Porsche 550 J Reimagines a Motorsport Legend as an Electric Collector’s Car

The legendary Porsche 550 Spyder has returned in a radically different form. Created by British design and engineering company Hedley Studios in an officially licensed partnership with Porsche, the new Porsche 550 J transforms one of the marque’s most important racing cars into a handcrafted, fully electric collector’s item.

Built to celebrate 75 years of Porsche Motorsport, the Porsche 550 J pays tribute to the lightweight mid-engined sports car that established an important chapter in the company’s competition history. Limited to just 250 examples, the miniature recreation combines classic Porsche design, modern electric propulsion and extensive personalisation.

It may look like a tiny version of a 1950s racing car, but the 550 J is a thoroughly modern creation. Measuring approximately 2.9 metres in length and 1.2 metres in width, it is around 80 percent the size of the original Porsche 550 Spyder and can accommodate up to two occupants.

The result is not intended to be a conventional road car. The Porsche 550 J is not road legal and is instead positioned as an exclusive collector’s piece for Porsche enthusiasts and design aficionados.

Porsche 550 Spyder: the racing car that started the Carrera legacy

The original Porsche 550 Spyder occupies a special place in Porsche history. Developed specifically for motorsport, it was one of the company’s earliest purpose-built racing machines and quickly demonstrated that low weight and intelligent engineering could overcome a significant power disadvantage.

One of its defining moments came at the 1954 Carrera Panamericana, one of the most demanding road races of its era.

Porsche factory drivers Hans Herrmann and Jaroslav Juhan competed with two 550 Spyder models over the race’s 3,077-kilometre route. After five days of competition, Herrmann emerged ahead of his teammate by just 36 seconds.

More importantly, the two lightweight Porsches managed to finish third and fourth overall while winning their class, despite facing competitors with considerably larger engines.

That performance helped establish the Carrera name within Porsche’s performance-car vocabulary. The designation would subsequently become synonymous with some of the company’s most sporting road cars.

The 550 Spyder’s formula was deceptively simple: compact dimensions, low weight, a mid-mounted engine and a clear focus on the driver. Decades later, those same characteristics form the foundation of the Porsche 550 J’s visual identity.

Porsche 550 J is an officially licensed reimagining

The new Porsche 550 J is not simply an aftermarket replica. It is an officially licensed reinterpretation of the original 550 Spyder, developed by Hedley Studios with direct support from Porsche.

During development, Hedley Studios was given extensive access to Porsche’s corporate archives, allowing the team to study the original car and its history in considerable detail.

The collaboration reflects a shared approach between the two companies: traditional craftsmanship combined with contemporary technology.

“The Porsche 550 Spyder is far more than a legendary sports car. It embodies the pioneering spirit, innovative strength and passion that have defined Porsche from the brand’s earliest days to the present,” said Deniz Keskin, Director Brand Management and Partnerships at Porsche AG.

The Porsche 550 J therefore aims to capture more than the appearance of the original. Its designers sought to reproduce the character and philosophy of the 1950s racing machine while adapting the concept for a modern collector.

Porsche 550 J gets an electric powertrain

Perhaps the biggest difference between the original Porsche 550 Spyder and the new 550 J is hidden beneath the bodywork.

Instead of a petrol engine, the Porsche 550 J uses a fully electric 48-volt drivetrain. In standard specification, the system produces approximately 8 kW, equivalent to roughly 11 horsepower.

Customers opting for the RS Package can increase output to approximately 16 kW, or around 22 horsepower.

Top speed is approximately 80 km/h.

Those figures might appear modest by modern sports-car standards, but outright performance is not the purpose of the 550 J. This is a compact collector’s vehicle designed around craftsmanship, design and the experience of owning a miniature interpretation of a Porsche racing icon.

The electric drivetrain also gives Hedley Studios the opportunity to reinterpret the 550 Spyder without attempting to reproduce its original mechanical package.

Steel space frame and carbon-fibre body

Despite its diminutive dimensions, the Porsche 550 J uses serious construction techniques.

The car features a steel space-frame chassis combined with a carbon-fibre body. This approach allows Hedley Studios to maintain the lightweight philosophy associated with the original 550 Spyder while incorporating contemporary materials and manufacturing techniques.

Every Porsche 550 J is handcrafted in the UK at Hedley Studios in Bicester.

That handcrafted construction is central to the car’s appeal. Rather than being a mass-produced lifestyle product, the 550 J is intended to occupy the space between automotive design, motorsport heritage and collectible craftsmanship.

Ben Hedley, founder of Hedley Studios, describes the original 550 Spyder as a milestone in Porsche’s history because it was developed specifically for motorsport.

With the 550 J, the company’s goal was to retain the lightweight, driver-focused character and straightforward design philosophy of the original while making the concept relevant to a new generation.

Limited to only 250 examples

Exclusivity is another defining element of the Porsche 550 J.

Production is limited to just 250 examples, making the new model considerably rarer than any conventional Porsche production car.

The limited production run, official Porsche licensing and direct connection to one of the brand’s most historically significant racing cars are likely to make the 550 J particularly attractive to collectors.

However, unlike a conventional Porsche sports car, the 550 J is not designed for public roads. It is explicitly a collector’s item and is not road legal.

That distinction is important. The 550 J is less about replacing a modern sports car and more about owning a physical piece of Porsche’s motorsport heritage.

Porsche 550 J offers extensive customisation

Hedley Studios has also given customers considerable freedom to personalise their cars.

The Porsche 550 J can be specified in a broad selection of colours, including classic Porsche Silver as well as heritage-inspired blue, white, yellow and red finishes.

For customers looking for something more individual, the company’s Bespoke programme opens up significantly greater possibilities.

Historic and contemporary Porsche colours can be combined with motorsport-inspired liveries and other individual details, allowing owners to create highly personalised versions of the 550 J.

The result is that no two cars necessarily need to look identical.

This emphasis on individualisation is particularly relevant for a vehicle aimed at collectors. Rather than simply purchasing a miniature Porsche 550 Spyder, buyers can commission a specific interpretation reflecting their own taste, preferred Porsche racing era or personal collection.

A modern interpretation of Porsche’s racing DNA

The Porsche 550 Spyder was created in an era when racing success depended heavily on reducing weight, maximising mechanical efficiency and giving the driver a focused machine.

The Porsche 550 J translates that philosophy into a very different technological era.

Its 48-volt electric drivetrain replaces the internal-combustion engine, carbon fibre replaces much of the traditional construction philosophy and modern manufacturing techniques allow the car to be produced at a scale that would have been impossible in the 1950s.

Yet the fundamental visual language remains unmistakably connected to the 550 Spyder.

The tiny proportions, open cockpit and streamlined bodywork deliberately evoke the original racing car, while the extensive customisation programme gives owners the opportunity to create something closer to a bespoke automotive sculpture than a conventional vehicle.

Porsche 550 J price and availability

Hedley Studios has announced that the Porsche 550 J is available to order now through the company.

The production run is limited to 250 examples, with each vehicle handcrafted in the UK and offered with extensive personalisation options.

The supplied announcement does not specify a purchase price for the Porsche 550 J, so the final cost will depend on the specification and bespoke options selected by the customer.

Porsche 550 J: specifications at a glance

  • Officially licensed Porsche 550 Spyder reimagining
  • Created by Hedley Studios
  • Limited to 250 examples
  • Handcrafted in Bicester, UK
  • Approximately 2.9 metres long
  • Approximately 1.2 metres wide
  • Around 80 percent of the original 550 Spyder’s size
  • Seating for up to two people
  • Steel space-frame chassis
  • Carbon-fibre body
  • 48-volt fully electric drivetrain
  • Approximately 8 kW in standard specification
  • Up to approximately 16 kW with RS Package
  • Approximately 80 km/h top speed
  • Extensive colour and livery personalisation
  • Bespoke programme available
  • Not road legal

Source: Porsche

Volvo Cars Appoints Klaus Zellmer as New CEO

Volvo Cars has appointed Klaus Zellmer as its next President and Chief Executive Officer, bringing an experienced automotive executive with more than three decades in the industry to the top job at the Swedish automaker. Zellmer will assume the role no later than October 1, 2027, with current CEO Håkan Samuelsson remaining in place to support a smooth leadership transition.

The appointment comes at an important point for Volvo Cars as the company continues to navigate a rapidly changing global automotive industry, including the shift toward electrification, evolving customer expectations and increasingly intense competition in the premium vehicle market.

Klaus Zellmer brings extensive experience across both premium and high-volume automotive brands. He currently serves as Chairman of the Board of Management and CEO of Škoda Auto, where he has overseen a period of strong commercial performance and continued expansion of the brand’s electric vehicle lineup.

Volvo Cars Chairman Eric Li said Zellmer’s combination of automotive expertise and international leadership experience makes him a strong match for the company’s next phase.

“Klaus Zellmer combines deep automotive expertise with broad international leadership experience and a strong record of guiding organisations through transformation and changing market conditions,” Li said.

According to Volvo Cars, Zellmer’s experience across both the premium segment and high-volume automotive market will be particularly relevant as the company works to strengthen its position as a premium car manufacturer.

Zellmer said he was attracted to Volvo Cars by the strength of the brand, particularly its longstanding reputation for safety, distinctive design and clearly defined identity.

“I am delighted to join Volvo Cars at such an important moment in the company’s development,” Zellmer said. “Few automotive brands have built such a strong and lasting reputation for safety, consistently applying this core value across the mobility sector.”

He also highlighted Volvo’s design philosophy and its ability to reinvent itself throughout its history.

The incoming CEO added that Volvo Cars has a solid foundation and an experienced workforce, while emphasizing the importance of continuing to evolve the company as the automotive industry enters another period of major transformation.

Klaus Zellmer’s Automotive Career Spans Porsche, Volkswagen and Škoda

Zellmer has spent more than 30 years in the automotive industry, building a career that includes senior positions at Porsche, Volkswagen Passenger Cars and Škoda Auto.

Before taking charge of Škoda Auto, Zellmer served on the Board of Management of Volkswagen Passenger Cars, where he was responsible for Marketing, Sales and After Sales.

His longest period within the Volkswagen Group was spent at Porsche. Zellmer worked for the sports-car manufacturer for more than 20 years and held several senior management positions, including CEO of Porsche Deutschland and CEO of Porsche North America.

His career began in the automotive sector after graduating with a degree in Business Administration. From 1994, he spent three years working at the Institute for Automotive Economics at Nürtingen-Geislingen University of Applied Sciences.

At Škoda, Zellmer has overseen one of Europe’s most successful volume automotive brands. Under his leadership, Škoda delivered record results in 2025, followed by continued growth and record electric vehicle deliveries during the first half of 2026.

That experience could prove particularly relevant at Volvo Cars, where the transition to electrified vehicles remains a central part of the company’s long-term strategy.

Håkan Samuelsson to Support Volvo Cars Leadership Transition

Håkan Samuelsson has led Volvo Cars during two separate periods. His first tenure ran from 2012 to 2022, before he returned as CEO in April 2025.

Samuelsson came back to the company at a challenging moment for the global automotive industry, with the task of developing Volvo Cars’ future strategic roadmap and providing stability during a period of significant change.

His latest tenure has also been focused on preparing the company for a long-term leadership transition.

Volvo Cars says Samuelsson will work with the Board of Directors to ensure a seamless handover to Zellmer. The exact transition process will therefore take place well before Zellmer officially assumes the CEO position, which must happen no later than October 1, 2027.

What Klaus Zellmer’s Appointment Means for Volvo Cars

Zellmer’s appointment gives Volvo Cars a CEO with experience spanning luxury and premium vehicles, high-volume passenger cars, global sales operations and large-scale corporate transformation.

His background at Porsche gives him direct experience with the premium end of the automotive market, while his years at Volkswagen and Škoda provide experience managing large international organizations and high-volume vehicle operations.

That combination is particularly significant for Volvo Cars as the company attempts to balance its premium positioning with the need to compete at scale in a rapidly evolving global market.

Zellmer will inherit a company with a strong heritage built around safety, Scandinavian design and premium mobility, but also one operating in an automotive market undergoing profound technological and competitive changes.

Electric vehicles, software-defined vehicles, advanced driver assistance systems, connected services and changing global market dynamics are reshaping the traditional automotive business. Volvo Cars’ next CEO will therefore face the challenge of preserving the brand’s identity while continuing to adapt its products and business strategy.

Source: Volvo

Ferrari 296 GT Modificata Is a 730-PS Track Weapon That Outruns the 296 GT3 Evo at Fiorano

Ferrari has unveiled the new 296 GT Modificata, an extreme track-only supercar developed specifically for non-competitive events within the Ferrari Club Competizioni GT programme. Based on technology derived from the 296 GT3 Evo, the latest Ferrari “Modificata” combines a 730-cv V6 engine, racing-derived aerodynamics, upgraded brakes and a two-seat cockpit designed to let owners share the track experience with a passenger or instructor.

Presented at Ferrari Racing Days in Budapest, Hungary, the Ferrari 296 GT Modificata represents the latest evolution of Maranello’s customer-focused track cars. Built without the restrictions imposed by conventional motorsport regulations, it is designed to extract significantly more performance from Ferrari’s 2.9-liter, six-cylinder platform.

Ferrari says the 296 GT Modificata has the potential to lap the Fiorano circuit approximately three seconds faster than the 296 GT3 Evo, despite sharing the fundamental architecture of that competition car.

Ferrari 296 GT Modificata: 730 PS From a 2.9-Liter V6

At the heart of the Ferrari 296 GT Modificata is a rear-mid-mounted 2,992-cc 120-degree V6 internal-combustion engine.

The engine retains the basic architecture of the powerplant used by the 296 GT3 Evo, but Ferrari has extensively modified the hardware to increase performance. Changes include the cranktrain, camshafts, induction system, intercoolers and turbochargers.

The turbochargers retain the exterior housing geometry of the 296 GT3 Evo, while their internal components were developed specifically for the 296 GT Modificata. Ferrari also drew on engineering experience from the 499P Modificata, another customer track car created without the constraints of competition regulations.

A revised fuel system, including an additional low-pressure pump, supports the engine’s increased fuel-flow requirements.

The result is 730 cv, equivalent to 537 kW, at 7,500 rpm.

That figure is particularly significant because it is 130 cv more than the 296 GT3 Evo produces. The race car is restricted by Balance of Performance regulations, while the 296 GT Modificata is free from those limitations.

Ferrari quotes a specific output of 244 cv per liter, or 179 kW/l, making the V6 one of the most highly developed engines in the company’s customer racing portfolio.

A Six-Speed Sequential Gearbox Developed for the Track

The engine is paired with a six-speed sequential transmission featuring a carbon clutch.

Ferrari has revised the transmission ratios specifically for the 296 GT Modificata. The objective is to exploit the engine’s expanded operating range and deliver stronger performance during non-competitive track driving.

Unlike a road car, where gearing has to accommodate a wide variety of everyday driving conditions, the 296 GT Modificata is engineered around circuit performance. That allows Ferrari to optimize the drivetrain for acceleration, response and driver engagement on a race track.

The exhaust system is also completely new, with redesigned tailpipes forming part of the car’s distinctive technical and visual character.

Ferrari 296 GT Modificata Aerodynamics

The biggest visual changes compared with the 296 GT3 Evo are found at the front and rear of the car.

Ferrari has developed bespoke aerodynamic solutions around two critical areas: the front wing and bonnet, and the rear wing.

At the front, the 296 GT Modificata receives what Ferrari calls a “Slotted Splitter.” Its purpose is to improve airflow management underneath the car while increasing the overall downforce generated by the bodywork.

The front bonnet has also been redesigned.

Because the 730-cv engine generates greater thermal loads, Ferrari needed to improve cooling capacity. The new bonnet features a larger main opening and a dedicated vane designed to redirect hot air exiting the central front radiator.

This helps prevent unwanted interaction with the lateral intercoolers.

Ferrari has also redesigned the vent located near the base of the windshield to improve thermal management beneath the front bodywork.

New Rear Wing Inspired by the Ferrari 499P

The rear of the Ferrari 296 GT Modificata features a completely new aerodynamic architecture.

The rear wing incorporates a new central support, a 5-mm Gurney flap and endplates inspired by the Ferrari 499P.

The endplates perform a structural function but also help control the vortices generated around the wing. That becomes increasingly important as aerodynamic load increases.

The combination of the redesigned front splitter, revised bodywork and new rear wing gives the 296 GT Modificata a significantly more aggressive aerodynamic package than the standard road-going 296 family.

Most importantly, Ferrari has engineered the system to maintain aerodynamic balance while increasing downforce.

Upgraded Ferrari 296 GT Modificata Brakes

Extra engine performance and aerodynamic capability require equally significant improvements to braking performance.

The Ferrari 296 GT Modificata therefore uses an evolution of the braking system developed for the 296 GT3 Evo and 296 GT3 Biposto.

At the front are new steel brake discs with improved ventilation and greater cooling capacity.

An additional air intake positioned in the lower section of the front bumper increases the volume of air directed toward the braking system. Ferrari has also optimized the brake cooling ducts to improve airflow efficiency.

The result is better thermal management during extended track sessions.

That matters particularly on circuits where repeated heavy braking can quickly increase temperatures. Ferrari says the revised system is intended to provide more consistent braking performance and improved reliability, allowing drivers to exploit the car’s performance for longer periods.

ABS Designed for Drivers of Different Skill Levels

Despite its extreme performance, the Ferrari 296 GT Modificata is not intended exclusively for professional racing drivers.

The car features an ABS system derived from the technology used on its GT3 counterpart, but calibrated specifically for this application.

The objective is to make the car’s performance more accessible across different levels of driving experience while maintaining the performance required for extended circuit use.

That philosophy is important because the 296 GT Modificata is part of Ferrari’s customer-focused track programme rather than a conventional competition car.

Two Seats Make the 296 GT Modificata Different

One of the most interesting aspects of the Ferrari 296 GT Modificata is its two-seat configuration.

Ferrari modified the roll-bar structure to accommodate a passenger seat alongside the driver.

That allows owners to share the experience with another person rather than treating the car exclusively as a single-seat track machine.

The second seat also makes the 296 GT Modificata particularly suitable for driver coaching. An instructor can ride alongside the owner during track sessions and provide immediate feedback.

Ferrari has fitted the passenger side with a dedicated footrest, while an integrated intercom system allows continuous communication between driver and passenger.

For a customer-focused track car, that is a significant advantage. The 296 GT Modificata is not simply designed to deliver lap times; it is also intended to help its owner become a better driver.

Track Technology Included as Standard

Ferrari has equipped the 296 GT Modificata with a substantial amount of equipment that is normally available as optional hardware on the 296 GT3 Evo.

The standard specification includes the Data Acquisition System in Step 1 and Step 2 configurations.

That system adds sensors including pitot tubes for measuring airspeed, damper potentiometers and brake-temperature sensors.

The car also receives VideoBox Premium, allowing drivers to record their track sessions and review their performance with a coach.

Other standard equipment includes Rear Camera Premium and the IRTPMS Step 2 system for monitoring tire pressure and temperature.

The specification also includes a carbon clutch, professional seat harnesses and the “extra fan” function designed to improve cockpit cooling.

Additional equipment can be ordered from Ferrari, including a rear radar system capable of warning the driver about faster vehicles approaching from behind.

Owners can also select the color scheme of the car’s livery from Ferrari’s Design Studio palette.

Built for Ferrari Club Competizioni GT

The Ferrari 296 GT Modificata is designed from the outset for participation in the Club Competizioni GT programme.

This means owners are not buying a conventional road car that has been modified for occasional track use. Instead, the car is engineered specifically around the experience of driving on a circuit.

It is also produced in extremely limited numbers, reinforcing its position as a highly exclusive Ferrari customer-racing product.

The absence of competition regulations gives Ferrari’s engineers considerably greater freedom. There is no requirement to conform to the Balance of Performance restrictions that apply to the 296 GT3 Evo.

That freedom is one of the fundamental reasons why the 296 GT Modificata can produce 730 cv.

Why the Ferrari 296 GT Modificata Is Faster Than the 296 GT3 Evo

The most striking claim surrounding the new Ferrari is its potential performance advantage over the 296 GT3 Evo.

Ferrari estimates that the 296 GT Modificata can lap the Fiorano circuit approximately three seconds faster than the 296 GT3 Evo.

That may sound surprising given that the 296 GT3 Evo is a purpose-built racing machine, but the difference is explained by the regulations.

The GT3 car must comply with FIA GT3 regulations and Balance of Performance requirements. The 296 GT Modificata does not.

Ferrari can therefore increase engine output, optimize aerodynamic performance and tailor the drivetrain specifically for unrestricted customer track use.

The result is a machine that takes technology developed for Ferrari’s racing programmes and removes many of the restrictions that competition requires.

The Meaning Behind “296 GT Modificata”

The name itself provides a concise explanation of Ferrari’s philosophy.

“296” refers to the engine’s 2.9-liter displacement and six-cylinder configuration.

“GT” identifies the car’s grand touring and racing lineage.

“Modificata” describes Ferrari’s tradition of taking an existing platform and introducing extensive modifications designed to push performance beyond the original specification.

The concept is particularly important for Ferrari’s track-only cars because these machines are not constrained by the same technical regulations as competition vehicles.

Ferrari’s Modificata Tradition

The 296 GT Modificata is not the first Ferrari to carry the name.

The modern lineage began with the 488 GT Modificata, introduced in 2020. That car brought together technology and experience developed through the Ferrari 488 GT3 and 488 GTE competition programmes in a track-only package for customers.

Ferrari followed it with the 499P Modificata in 2023.

The 499P Modificata was derived from the 499P Sport Prototype that competed in the FIA World Endurance Championship and won the 24 Hours of Le Mans in 2023, 2024 and 2025. The 499P programme also brought the World Endurance Championship overall constructors’ and drivers’ titles back to Maranello in 2025.

The origins of the Modificata name go back considerably further.

The Ferrari 512 M Started It All

Ferrari’s first “Modificata” was the 512 M, introduced in 1970 as an evolution of the 512 S.

The 512 M featured a lighter construction, more powerful V12 engine and revised aerodynamic bodywork. Its engine produced 610 cv, equivalent to 449 kW.

The car made its debut at the Zeltweg circuit before competing in the 1971 Manufacturers’ World Championship.

Ferrari subsequently extended the Modificata designation to road cars.

The F512 M appeared in 1994, followed by the 456M GT in 1998, the 575M Maranello in 2002 and the Portofino M in 2020.

Those cars were road legal, but they followed the same basic philosophy: take an established Ferrari model and introduce meaningful technical and performance upgrades.

The 296 GT Modificata takes that idea back to the extreme end of the spectrum.

Source: Ferrari

Cars and catalogues