Category Archives: Tuning

MANSORY Vincerò: Bugatti Mistral Transformed Into a Bespoke One-Off Hypercar

MANSORY has unveiled the Vincerò, an extraordinary one-off creation based on the Bugatti Mistral, taking one of the world’s most exclusive open-top hypercars into an even more bespoke and visually dramatic direction.

The MANSORY Vincerò combines the unmistakable design DNA of the Bugatti Mistral with MANSORY’s signature approach to personalization, extensive use of exposed carbon fibre and a completely reworked interior. As a one-off commission, the Vincerò is designed not simply as a modified Mistral, but as an individually tailored hypercar created around the preferences of its owner.

MANSORY Vincerò brings a new interpretation of the Bugatti Mistral

The Bugatti Mistral already occupies a rare position in the hypercar world, combining extreme performance with the experience of an open-top grand tourer. MANSORY has used that foundation for the Vincerò project, introducing a series of newly developed exterior components while retaining the fundamental proportions of the original car.

A major focus of the Vincerò is its extensive use of coloured exposed carbon fibre. The lightweight material is applied across numerous newly developed body components, giving the one-off hypercar a highly customized appearance while reinforcing its performance-oriented character.

At the front, MANSORY has developed a redesigned front apron that gives the Vincerò a more assertive visual presence. The changes continue along the sides, where new aerodynamic elements and redesigned mirror housings further distinguish the car from the standard Bugatti Mistral.

The rear section has also undergone a comprehensive redesign. MANSORY says each component was engineered to integrate with the Mistral’s original design while emphasizing its distinctive proportions and exclusive character.

Extensive exposed carbon fibre defines the Vincerò

Carbon fibre is central to the MANSORY Vincerò’s visual identity. Rather than simply adding aftermarket styling elements, MANSORY has developed an extensive collection of bespoke carbon-fibre components specifically for the one-off project.

The coloured exposed carbon fibre provides a particularly distinctive finish, allowing the material itself to become an important part of the vehicle’s design rather than being hidden beneath conventional paint.

The result is a Bugatti Mistral that maintains its recognizable silhouette while gaining a considerably more individualized appearance.

For MANSORY, the project also demonstrates the company’s broader philosophy of creating highly personalized vehicles in which virtually every major design element can be tailored to an individual customer.

A completely bespoke Bugatti Mistral interior

Inside, the transformation is even more extensive. MANSORY has completely redesigned the cabin using premium leather, exposed carbon-fibre trim and numerous handcrafted details.

The interior can be specified with individually tailored colours, embroidery and bespoke equipment, allowing the customer to create a cockpit that reflects personal tastes rather than following a fixed factory specification.

MANSORY’s approach means that personalization extends to virtually every interior detail. This is particularly significant for a one-off vehicle based on a hypercar as exclusive as the Bugatti Mistral, where individuality becomes an essential part of the car’s appeal.

The combination of handcrafted leatherwork, carbon fibre and bespoke detailing is intended to create an environment that matches the Vincerò’s extensively modified exterior.

MANSORY Vincerò is designed as a true one-off

Unlike a conventional tuning package that can be applied to multiple vehicles, the MANSORY Vincerò has been created as a unique automobile.

That distinction is important. MANSORY’s one-off projects are built around extensive customer involvement, with the specification tailored to individual requirements. Colours, materials, embroidery and equipment can therefore be selected to create a vehicle unlike any other Mistral.

The Vincerò represents this philosophy in its most exclusive form: a Bugatti Mistral transformed through bespoke carbon-fibre bodywork, a fully personalized cabin and extensive handcrafted detailing.

Bugatti Mistral meets MANSORY design philosophy

The MANSORY Vincerò demonstrates how far bespoke automotive design can be taken when the starting point is already one of the world’s most exclusive hypercars.

Rather than replacing the fundamental identity of the Bugatti Mistral, MANSORY has concentrated on enhancing its visual impact through new bodywork, aerodynamic elements, exposed carbon fibre and a completely individualized interior.

With only a single Vincerò being created, the project also becomes an exercise in automotive exclusivity. Every design decision contributes to a car intended to stand apart not only from conventional Mistral models, but also from other highly customized hypercars.

The MANSORY Vincerò is therefore less a traditional tuning project and more a bespoke interpretation of the Bugatti Mistral—one that combines Bugatti’s distinctive design heritage with MANSORY’s uncompromising approach to personalization and craftsmanship.

Source: Mansory

Dubai Police Ferrari 812 Superfast Gets Mansory Upgrade and 811 HP

Dubai Police has added another spectacular supercar to its tourism-oriented patrol fleet, and this time the spotlight falls on a Ferrari 812 Superfast modified by Mansory. Unveiled at the Arabian Travel Market 2026, the customized V12-powered Ferrari is the fifth collaboration between Dubai Police and the German tuning company in the past two years.

With 811 hp, a 344 km/h top speed, and a body kit that includes a huge rear wing, this is not exactly a low-key addition to the fleet. But the mission is not to chase suspects. It is to attract attention at some of Dubai’s most recognizable tourist destinations.

A Ferrari 812 Superfast With Mansory’s Signature Treatment

Mansory presented the customized Ferrari at the Dubai World Trade Center, where its white, green, black, and yellow livery immediately distinguished it from the standard 812 Superfast. The color scheme was designed to stand out against Dubai’s skyline, rather than serve any tactical purpose.

The exterior modifications are equally difficult to ignore. Mansory fitted the Ferrari with a redesigned front bumper, a deeper front splitter, new side skirts, and a substantial rear wing. The result replaces the 812 Superfast’s relatively clean factory design with a much more aggressive appearance.

The car will patrol areas including the Burj Khalifa, Sheikh Mohammed bin Rashid Boulevard, and JBR—locations that regularly appear in visitors’ photographs and social media posts.

811 HP From a Naturally Aspirated V12

The Ferrari 812 Superfast was already one of the most formidable cars ever to join the Dubai Police fleet. Its naturally aspirated 6.5-liter V12 produces 800 hp and 719 Nm of torque in standard form, allowing it to accelerate from 0 to 100 km/h in 2.9 seconds and reach a top speed of 340 km/h.

Mansory’s version raises output to 811 hp, while the claimed 0–100 km/h acceleration time drops to 2.8 seconds. Top speed increases to 344 km/h.

Those gains are modest on paper, but the 812 Superfast’s naturally aspirated V12 remains the star of the show. Ferrari produced the model from 2017 to 2024, before the 12Cilindri became the company’s flagship V12-powered car. Dubai Police is therefore giving a discontinued Ferrari a new role—one centered on public display rather than high-speed enforcement.

A Rolling Advertisement for Dubai

A Dubai Police representative described the Ferrari as an addition intended for visibility at tourist hotspots rather than active police interventions. That distinction is important: the car’s extraordinary performance is largely secondary to its ability to draw a crowd.

Dubai’s exotic patrol cars have become a recognizable part of the emirate’s tourism image. Visitors can encounter them at major attractions, take photographs, and share the experience online. The Ferrari’s unveiling at Arabian Travel Market 2026 fits neatly into that strategy, particularly as the trade show coincided with strong tourism activity.

The car’s flashing roof lights may suggest a conventional police role, but its real assignment is considerably more theatrical. In a city where architecture, luxury, and spectacle are central to the visitor experience, a Mansory Ferrari 812 Superfast makes a remarkably effective promotional tool.

The Ferrari 812 Superfast Still Knows How to Make an Entrance

The Dubai Police Ferrari 812 Superfast may never need to demonstrate its 344 km/h top speed in pursuit of a suspect. Instead, it will spend much of its time doing what it was effectively built to do in this particular setting: turning heads.

With its naturally aspirated V12, dramatic Mansory body kit, and unmistakable Dubai Police livery, it is another reminder that the world’s most extravagant patrol fleet is as much about tourism and visibility as it is about policing.

Key specifications

SpecificationFerrari 812 SuperfastMansory version
Engine6.5-liter naturally aspirated V126.5-liter naturally aspirated V12
Power800 hp811 hp
Torque719 NmNot specified in the source
0–100 km/h2.9 seconds2.8 seconds
Top speed340 km/h344 km/h
Production2017–2024Dubai Police special project

Source: Mansory

Lotus Elise VHPK Is Pure Driving Madness

The Lotus Elise S1 has long been regarded as one of the purest expressions of lightweight sports-car engineering. With a mass of roughly 700 kilograms, the original Elise achieved the kind of agility that modern performance cars can only dream about. Now, British specialist Analogue Automotive has taken that philosophy to an extraordinary extreme with the VHPK, a radically re-engineered, single-seat version of the Series 1 Elise.

Limited to just 35 examples worldwide, the Analogue Automotive VHPK combines a stripped-back carbon-fiber body, a centrally mounted driver’s seat and a naturally aspirated 1.9-liter Rover K-Series engine producing a claimed 253 horsepower. The result is a machine designed around one fundamental principle: remove everything that does not make the driving experience better.

The first customer-built VHPK has now been revealed, finished in the company’s distinctive PK Purple paintwork and complemented by an Alcantara-trimmed cabin and gold exhaust tips.

The Lotus Elise S1, Taken to Another Level

When the original Lotus Elise arrived, its lightweight construction immediately separated it from virtually every other sports car on the market. Rather than relying on enormous power, Lotus focused on minimizing mass, creating a car that could change direction with remarkable immediacy.

Analogue Automotive has taken that philosophy much further.

The VHPK starts with an original Series 1 Lotus Elise, which serves as the donor vehicle, before being extensively re-engineered. The car receives a full carbon-fiber body structure, a central carbon-fiber driver’s seat, lightweight forged wheels and a series of carefully engineered components intended to reduce weight without compromising the car’s essential character.

This isn’t simply a restored Elise with a more powerful engine. It is effectively a bespoke reinterpretation of the lightweight British sports car.

Why Is the Analogue Automotive VHPK Called VHPK?

The unusual VHPK name has its roots in the engine powering the car.

The original Rover K-Series engine used in the Elise was available in a particularly high-performance specification known as the Very High Performance Derivative, or VHPD. Analogue Automotive has adopted the same idea for its heavily modified K-Series powerplant.

Because the engine is now a K-Series unit, the company transformed VHPD into VHPK.

It is a suitably nerdy name for a car aimed squarely at enthusiasts who appreciate the mechanical details as much as the driving experience.

A 1.9-Liter Naturally Aspirated K-Series With 253 HP

At the heart of the VHPK is a heavily reworked Rover K-Series four-cylinder engine.

While the original engine displaced 1.8 liters, Analogue Automotive has increased capacity to 1.9 liters. The twin-cam naturally aspirated engine has been extensively redesigned using lightweight billet components and forged internal parts.

The claimed output is 253 horsepower.

That number might not sound spectacular in an era when even ordinary performance cars can produce more than 400 horsepower, but the VHPK isn’t chasing headline horsepower figures. Its entire philosophy revolves around minimizing weight.

The naturally aspirated engine is paired with a five-speed manual transmission, a limited-slip differential and a complete stainless-steel exhaust system. In other words, there is no attempt to dilute the mechanical experience with unnecessary complexity.

The driver gets a high-revving four-cylinder, a manual gearbox and a lightweight chassis.

One Seat, Right in the Middle

Perhaps the most striking feature of the VHPK is not its engine or carbon bodywork, but what is missing from the cabin: a passenger seat.

Instead, the driver sits alone in the center of the car.

The inspiration comes from Lotus Elise racing cars used in the brand’s championship during the early 2000s. The series ran as a support event alongside the British Touring Car Championship, and the race cars featured a centrally positioned single seat.

Analogue Automotive has brought that concept to the road-going VHPK.

The central seating position gives the driver a symmetrical view of the road and creates an unmistakably race-car-like atmosphere. More importantly, it reinforces the idea that this is a machine designed around the driver rather than passenger practicality.

Carbon Fiber Everywhere

Weight reduction is at the core of the VHPK project, and carbon fiber plays a major role.

The central carbon-fiber bucket seat is surrounded by carbon-fiber components, while the bodywork itself is constructed from carbon fiber. Beneath the lightweight exterior, Analogue Automotive also uses a lightweight fuel tank and a simplified wiring harness.

The result is an Elise that has been subjected to the kind of obsessive weight-saving program normally associated with competition cars.

Buyers can go even further. Analogue Automotive offers carbon-fiber wheels as an alternative to the standard lightweight forged wheels, while visible carbon body panels are also available.

Other options include electric air conditioning and a carbon-fiber hardtop, allowing customers to tailor the car depending on whether they want the ultimate lightweight road car or something with slightly more everyday usability.

Lightweight Suspension and Optional Active Dampers

The VHPK’s chassis can also be upgraded with a wide-track suspension configuration.

This package includes aluminum hubs and steering links, helping reduce unsprung mass while widening the car’s stance. Passive dampers are available for those seeking a more traditional setup, while an active damper system is also offered.

That range of choices means the VHPK can be configured for different priorities, although the basic philosophy remains unchanged: make the car as light, responsive and communicative as possible.

PK Purple Gives the First Customer Car Some Serious Personality

The first customer example provides a good indication of just how bespoke the VHPK program can become.

Finished in the luxurious PK Purple color, the car combines its distinctive exterior with an Alcantara-covered interior. Gold exhaust tips provide an additional visual contrast and give the tiny sports car an appropriately exotic appearance.

Despite its extreme engineering, the VHPK doesn’t look like a conventional track-day special. The familiar silhouette of the Lotus Elise S1 remains, but the carbon bodywork and minimalist details give it a much more serious presence.

Just 35 Analogue Automotive VHPKs Will Be Built

Analogue Automotive plans to produce only 35 examples of the VHPK.

The exclusivity comes with an equally extraordinary price. The car costs £350,000 plus tax, although that figure includes the original Series 1 Lotus Elise donor vehicle.

That makes the VHPK vastly more expensive than even the best original Elise S1 examples. Good used Series 1 Elises can be found from around £20,000, depending on specification, condition and history.

Of course, comparing the two purely on price misses the point.

The VHPK isn’t intended to be a more affordable way of buying an Elise. It is a highly limited, extensively engineered reinterpretation created for collectors and driving enthusiasts who want something that goes considerably further than the original car.

The Ultimate Lightweight Lotus Elise?

There is something wonderfully old-school about the Analogue Automotive VHPK.

At a time when performance cars are becoming increasingly powerful, electronically sophisticated and heavy, the VHPK goes in precisely the opposite direction. It takes an already lightweight Lotus Elise S1 and pushes the concept toward its logical extreme.

A naturally aspirated 1.9-liter four-cylinder produces 253 horsepower. A five-speed manual transmission sends that power through a limited-slip differential. The driver sits alone in the center of the car, surrounded by carbon fiber. There are no rear seats, no unnecessary weight and no attempt to disguise the car’s mechanical nature.

It is an unapologetically focused interpretation of the Elise.

And perhaps that is exactly why the VHPK is so interesting. The original Lotus Elise was built around the famous philosophy of achieving performance by reducing weight rather than simply adding power. Analogue Automotive has taken that principle and applied it with the obsessive attention to detail expected of a modern specialist.

With only 35 examples planned and a £350,000-plus-tax starting price, the VHPK will be far beyond the reach of most enthusiasts.

But for those fortunate enough to secure one, this may be one of the closest things available to a road-legal, centrally seated, carbon-bodied lightweight race car — while retaining the essential DNA of one of Britain’s most celebrated sports cars.

Analogue Automotive VHPK: Key Specifications

  • Engine: 1.9-liter naturally aspirated Rover K-Series four-cylinder
  • Configuration: Twin-cam four-cylinder
  • Power: 253 hp claimed
  • Transmission: Five-speed manual
  • Differential: Limited-slip differential
  • Exhaust: Full stainless-steel system
  • Body: Carbon fiber
  • Driver’s seat: Central carbon-fiber bucket seat
  • Suspension: Wide-track setup available, with passive or active dampers
  • Wheels: Lightweight forged wheels; carbon-fiber wheels optional
  • Production: 35 examples
  • Price: £350,000 plus tax, including Series 1 Lotus Elise donor car

Source: Analogue Automotive