Lewis Hamilton Shuts Down Retirement Rumors

Over the last few seasons, speculation about Lewis Hamilton’s retirement has continued to grow. His age, combined with Ferrari’s disappointing 2025 season, caused many people to believe that the legendary driver was preparing to leave Formula 1. However, Hamilton firmly dismissed those rumors ahead of the Canadian Grand Prix. He explained that retirement is not even in his thoughts right now. Instead, he remains focused on competing at the highest level and continuing his career for several more years. His comments immediately reassured fans who still want to see him racing on the grid.

Hamilton Confirms His Ferrari Contract for 2027

One of the most important parts of Hamilton’s statement was his confirmation that he remains under contract with Ferrari for the 2027 season. This announcement removes much of the uncertainty surrounding his future with the Italian team. Earlier rumors suggested Ferrari could reconsider their long-term plans after Hamilton’s difficult debut season in red. However, both sides now appear committed to continuing their partnership. Ferrari still sees Hamilton as a key figure in its project, while Hamilton remains motivated to help return the team to championship-winning form.

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His Move from Mercedes to Ferrari Shocked Formula 1

When Lewis Hamilton announced his decision to leave Mercedes for Ferrari in 2025, the Formula 1 world was stunned. Hamilton had spent more than a decade with Mercedes and achieved most of his historic success with the team. Because of that, many fans struggled to imagine him driving for another constructor. The move quickly became one of the biggest driver transfers in modern F1 history. Expectations were incredibly high, with many hoping Hamilton could recreate Ferrari’s glory days and fight for another world title in red.

The 2025 Season Was a Difficult Beginning

Hamilton’s first season with Ferrari did not go according to plan. The team struggled with consistency, while Hamilton himself needed time to adapt to the new car and working environment. Throughout the year, he often found himself behind teammate Charles Leclerc in qualifying and race pace. Those disappointing results fueled speculation that Hamilton’s best years might already be behind him. Critics questioned whether the veteran driver could still compete against younger rivals in an increasingly competitive Formula 1 era.

Hamilton Has Shown Better Form in 2026

The start of the 2026 season has looked far more promising for Lewis Hamilton and Ferrari. He secured his first podium finish in red during the Chinese Grand Prix earlier this year. That result became an important confidence boost after the struggles of the previous campaign. Hamilton has also looked much closer to Charles Leclerc in overall pace and race performance. Ferrari’s improvements, combined with Hamilton’s growing comfort inside the team, have created renewed optimism among supporters and Formula 1 observers.

His Motivation and Passion for Racing Remain Strong

During his recent media appearance, Hamilton made it very clear that his love for Formula 1 remains unchanged. He explained that he still feels motivated every single day and continues to enjoy racing with all his heart. According to Hamilton, the passion that drove him at the start of his career still exists today. That emotional connection to the sport is one of the biggest reasons why retirement is not currently an option for him. His determination continues to inspire many fans around the world.

Hamilton Could Race Beyond His 45th Birthday

If Hamilton truly stays in Formula 1 for another five years, he could still be racing beyond the age of 45. That would place him alongside Fernando Alonso, who continues to compete at a high level despite being in his mid-forties. In modern Formula 1, maintaining peak performance at that age is extremely difficult because the sport demands exceptional fitness, mental focus, and adaptability. However, Hamilton’s discipline, experience, and commitment suggest he still has the ability to remain competitive against younger drivers.

The Eighth Championship Is Still the Main Goal

One of the biggest reasons Lewis Hamilton continues racing is likely his desire to win a record-breaking eighth world championship. Achieving that goal would officially place him above Michael Schumacher in the history books. Over the past few seasons, that dream has remained just out of reach due to stronger competition and inconsistent car performance. Still, Hamilton clearly believes the opportunity remains possible. Ferrari’s ongoing development efforts also give fans hope that the team could eventually provide him with a title-contending car again.

Hamilton Continues to Be One of F1’s Biggest Icons

Even after so many years in Formula 1, Lewis Hamilton remains one of the sport’s most influential figures. His popularity extends far beyond racing because of his impact on fashion, music, diversity, and social activism. Hamilton’s presence continues to attract millions of fans worldwide, making him one of the most valuable personalities in motorsport. As long as he remains on the grid, Formula 1 will continue benefiting from his star power, experience, and competitive spirit. His journey with Ferrari is now becoming one of the most fascinating stories in modern Formula 1 history.

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Rupal Racing Began From a Backyard Passion Project

The story of Rupal Racing started long before the workshop became famous within Kenya’s growing racing community. Karan and Simar originally built their own cars in the backyard because they did not yet own a professional garage. During that period, the brothers entered local racing events under the Rupal Racing name, which slowly gained recognition among enthusiasts. Eventually, the demand for their work increased enough for them to establish an official workshop in Nairobi’s industrial district. Today, the garage has become one of the most recognizable tuning shops in the country.

Subaru Culture Has Deep Roots in Kenya

Subaru’s popularity in Kenya is closely connected to the country’s long history with rally racing. For decades, the rivalry between Subaru Imprezas and Mitsubishi Evos shaped the local performance car culture. According to Karan Rupal, many enthusiasts who grew up during the late 1990s and early 2000s became obsessed with those rally legends. That nostalgia still influences the scene today, with first and second-generation Imprezas remaining highly respected among Kenyan tuners and racers. Because of that legacy, Subaru continues dominating many grassroots motorsport events across the country.

Drag Racing Has Become Increasingly Popular

Although Kenya is traditionally associated with rally racing, drag racing and time attack events are becoming much more common. Karan explained that several major clubs now organize competitions throughout the year, creating a busy motorsport calendar for local racers. Rupal Racing mainly focuses on building cars for straight-line speed rather than circuit performance. As a result, most of their workshop projects prioritize massive turbochargers, lightweight body modifications, and extreme horsepower setups designed specifically for drag racing competition.

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Modern Competition Forced Builders to Go Bigger

The Kenyan tuning scene has changed dramatically over the past decade. Previously, many performance cars remained relatively close to factory specification with only minor turbo upgrades or intercooler modifications. However, increasing imports of newer sports cars transformed the competitive landscape completely. Kenya’s import regulations allow vehicles less than seven years old into the country, leading to the arrival of powerful six-cylinder and eight-cylinder machines. Eventually, one Nissan GT-R producing around 1,500bhp raised the standard for everyone in the local drag racing scene.

Karan’s GC8 Subaru Produces Around 900bhp

Among all the projects at Rupal Racing, Karan’s personal Subaru Impreza remains the workshop’s most extreme creation. The heavily modified GC8 Impreza uses a fully built EJ25 boxer engine bored out from the original 2.0-liter configuration. Running approximately 45psi of boost pressure on E85 fuel, the car now produces around 900bhp. Additionally, the workshop performs almost all fabrication and engineering work in-house, including bodywork, turbo systems, wiring, and exhaust construction. This level of craftsmanship has helped Rupal Racing gain respect far beyond Kenya’s borders.

Lightweight Modifications Improve Drag Racing Performance

To maximize performance, Karan’s Subaru underwent an extensive lightweight transformation. The car now features custom fiberglass body panels, plastic windows, and a completely stripped interior to reduce overall mass. Even more impressively, the workshop recently converted the Impreza into a two-door coupe using custom fabrication techniques. The car currently weighs around 1,200 kilograms, creating an incredible power-to-weight ratio for drag racing. Furthermore, the turbocharger setup became so large that engineers decided to mount part of the system behind one of the headlights.

Kenya’s Motorsport Infrastructure Still Faces Challenges

Despite the rapid growth of Kenya’s tuning culture, motorsport infrastructure remains limited compared to larger racing nations. Karan explained that many events currently take place on temporarily closed public roads because the country lacks dedicated drag strips and modern racing circuits. Although local authorities sometimes provide permits for racing events, the conditions are far from ideal for high-performance machines. Consequently, many builders believe the scene could develop even faster if investors supported professional motorsport facilities across the country.

Rupal Racing Builds More Than Just Subaru Engines

While Subaru Imprezas remain the workshop’s specialty, Rupal Racing also performs maintenance and performance upgrades on various other vehicles. The team handles turbocharging projects, CVT rebuilds, custom exhaust fabrication, and complete engine overhauls for multiple brands. However, first and second-generation Subaru Imprezas still dominate the garage floor because of their strong connection to Kenyan motorsport culture. This consistent demand keeps the workshop deeply connected to the golden era of Japanese rally-inspired performance cars.

The Brothers Continue Expanding Their Ambitious Projects

Karan and Simar continue pushing their workshop toward increasingly ambitious creations. In addition to the famous 900bhp GC8, the brothers are currently building another unique Subaru project featuring a custom two-door estate body style paired with another turbocharged EJ25 engine. According to Karan, sourcing rare components such as intercoolers and body parts remains one of the biggest challenges. Nevertheless, the brothers remain committed to finishing the project and expanding the reputation of Kenyan performance engineering.

East Africa’s Motorsport Future Looks Extremely Promising

The rise of workshops like Rupal Racing demonstrates how quickly East Africa’s motorsport culture is evolving. What once began as a small underground community now includes increasingly advanced builds capable of competing with serious international performance cars. Enthusiasts across Kenya continue investing in bigger power figures, more advanced engineering, and professional-level fabrication. If modern racing infrastructure eventually develops within the region, Kenya could become one of Africa’s most exciting destinations for grassroots motorsport and high-performance tuning culture.

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Donkervoort Continues Its Radical Engineering Philosophy

Since 1978, Donkervoort has built a reputation for creating lightweight performance cars inspired by the legendary Lotus Seven philosophy. Unlike Caterham, which stayed close to the original Seven formula, Donkervoort evolved into something much more radical. The Dutch manufacturer focused heavily on advanced materials, aggressive aerodynamics, and extreme performance engineering. As a result, the P24 RS represents the ultimate evolution of that philosophy. While the car still embraces analog thrills and low weight, it now feels closer to a miniature hypercar than a traditional open sports car. Consequently, the P24 RS delivers a completely unique identity within today’s automotive industry.

The P24 RS Introduces a New Twin-Turbo V6 Engine

One of the biggest changes in the Donkervoort P24 RS is the departure from Audi powertrains. Previous models used the famous turbocharged five-cylinder engine from Audi RS cars. This time, however, Donkervoort developed a new 3.5-liter twin-turbocharged V6 engine known as “PTC” or “Power to Choose.” The engine is based on the Ford EcoBoost V6 architecture but receives significant modifications, including a dry-sump lubrication system, custom turbochargers, and a bespoke intake setup. Thanks to these upgrades, the engine produces up to 600bhp in Performance mode. Meanwhile, Touring and Comfort modes offer 500bhp and 400bhp respectively. Therefore, drivers can adjust the car’s behavior depending on road conditions and driving style.

Ultra-Lightweight Construction Defines the Car

Weight reduction remains the heart of Donkervoort’s engineering philosophy. Because of extensive carbon fiber usage, the P24 RS weighs only 780 kilograms dry. The chassis combines tubular steel with proprietary Ex-core carbon fiber side panels for exceptional rigidity and low mass. In addition, the bodywork and front subframe are also made from carbon fiber. This lightweight approach gives the car a remarkable power-to-weight ratio comparable to some of the world’s fastest hypercars. Furthermore, the absence of unnecessary luxury features helps preserve the car’s raw driving character. Every engineering decision clearly prioritizes performance, agility, and driver engagement above everything else.

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Hypercar Performance in a Compact Package

Despite its small dimensions, the Donkervoort P24 RS delivers astonishing performance figures. According to the manufacturer, the car can accelerate from 0 to 124mph in just 7.4 seconds while reaching a top speed beyond 186mph. Even more impressive, the car is capable of generating 2.3G of cornering force. Those numbers place the P24 RS alongside some of the most extreme supercars available today. Additionally, the optional track-focused aerodynamic package significantly increases downforce. The setup includes a large front splitter and unique rear winglets inspired by modern endurance race cars. As a result, the P24 RS becomes even more capable during high-speed track driving.

Analog Driving Experience Makes the Car Special

Modern performance cars often rely heavily on electronic systems to enhance speed and stability. In contrast, the Donkervoort P24 RS embraces a pure analog approach. Buyers can even choose whether they want ABS, traction control, or power steering installed in the car. This philosophy creates a highly connected driving experience where the driver feels every movement and surface change directly through the steering wheel and chassis. Moreover, the five-speed manual gearbox adds an old-school layer of involvement rarely found in modern hypercars. Although the gearbox feels heavy and mechanical, it reinforces the car’s raw personality and motorsport-inspired character.

Handling Feels Sharp Yet Surprisingly Controllable

At first glance, a lightweight car with 600bhp might sound terrifying to drive. Surprisingly, the P24 RS feels remarkably balanced and predictable when pushed hard. Thanks to excellent suspension tuning and precise steering feedback, the car communicates clearly with the driver during aggressive cornering. The adjustable motorsport-style traction control system also helps maintain stability without removing excitement. In lower traction settings, the P24 RS becomes playful and lively while still feeling manageable in experienced hands. Consequently, the car offers entertainment instead of intimidation, especially for drivers who appreciate traditional rear-wheel-drive dynamics and mechanical feedback.

Ex-Core Carbon Technology Becomes a Major Innovation

One of the most fascinating aspects of the P24 RS is the use of Ex-core carbon fiber technology. Unlike traditional carbon manufacturing methods, Ex-core combines pre-preg carbon layers with a special foam core that eliminates the need for high-pressure autoclave curing. This process allows Donkervoort to create complex structural components faster and more efficiently. In fact, the technology became so successful that Toyota licensed it for its World Endurance Championship program, while several Formula 1 teams also adopted the system. Because of this innovation, the P24 RS achieves extraordinary structural rigidity while maintaining an extremely low weight.

Interior Design Blends Luxury With Motorsport Feel

Although the P24 RS is clearly a hardcore sports car, the interior still feels surprisingly refined. Drivers sit inside carbon fiber Recaro seats surrounded by high-quality materials and handcrafted details. At the same time, the cabin maintains a strong motorsport atmosphere thanks to exposed carbon surfaces and minimalistic controls. Unlike many track-focused cars, the Donkervoort also offers practical elements such as a removable carbon targa roof and 300 liters of luggage space. Consequently, the P24 RS feels usable enough for road trips while still delivering the excitement of a lightweight race-inspired machine.

Driving the P24 RS Requires Full Concentration

The Donkervoort P24 RS demands attention and skill from its driver. Once the engine switches into full 600bhp Performance mode, the car becomes extremely responsive and aggressive. Drivers must carefully manage throttle inputs because the lightweight chassis reacts instantly to power delivery. Additionally, the mechanical limited-slip differential provides strong rear-end connection, making every movement feel direct and transparent. Unlike heavily computerized supercars, the P24 RS constantly rewards focus and proper driving technique. Therefore, every drive feels immersive, intense, and emotionally engaging from start to finish.

High Price Reflects Exclusive Engineering

There is no denying that the Donkervoort P24 RS sits in an extremely expensive category. Starting at around €298,000 before taxes, the car can easily exceed £375,000 with optional upgrades. Nevertheless, the price reflects the extraordinary engineering and exclusivity behind the vehicle. Advanced carbon fiber technology, hand-built craftsmanship, and low production numbers all contribute to its premium status. Additionally, Donkervoort plans to produce only 150 units over the coming years, making the car highly collectible for enthusiasts seeking something different from mainstream supercars.

Donkervoort P24 RS Delivers a Truly Unique Experience

The Donkervoort P24 RS is not a car designed for everyone. Instead, it targets passionate drivers who value lightweight engineering, analog excitement, and mechanical purity above luxury or convenience. While many modern performance cars feel increasingly digital and isolated, the P24 RS delivers raw feedback and emotional intensity in every kilometer. Furthermore, its combination of advanced technology and old-school driving involvement creates an experience unlike anything else currently available. For enthusiasts searching for a truly special sports car, the Donkervoort P24 RS proves that analog performance still has a place in the modern automotive world.

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Machina: Inspired by Racing Heritage

The Machina draws direct inspiration from racing tracks. Built on the conventional Mini Mini John Cooper Works (JCW) platform, it delivers a raw and aggressive presence. Its design reflects pure motorsport energy, from wide fenders to bold aerodynamic elements. Consequently, Machina positions itself as the wilder sibling in this collaboration.

Exterior Styling of Machina

The Machina showcases a livery of red, white, and black that emphasizes its sporty DNA. Wide fenders, custom grille, and a rear Can-Am-style wing create an unmistakable racing silhouette. Additional features include LED strip headlights replacing traditional lamps, leaving the housings open as functional intakes. Every detail reflects speed and purpose.

Interior Transformation of Machina

Inside, the Machina mirrors a racing cockpit. Bucket seats with five-point harnesses, a three-spoke steering wheel, aluminum floor, and a roll cage dominate the cabin. A hydraulic handbrake enhances control, while toggle switches on the center console replace conventional controls. This minimalist yet functional setup reinforces its track-focused identity.

Skeg: Surf Culture on Four Wheels

In contrast, the Skeg brings a laid-back surf-inspired aesthetic. Based on the Mini Mini John Cooper Works (JCW) Electric, it merges sustainable performance with adventurous spirit. Its silver, black, and yellow color scheme captures attention, while fiberglass elements reduce weight by 15 percent. Skeg embodies a lifestyle-driven interpretation of automotive design.

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Design Details of Skeg

The Skeg features wide fiberglass fenders, neon yellow diffusers, racing wheels, and an oversized spoiler. The cabin includes semi-transparent fiberglass panels, neoprene-covered bucket seats, and strap pulls replacing traditional door handles. To emphasize its surfing influence, a fiberglass roof rack carries a surfboard, merging function with fashion.

Shared Identity Through Deus Graphics

Despite their differences, both Machina and Skeg share Deus’ signature large roof graphics. This element ties the two models together, creating visual unity while celebrating individuality. It highlights how collaboration between automotive engineering and fashion design can push creative boundaries in both industries.

When Motorsport Meets Lifestyle

The Machina and Skeg demonstrate how Mini John Cooper Works (JCW) and Deus Ex Machina reimagine cars beyond transportation. With one rooted in motorsport and the other inspired by surf culture, these models showcase versatility, boldness, and creativity. This collaboration proves that cars can embody lifestyle expressions as much as performance.

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Radical 2026 Rules Changing the Game

The 2026 season brings a revolution. New rules will balance V6 turbo engines with a stronger electric unit (MGU-K) powered by larger batteries. Cars will also feature active aerodynamics on both wings. The aim? Less drag, higher efficiency, and faster straights. This formula sets the stage for incredible top speeds, even if they won’t happen every weekend.

What Toto Wolff Actually Meant

Toto Wolff told German outlet Auto Motor und Sport that simulations hinted cars could “scratch the 400km/h limit.” But he didn’t claim they’d hit that number in every race. On circuits like Monza or Mexico City, where long straights dominate, the right setup could push speeds higher than ever. It’s a ceiling, not an expectation.

Voices of Skepticism from the Grid

Not all drivers are convinced. Pierre Gasly joked that with the right setup—like removing Monza’s first chicane—400km/h is possible, but he remains doubtful about reaching such speeds under real race conditions. Max Verstappen was even more direct, saying: “Maybe Toto’s engine can do that. But I think the FIA won’t allow it.” Others, like Esteban Ocon, admitted that such numbers sound “quite scary” but preferred to wait until simulator runs confirm the reality.

Safety Concerns or Controlled Evolution?

Interestingly, the FIA is not panicking. According to Nikolas Tombazis, FIA’s Single-Seater Director, simulations haven’t shown speeds touching 400km/h. What they do reveal is that while straight-line speeds may rise, cornering speeds will decrease due to lower downforce. This balance could result in lap times similar to today’s cars. Moreover, the FIA continues to tweak energy deployment rules to ensure cars don’t exhibit unnatural behavior, like decelerating on straights, which could compromise both safety and spectacle.

Drivers Testing Early Prototypes

Some drivers, like Charles Leclerc, who initially found the 2026 Ferrari difficult to enjoy in simulator runs, have since softened their stance. With rapid development, each iteration feels more refined. Leclerc noted the prospect of reaching such speeds with active aerodynamics would feel “strange” but admitted it could also be “quite impressive.” The consensus in the paddock seems to be that while early tests raise concerns, the regulations are still evolving and far from finalized.

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The Bigger Picture: Beyond Top Speed

Ultimately, lap times in F1 are not just about top speed. They’re about balance—how a car handles corners, manages energy, and sustains tire life. Even if 400km/h is theoretically possible, most teams will prioritize overall performance rather than chasing straight-line records. Still, the mere possibility excites fans and stirs debate. After all, F1 has always been about pushing limits, and the idea of cars approaching the speeds of the Indy 500 makes the sport’s future feel thrillingly unpredictable.4

Between Fantasy and Reality

The buzz around 400km/h reflects both F1’s technological ambition and its myth-making power. While Toto Wolff comments sparked visions of record-shattering speed, the truth is more measured. 2026 cars will indeed be faster in certain scenarios, but they’re also designed to remain safe, efficient, and competitive. Whether or not a driver ever touches 400km/h, one thing is certain—the next era of Formula 1 will redefine what fans expect from the pinnacle of motorsport.

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