark VI more than simply another model in the company’s history. It represents the beginning of an era that continues today, with every modern Bentley produced at the historic Crewe site.

For the 80th anniversary celebration, Bentley and Mulliner have chosen one particular Mark VI as the inspiration for a contemporary Continental GT Azure. The result is a modern grand tourer that deliberately avoids chasing contemporary styling trends and instead looks back to one of the most elegant Bentleys in the company’s Heritage Collection.

A Modern Bentley Inspired by a 1950 Mark VI

The inspiration for the anniversary Continental GT Azure is a two-tone green-and-black Bentley Mark VI with coachwork by H.J. Mulliner.

The historic Bentley is one of just 241 coachbuilt four-door, six-light saloons produced by H.J. Mulliner, which at the time operated as an independent coachbuilder.

Delivered in January 1950 to its first owner, William Lount of Alabastine Co Ltd., the Mark VI eventually became part of Bentley’s Heritage Collection in 2021.

Its distinctive combination of green bodywork and black roof became the foundation for Mulliner’s design of the anniversary Continental GT Azure.

Rather than reproducing the historic car literally, Mulliner has translated its visual character into the language of a modern Bentley.

The Continental GT Azure is finished in solid Barnato Green, complemented by a Mulliner Black contrasting roof. The combination immediately recalls the 1950 Mark VI while giving the contemporary Continental GT a distinctly traditional appearance.

Azure exterior brightware provides additional contrast, while the carbon-fibre Styling Specification adds a modern performance-oriented element.

Black-painted and bright-machined 22-inch ten-spoke wheels complete the exterior treatment. Black brake calipers and self-levelling Bentley “B” wheel badges provide the finishing touches.

The result is a Continental GT that looks contemporary at first glance but reveals its historical connection through carefully chosen details.

Bentley’s Heritage Meets Modern Luxury

If the exterior pays tribute to Bentley’s past, the interior demonstrates just how dramatically luxury-car technology has evolved over the past eight decades.

The 1946 Mark VI represented the height of British automotive luxury for its time. Its cabin featured Connolly leather, walnut veneer and wool-pile carpeting, while practical equipment such as an improved heater and demister reinforced its credentials as a long-distance grand tourer.

The modern Continental GT Azure takes those same ideas and pushes them into an entirely different technological era.

Its cabin is upholstered in rich Cricket Ball main hide combined with Beluga secondary hide. The deep red-and-black combination creates an atmosphere that deliberately recalls the classic Bentley interiors of the post-war era.

But the details are unmistakably modern.

Contrast stitching and piping, embroidered Azure emblems, diamond quilting and perforated leather demonstrate the level of craftsmanship now possible through Bentley Mulliner’s bespoke division.

These details aren’t simply decorative. They illustrate how Bentley has transformed traditional craftsmanship into a modern luxury proposition where almost every element of a vehicle can be individually specified.

Dark Walnut Veneer Connects Two Generations

One of the most effective links between the Mark VI and Continental GT Azure is found across the dashboard.

The historic Bentley’s burr walnut interior inspired the modern car’s dark stained burr walnut veneer, positioned over Grand Black piano veneer.

A chrome pinstripe separates the two materials and extends across the dashboard fascia and into the door waistrails, creating a continuous visual element throughout the cabin.

The Continental GT’s Rotating Display adds another clever connection between old and new.

At the press of a button, the driver can rotate the central dashboard section to reveal one of three configurations: a high-definition touchscreen, traditional analogue instruments or a plain veneer surface.

The analogue dials and veneer options are particularly appropriate for an anniversary car whose entire purpose is to celebrate Bentley’s history.

Bentley’s Definition of Luxury Has Changed—But Not Its Philosophy

The contrast between the two Bentleys is particularly interesting because it highlights how much the definition of luxury has changed since 1946.

The Mark VI delivered its occupants leather, wood, carpeting, improved heating and the ability to cover huge distances in comfort. The Continental GT Azure adds technologies that would have been unimaginable when the first Mark VI left Crewe.

The anniversary car features Bentley’s Front Seat Comfort and Wellness specifications, an air ioniser and a Naim for Bentley premium audio system.

In other words, the modern Bentley doesn’t abandon the principles of its predecessor. It expands them.

Comfort has become wellness technology. A high-quality radio has evolved into a concert-standard audio system. Hand-finished wood remains important, but it now shares the cabin with sophisticated digital interfaces.

That continuity is arguably the most important part of Bentley’s 80-year Crewe story.

Mulliner Shows What Bentley Bespoke Can Do

Bentley’s customers today have access to an enormous range of personalization possibilities, with almost 100 exterior paint finishes available across solid, metallic, satin, ombré and Spectraflair options.

Yet for this particular Continental GT Azure, Mulliner’s designers deliberately resisted the temptation to showcase contemporary trends.

Instead, they went back to the Heritage Collection.

The approach is significant because it demonstrates how Bentley can use its historical archive as a source of inspiration without creating a car that feels like a retro design exercise.

The Continental GT Azure remains unmistakably modern. Its proportions, technology, materials and performance are products of the 21st century. But its color scheme, wood treatment and interior palette establish a direct visual conversation with a Bentley built in 1950.

The Mark VI That Started the Crewe Era

The original Bentley Mark VI was powered by a 4,257cc six-cylinder B60 engine.

Despite its understated appearance, the Mark VI was designed to provide both performance and reliability. Some examples were capable of covering more than 100,000 miles, or approximately 161,000 kilometers, without requiring a major engine overhaul.

That level of durability helped establish the Mark VI as a capable grand touring automobile at a time when Britain was still living through post-war austerity.

The Mark VI’s restrained appearance also suited the era. Bentley offered an understated form of luxury rather than the flamboyance associated with some of its competitors.

Production continued until 1951, with 4,001 examples built. Of those, 3,171 received Bentley’s standard steel body.

The remaining cars were supplied as rolling chassis and could be fitted with bespoke bodies from independent coachbuilders.

That coachbuilt tradition is particularly relevant to the anniversary Continental GT because the specific Mark VI that inspired it was one of those bespoke-bodied cars.

A Meeting of Two Bentleys Eight Decades Apart

The decision to display the historic Mark VI and the new Continental GT Azure together is more than a convenient anniversary photo opportunity.

It creates a visual timeline of Bentley’s evolution.

The Mark VI represents an era when luxury cars were defined by coachbuilt bodies, hand-finished wood, leather interiors and mechanical engineering designed for durability.

The Continental GT represents a world of digital displays, advanced chassis technology, sophisticated comfort systems and virtually unlimited personalization.

Yet both cars were created around the same fundamental concept: a Bentley should make long-distance travel effortless while combining performance with exceptional comfort and craftsmanship.

That philosophy has survived even as the technology surrounding it has changed almost beyond recognition.

Anniversary Details Complete the Continental GT Azure

Mulliner has also incorporated a discreet but meaningful anniversary detail into the car.

The treadplates feature graphic outlines of both the Mark VI and Continental GT, accompanied by the inscription:

“Celebrating the 80th Anniversary of production in Crewe, 1946-2026.”

It is an appropriately understated detail for a car inspired by a brand whose most enduring designs have rarely relied on excessive decoration.

Instead, the anniversary Continental GT Azure communicates its significance through craftsmanship, color, materials and historical references.

Bentley’s Past, Present and Future in One Display

The RREC event at the British Motor Museum provides an appropriate setting for Bentley’s 80th anniversary of Crewe production.

Cars brought by club members from around the world will represent Bentley’s long manufacturing history, creating a collection that stretches from the post-war Mark VI through to the newest Continental GT.

Among them, the two green-and-black Bentleys should command particular attention.

One was created at the beginning of Bentley’s Crewe era, when the Mark VI introduced a new generation of British luxury motoring. The other is a modern Continental GT Azure, created by Mulliner to celebrate the legacy of that original car.

Eight decades separate them, but the connection is unmistakable.

The 1950 Mark VI demonstrates what Bentley luxury meant in the post-war era. The new Continental GT Azure demonstrates what the same philosophy looks like in 2026.

Together, they tell a much larger story about Bentley: a company that has changed dramatically in eight decades, yet continues to place effortless performance, exceptional comfort and meticulous British craftsmanship at the heart of its automobiles.

For Bentley, the 80th anniversary of production at Crewe is therefore more than a celebration of longevity. It is a reminder that the most valuable part of the company’s heritage isn’t a particular engine, body style or design detail.

It is the ability to evolve without losing its identity.

Source: Bentley

2028 Lotus Esprit V8 Hybrid: 1,000bhp Supercar to Bring Back the V6 and V8 Era

Lotus is preparing a dramatic return to the world of combustion-powered supercars, with the upcoming Lotus Esprit expected to combine a high-performance V8 engine with hybrid technology, more than 1,000bhp and a target weight of just 1.5 tonnes. A new V6-powered version is also planned, giving the revived Esprit range a lighter and potentially more accessible alternative to the flagship V8.

Codenamed Type 135, the new Lotus supercar is scheduled to launch in 2028 and will sit between the Emira and the all-electric Evija in Lotus’s performance-car lineup. More importantly, it represents a major change in direction for the British sports-car manufacturer, which had previously planned to transition its entire range to electric power by 2028.

Instead, Lotus is embracing a mixed powertrain strategy that combines internal-combustion engines, hybrid technology and fully electric propulsion.

Lotus Esprit V8 Hybrid Targets 1,000bhp

The headline figure for the new Lotus Esprit is expected to be a peak output of more than 1,000bhp. Power will come from a turbocharged V8 engine paired with an electric motor and an 800-volt electrical architecture.

Despite the complexity of the hybrid system, Lotus CEO Feng Qingfeng has confirmed that the company is targeting a vehicle weight of approximately 1.5 tonnes for the V8 model.

That is an ambitious goal for a supercar using a V8 engine, hybrid hardware, high-voltage electrical components and an eight-speed dual-clutch transmission.

“Achieving that target with an 800V architecture, a hybrid system, a V8 engine and electric motor in [the car] just is not easy,” Feng said during Lotus’s second-quarter earnings call.

For Lotus, however, reducing weight is more than a technical exercise. It is central to the company’s identity.

The new Esprit is therefore being engineered around the principle that electrification should enhance performance without sacrificing the lightweight, driver-focused character traditionally associated with Lotus.

Formula 1 Technology Could Make the Hybrid System Much Lighter

One of the biggest challenges facing Lotus engineers is the weight of the electric motor.

According to Feng, a conventional 150kW electric motor typically weighs between 75kg and 95kg. Lotus claims it has applied technology derived from Formula 1 development to reduce that figure dramatically.

The company’s target is an electric motor weighing just 20kg.

If achieved, that would represent a substantial reduction in hybrid-system mass and could help Lotus maintain the agility expected from a car carrying a V8 engine and electrification hardware.

The combination of low weight and more than 1,000bhp could also give the new Esprit an exceptional power-to-weight ratio.

That figure may ultimately prove more important to Lotus than outright horsepower, particularly because the company is attempting to differentiate the car from heavier, increasingly electrified supercars.

New Lotus Esprit Will Also Get a V6 Hybrid

The V8 will not be the only engine available for the new generation of Lotus supercars.

Lotus has confirmed that a V6 hybrid powertrain will also be offered, providing a lighter and potentially less expensive version of the car.

The V6 has previously been announced for the next-generation model replacing the Lotus Emira, but its application in the flagship Type 135 marks an important expansion of the combustion-engine strategy.

Both the V6 and V8 engines are being developed by Horse, the powertrain company jointly owned by Geely and Renault.

For buyers who want the Lotus driving experience without the full weight and cost associated with the V8 hybrid system, the V6 could become the more interesting version.

It could also allow Lotus to position the Esprit more effectively against a wider selection of Ferrari, Lamborghini, Aston Martin and McLaren models.

Why Lotus Chose a Hybrid Instead of a Plug-In Hybrid

Perhaps one of the most interesting decisions behind the new Lotus Esprit is the choice of a conventional hybrid system rather than a plug-in hybrid.

Many modern supercars have moved toward plug-in hybrid technology to deliver enormous combined power and meaningful electric-only driving capability. Cars such as the Ferrari 296 GTB, Lamborghini Temerario and Aston Martin Valhalla demonstrate how quickly electrification has become integrated into the supercar segment.

Lotus is taking a different approach.

By avoiding a large plug-in battery, Lotus can reduce battery mass and eliminate some of the additional hardware required for external charging.

The result should be a more compact and lightweight hybrid system.

That fits perfectly with Lotus’s traditional engineering philosophy: use technology where it improves the driving experience, but avoid carrying unnecessary weight.

For a company whose famous philosophy has long revolved around reducing mass rather than simply adding power, the decision makes considerable sense.

Lotus Esprit Design Inspired by the Theory 1

The new Lotus supercar will draw heavily from the Lotus Theory 1 concept unveiled in 2024.

The Theory 1 was designed as an electric supercar concept focused on lightweight construction and driver engagement rather than simply pursuing hypercar-level performance.

Its influence is already visible in Lotus’s preview imagery of the production car.

The rear-end design appears closely related to the Theory 1, although the production version adds a particularly important visual feature: two large exhaust outlets.

That detail provides an unmistakable indication that the upcoming car will have an internal-combustion engine at its heart.

Lotus design chief Ben Payne has confirmed that the Theory 1 received an extremely positive response, making it a logical source of inspiration for the production model.

The Theory 1 measured 4,490mm in length and used a carbonfibre tub to reduce weight.

Lotus previously claimed that approximately 85% of the technology showcased by the concept was ready for production, raising expectations that some of its most radical ideas could appear in the Type 135.

Could the New Lotus Esprit Have Three Seats?

Another potentially controversial feature could be the adoption of a central driving position.

The Theory 1 used a McLaren F1-style three-seat configuration, with the driver positioned centrally and two passenger seats located behind and to either side.

Lotus CEO Feng Qingfeng has suggested that the arrangement could be offered on the production car.

There is also a practical reason for considering the configuration.

A centrally positioned driver would eliminate the need to engineer separate left-hand-drive and right-hand-drive driver positions, potentially simplifying production for a global market.

Whether Lotus ultimately adopts the three-seat layout remains to be seen, but it would certainly give the new Esprit a distinctive identity in an increasingly crowded supercar market.

Eight-Speed Dual-Clutch Gearbox for the Lotus Supercar

Power will be transmitted through an eight-speed dual-clutch transmission designed specifically to cope with the enormous torque generated by the hybrid V8.

Lotus says the gearbox will be engineered to handle high torque while keeping weight as low as possible.

This focus on transmission mass is another indication that Lotus is approaching the Type 135 differently from manufacturers that have accepted significant weight increases in pursuit of electrification.

The combination of a high-output V8, electric assistance and a lightweight dual-clutch transmission could produce extremely rapid acceleration while retaining the mechanical character Lotus believes its customers value.

Lotus Is Reconsidering the Future of the Internal-Combustion Engine

The Esprit is more than a new model for Lotus. It is a symbol of the company’s strategic reversal.

Geely originally intended Lotus to become an electric-only manufacturer by 2028. However, that strategy was abandoned in 2024 as the transition to EVs proved more difficult than expected, particularly in the luxury and performance segments.

According to Feng, customers in the luxury market continue to value the emotional character of large combustion engines.

The result is a new Lotus strategy based on multiple powertrain technologies rather than a single solution.

That means Lotus can continue developing electric cars while simultaneously investing in combustion engines and hybrid systems.

The upcoming Esprit sits at the centre of that strategy.

The Esprit Will Become Lotus’s New Combustion Halo Car

The new Type 135 will effectively become Lotus’s flagship internal-combustion sports car.

The all-electric Evija remains an extraordinary technical showcase, but production volumes are extremely limited, with only around eight to 10 examples reportedly being produced each year.

The Esprit is intended to occupy a much more commercially significant position.

Feng described the Type 135 as a model that will bridge the gap between the Emira and Evija, combining the mechanical driving character associated with the Emira with technology capable of challenging the performance benchmark established by the Evija.

It will also be built at Hethel in Norfolk alongside the Lotus Emira, strengthening the role of the company’s historic British manufacturing site.

The Lotus Emira Will Continue With Combustion Power

The arrival of the new Esprit does not mean the end of the Emira.

Lotus has confirmed that the current combustion-powered sports car will receive further development.

An updated Emira is expected next year, with Lotus promising that it will be the most powerful and lightest version of the model yet.

A more substantial update will follow later in the decade, with the Emira expected to adopt the Horse V6 engine.

This gives Lotus an increasingly clear hierarchy: the Emira as the more accessible sports car and the Esprit as the company’s flagship combustion-powered supercar.

Lotus Wants Sports Cars to Drive Future Growth

The new strategy also has a significant commercial objective.

Lotus is targeting annual sales of approximately 30,000 vehicles, with sports cars expected to account for around one-third of that volume.

That represents a major shift from the company’s historical sales profile and demonstrates why the continued development of combustion-powered sports cars remains strategically important.

Lotus reportedly sold 6,520 vehicles last year, meaning the company is targeting substantial growth as it expands its lineup across electric SUVs, hybrids and sports cars.

The Esprit will therefore need to be more than an engineering statement. It will have to play an important role in rebuilding Lotus as a globally recognized performance brand.

How Much Will the New Lotus Esprit Cost?

Lotus has not yet announced an official price for the Type 135.

However, Feng has identified the Ferrari 849 Testarossa as a key rival, suggesting that the new Lotus Esprit could enter the market at a price approaching the Ferrari’s £407,617 starting point.

If Lotus can deliver more than 1,000bhp while keeping the V8 model around 1.5 tonnes, the Esprit could offer a compelling alternative to considerably heavier hybrid supercars.

The V6 version should provide a lower entry point, although pricing and final specifications have not yet been revealed.

2028 Lotus Esprit: What We Know So Far

The key specifications and details currently associated with the upcoming Lotus Type 135 include:

  • Expected launch: 2028
  • Model: Lotus Type 135
  • Expected name: Lotus Esprit
  • Powertrain: V8 hybrid and V6 hybrid
  • V8 output: More than 1,000bhp
  • Target weight: Approximately 1,500kg for the V8
  • Electrical architecture: 800 volts
  • Electric motor: Approximately 20kg target
  • Transmission: Eight-speed dual-clutch gearbox
  • Construction: Lightweight architecture with extensive use of advanced materials
  • Design inspiration: Lotus Theory 1 concept
  • Possible seating: Three-seat, central-driving-position layout
  • Production location: Hethel, Norfolk, UK
  • Key rivals: Ferrari, Lamborghini, Aston Martin and McLaren
  • Indicative positioning: Between the Emira and Evija
  • Expected starting price: Potentially around £400,000 for the flagship version

The New Lotus Esprit Could Be the Ultimate Expression of Lotus’s Philosophy

The return of the Esprit name would be significant on its own. The original Lotus Esprit became one of Britain’s most recognizable sports cars and eventually gained a V8 engine before production ended in 2004.

More than two decades later, Lotus appears ready to revive that formula for a radically different era.

Instead of choosing between combustion and electric power, the new Esprit will attempt to combine the two. The V8 will provide the emotional soundtrack and instant performance expected from a traditional supercar, while hybrid assistance will deliver additional power and help Lotus meet increasingly demanding emissions regulations.

The real engineering challenge will be keeping everything light.

A 1,500kg target for a 1,000bhp-plus V8 hybrid supercar would be an impressive achievement, particularly when the industry is moving toward increasingly complex electrified drivetrains.

If Lotus succeeds, the 2028 Esprit could become one of the most interesting performance cars of the decade: a supercar that embraces modern hybrid technology without abandoning the lightweight engineering and driver-focused dynamics that made Lotus famous.

And perhaps that is the most important part of the Esprit’s comeback. Lotus is no longer trying to decide whether its future should be electric or combustion-powered. Instead, it is betting that the future of performance cars will be about using the right technology while keeping the driver at the centre of the experience.

Source: Autocar

Lamborghini Revuelto SV Is the Most Powerful Lamborghini Ever

Lamborghini has taken its V12 supercar philosophy to another level with the new Revuelto SV, an extreme-performance evolution of the company’s flagship plug-in hybrid supercar. With 1,065 CV, 1,425 Nm of system torque, a 0–100 km/h time of just 2.4 seconds and a top speed exceeding 345 km/h, the Lamborghini Revuelto SV is the most powerful and fastest production car ever built at the marque’s Sant’Agata Bolognese factory.

The new Lamborghini Revuelto SV also marks the latest chapter in one of the most recognizable performance badges in automotive history. SV, or Super Veloce, has been used by Lamborghini for 55 years, beginning with the legendary Miura SV.

This time, however, the formula has changed dramatically. The Revuelto SV combines Lamborghini’s naturally aspirated V12 with three electric motors, extensive carbon-fiber construction, racing-derived suspension and brakes, bespoke Bridgestone tires, and a heavily revised aerodynamic package.

Only 1,963 examples will be produced, a number chosen as a tribute to 1963, the year Automobili Lamborghini was founded.

Lamborghini Revuelto SV: More Than Just a More Powerful Revuelto

The standard Revuelto already represented a major turning point for Lamborghini. It was the company’s first V12 high-performance electrified vehicle, combining a 6.5-liter naturally aspirated V12 engine with three electric motors and a lithium-ion battery.

The Revuelto SV takes that architecture and pushes virtually every component further.

Total system output rises to 1,065 CV (783 kW), an increase of 50 CV over the regular Revuelto. Maximum system torque reaches 1,425 Nm, while the car’s power-to-weight ratio drops to an extraordinary 1.66 kg per CV.

The result is performance that moves the Revuelto SV into a different category.

The car accelerates from 0 to 100 km/h in 2.4 seconds and reaches 200 km/h in only 6.7 seconds. Top speed exceeds 345 km/h.

Those numbers make the Revuelto SV the most powerful and fastest production Lamborghini ever produced in Sant’Agata Bolognese.

But Lamborghini insists that the SV isn’t simply about adding horsepower. The objective was to transform the driving experience through a combination of power, aerodynamics, weight reduction, braking performance and vehicle dynamics.

A Naturally Aspirated V12 Still at the Center

Despite the hybrid technology surrounding it, the heart of the Lamborghini Revuelto SV remains a naturally aspirated 6.5-liter V12.

The combustion engine produces 825 CV at 9,250 rpm and continues to rev all the way to 9,500 rpm. That high-revving character remains one of the defining elements of Lamborghini’s V12 identity.

The engine works alongside three electric motors. Two axial-flux electric motors are positioned at the front, while a radial-flux motor is mounted above the eight-speed dual-clutch transmission located transversely behind the V12.

Power comes from a revised 7.3-kWh lithium-ion battery capable of delivering up to 190 kW.

Rather than simply acting as an efficiency device, the hybrid system becomes an important part of the Revuelto SV’s performance character. Electric torque vectoring allows Lamborghini to distribute torque between the front wheels with extreme precision.

The result is quicker turn-in, improved traction on corner exit and greater stability when accelerating out of a bend.

Lamborghini’s engineers have also improved performance consistency. The new battery system is claimed to provide up to four times greater performance consistency than the standard Revuelto, allowing the SV to sustain its performance during repeated hard laps.

The Revuelto SV’s “Quantum of Driving”

Lamborghini describes the Revuelto SV’s philosophy using an unusual phrase: “The Quantum of Driving.”

The idea is that the SV does not simply offer more performance on a linear scale. Instead, Lamborghini wants the driver to experience a change in character as the car approaches its limits.

That philosophy explains why the engineers concentrated so heavily on chassis development.

The Revuelto SV is intended to feel more immediate, more predictable and more connected than the standard car, particularly on a racetrack.

And the numbers support that ambition.

Lamborghini claims a 17 percent improvement in agility and a 10 percent increase in lateral grip compared with the Revuelto.

Lamborghini Revuelto SV Aerodynamics: 80 Percent More Downforce

One of the most significant changes is the aerodynamic package.

The Lamborghini Revuelto SV generates 80 percent more total downforce than the standard Revuelto and 10 percent more than the previous Aventador SVJ. At the same time, aerodynamic efficiency has improved, with a 60 percent increase in downforce-to-drag efficiency compared with the Revuelto.

The front end features a revised splitter and underbody designed to improve airflow management.

An angled fin incorporated into the front bumper helps seal the wheel arches while directing air toward the side cooling systems. Lamborghini says the changes also improve brake cooling by 12 percent.

The aerodynamic balance has been shifted forward to provide a more stable and responsive front end during high-speed cornering.

At the rear, the fixed wing is one of the most obvious visual differences.

Its motorsport-inspired double-wing configuration increases downforce while contributing to cooling performance. The central section uses a relatively low angle of attack to maintain aerodynamic efficiency.

A Gurney flap further modifies airflow over the rear section, increasing rear downforce and improving airflow extraction from the radiator area.

The result is a car designed to generate meaningful aerodynamic grip without turning every high-speed straight into a battle against drag.

Carbon Fiber Is Everywhere

Weight reduction is another central part of the SV formula.

Lamborghini has increased its use of visible carbon fiber across the exterior and interior, with up to 25 exterior components available in exposed carbon fiber.

A new matte carbon-fiber door panel is fitted as standard and contributes to the car’s weight-saving strategy.

The lightweight philosophy continues inside. Carbon-fiber door panels, racing-inspired seats and additional carbon components give the cabin a distinctly motorsport character.

Customers can choose standard Sport Seats with carbon-shell construction or optional monocoque carbon-fiber Race Seats designed to provide additional lateral support while reducing weight.

The result is an interior that looks considerably closer to a competition car than the cabin of a conventional grand tourer.

A Lamborghini Interior Designed Around the Driver

The Revuelto SV follows Lamborghini’s “Feel Like a Pilot” philosophy.

The dashboard remains focused on the driver, while the steering wheel receives a control layout inspired by motorsport.

One of the most obvious changes is the new red Pilota Mode selector positioned on the right side of the steering wheel.

The familiar ANIMA rotary controller, which governs the car’s driving dynamics, also receives a red finish.

The cabin can be extensively personalized through Lamborghini’s Ad Personam program, including multiple leather combinations, contrasting colors and extensive use of carbon fiber.

Corsa-Tex by Dinamica is available in Nero Cosmus, while a new racing bucket seat combines Corsa-Tex and leather.

The Revuelto SV also receives unique graphics and animations within its digital interface. Opening the door triggers a dedicated SV animation, reinforcing the impression that this is something considerably more special than a standard Revuelto.

Pilota Mode Turns the Revuelto SV Into a Track Weapon

Lamborghini has introduced a new Pilota driving mode specifically for the Revuelto SV.

Activated through the dedicated steering-wheel control, Pilota mode introduces a five-stage traction-control system derived from Lamborghini’s GT3 racing experience.

The system is designed to account for changing track conditions and tire wear while maintaining a high degree of driver control.

This means the Revuelto SV can be adapted to different levels of grip rather than simply switching between conventional road and track settings.

Strada remains the most relaxed mode, giving the car a more civilized character for everyday driving.

Sport sharpens throttle response and vehicle dynamics.

Corsa is designed for the racetrack, reducing electronic intervention while maximizing performance.

Pilota goes a step further, giving experienced drivers greater freedom to exploit the car’s capabilities.

GT3-Inspired Suspension With Manually Adjustable Dampers

The suspension system has been comprehensively revised.

The Revuelto SV uses manually adjustable passive dampers derived from GT3 racing technology. Instead of relying exclusively on electronically controlled damping, Lamborghini has focused on delivering a more direct and predictable mechanical connection between the car and the driver.

The suspension kinematics have also been optimized to make better use of the dampers.

Lamborghini has developed recommended setups for different track conditions, including flat, bumpy and wet circuits.

The philosophy is simple: give the driver more information about what the tires and chassis are doing.

That becomes particularly important in a car capable of exceeding 345 km/h.

Lamborghini Revuelto SV Brakes Can Stop From 200 km/h in 110 Meters

With this level of acceleration and top speed, braking performance becomes just as important as engine power.

For the Revuelto SV, Lamborghini introduces its latest CCM-R Plus carbon-ceramic braking system.

The front discs measure 420 x 40 mm, while the rear discs measure 410 x 32 mm.

The technology is derived from motorsport and incorporates a 3D carbon structure, specialized ventilation and a dedicated friction layer.

Lamborghini claims the Revuelto SV can brake from 200 km/h to a standstill in just 110 meters.

Compared with the standard Revuelto, the SV achieves an 11 percent improvement in peak deceleration, a 23 percent increase in heat dissipation and a 12 percent reduction in brake-disc temperature.

The brakes are also designed to maintain consistent performance during repeated track sessions rather than simply delivering a strong single stop.

A New 6D Sensor Helps Control the Car

Behind the Revuelto SV’s braking and vehicle dynamics is an extensive electronic control architecture.

A new six-dimensional sensor is positioned close to the car’s center of gravity. It continuously measures acceleration along the lateral, longitudinal and vertical axes, while also monitoring pitch, roll and yaw.

This information feeds Lamborghini’s Integrated Vehicle Estimator, or IVE.

Using predictive algorithms and Kalman filtering, the system estimates parameters including vehicle speed, sideslip angle and the instantaneous friction coefficient between the tires and road.

That information is then used by systems such as the Integrated Brake Controller.

According to Lamborghini, the technology can reduce braking distances by up to 10 percent while improving stability during braking and cornering.

It is particularly useful in situations common on a racetrack, including braking while turning or crossing curbs.

Bridgestone Potenza Race R Tires Were Developed for the Revuelto SV

The tires are another crucial component of the Revuelto SV’s performance package.

Lamborghini’s technical partnership with Bridgestone has produced a bespoke range of tires specifically developed for the hybrid V12 supercar.

The most aggressive option is the new Bridgestone Potenza Race R semi-slick.

It is street legal but designed primarily for track performance, combining a motorsport-derived compound with an aggressive tread pattern intended to deliver high levels of dry grip.

Bridgestone says the tire is designed to warm up quickly and maintain consistent performance throughout a track session.

For road use, the Revuelto SV can be equipped with bespoke Potenza Sport tires, including an option featuring Run Flat Technology.

A dedicated Blizzak LM005 winter tire is also available for owners who want to use the car in colder conditions.

All four tire sizes carry the Lamborghini logo and are available in the car’s 20- and 21-inch dimensions.

Bridgestone also used its Virtual Tyre Development technology during development, reducing the amount of physical material and testing required.

New Dromos Wheels and Lamborghini’s First Production Monolock

The Revuelto SV receives a new set of lightweight forged wheels called Dromos.

They measure 20 inches at the front and 21 inches at the rear and feature a technical hexagonal spoke design.

The wheels are designed to reduce unsprung mass, helping the suspension respond more quickly.

The Revuelto SV also becomes the first series-production Lamborghini to use the company’s redesigned Monolocker central-locking system.

A center-lock wheel may look like a small detail, but on a car with clear motorsport ambitions it is an important visual and technical statement.

Customers can choose from multiple wheel finishes and center-lock colors, allowing the wheels, brake calipers and exterior specification to be coordinated.

Lamborghini Ad Personam Takes Customization to Another Level

The Revuelto SV will be offered with extensive personalization through Lamborghini’s Ad Personam program.

Customers can select from four dedicated SV logo configurations and four exclusive liveries developed specifically for the model.

The exposed-carbon options are equally extensive, with up to 25 exterior components available in visible carbon fiber.

Even details such as the Lamborghini lettering at the rear can be specified in Shiny Black, Matte Black or Matte Bronze rather than the standard finish.

The result is that two Revuelto SV models can have dramatically different visual identities despite sharing the same mechanical foundation.

That degree of personalization is particularly important given the car’s limited production run.

Lamborghini Revuelto SV Sets Hockenheim Lap Record

Perhaps the clearest demonstration of the Revuelto SV’s capabilities came at Germany’s Hockenheimring.

Lamborghini factory driver Marco Mapelli recorded a lap time of 1:41.6.

According to Lamborghini, that makes the Revuelto SV the fastest production car ever recorded at Hockenheim.

The circuit is a demanding test of a performance car because it combines high-speed sections with heavy braking zones and technical corners.

That makes the lap particularly significant for a car like the Revuelto SV, where Lamborghini has attempted to balance extreme straight-line performance with genuine circuit capability.

The 1:41.6 lap therefore provides a useful illustration of what the additional downforce, revised suspension, improved brakes, torque vectoring and bespoke tires are designed to achieve.

Lamborghini Revuelto SV vs. Revuelto: What’s Different?

The easiest way to understand the Revuelto SV is to look at how comprehensively Lamborghini has changed the car.

The standard Revuelto already produces 1,015 CV. The SV increases that figure to 1,065 CV.

But the additional 50 CV tells only part of the story.

The SV adds:

  • 80 percent more total downforce than the Revuelto
  • 60 percent greater downforce-to-drag efficiency
  • 17 percent greater agility
  • 10 percent more lateral grip
  • 11 percent greater peak braking deceleration
  • 23 percent greater brake heat dissipation
  • 12 percent lower brake-disc temperatures
  • GT3-derived adjustable passive dampers
  • CCM-R Plus carbon-ceramic brakes
  • Bespoke Bridgestone Potenza Race R tires
  • A dedicated Pilota driving mode
  • Lightweight Dromos wheels
  • A redesigned Monolocker center-lock system
  • Increased use of carbon fiber
  • A more performance-focused interior

In other words, the Revuelto SV is not simply a higher-output version of the Revuelto.

It is a comprehensive chassis, aerodynamic and performance upgrade.

1,963 Lamborghini Revuelto SV Examples Will Be Built

Exclusivity is an essential part of the Super Veloce formula.

Lamborghini will produce just 1,963 Revuelto SV examples worldwide, commemorating the year the company was founded.

That makes the car not only a technical flagship but also a collector’s item.

The limited production run is particularly significant because the Revuelto itself represents the beginning of a new era for Lamborghini’s V12 models.

The SV therefore sits at the intersection of traditional Lamborghini characteristics—naturally aspirated V12 power, dramatic design and extreme performance—and the company’s increasingly electrified future.

The Lamborghini V12 Super Veloce Legacy Continues

The significance of the Revuelto SV goes beyond its specifications.

The Super Veloce badge has a long history within Lamborghini, beginning with the Miura SV 55 years ago.

It subsequently became associated with some of the company’s most extreme road cars, including the Diablo SV, Murciélago SV and Aventador SV and SVJ.

The Revuelto SV continues that tradition in an era when hybridization is becoming an integral part of high-performance engineering.

Instead of treating electrification as a compromise, Lamborghini uses the electric motors to make the V12 faster, more responsive and more controllable.

The result is an unusual combination: an engine that still screams toward 9,500 rpm, backed by instantaneous electric torque and sophisticated torque-vectoring technology.

Lamborghini Revuelto SV: The Ultimate V12 Hybrid Supercar?

The Lamborghini Revuelto SV represents a fascinating contradiction.

It is a modern hybrid supercar packed with sensors, electric motors, predictive algorithms and advanced carbon-ceramic technology. Yet its emotional center remains a naturally aspirated V12 capable of revving to 9,500 rpm.

With 1,065 CV, 1,425 Nm, a 2.4-second 0–100 km/h time and a top speed beyond 345 km/h, the performance figures are spectacular.

But the more important achievement may be the way Lamborghini has combined those figures with significantly greater aerodynamic efficiency, increased grip, improved braking performance and a more focused chassis.

The Hockenheim lap time of 1:41.6 suggests the changes are more than cosmetic.

The Revuelto SV is Lamborghini’s interpretation of what a modern Super Veloce should be: brutally fast, technically sophisticated and uncompromising on a racetrack, while retaining enough character to remain unmistakably a Lamborghini.

Only 1,963 examples will be built, making it one of the most exclusive V12 Lamborghinis of the modern era.

For enthusiasts who believe the naturally aspirated V12 still represents the ultimate expression of the supercar, the Revuelto SV may be one of the most significant Lamborghini models of this generation.

And with the SV badge once again attached to a V12 flagship, Lamborghini has made its intentions clear: the Super Veloce era is far from over.

Source: Lamborghini