All posts by Francis Mitterrand

Ferrari Faces Reality Check as Demand for Electric Supercars Fades

In a surprising but telling turn of events, Ferrari is hitting the brakes on its electric future—at least temporarily. While the legendary Italian marque is preparing to launch its first-ever electric vehicle in 2026, the model will be a limited-edition, symbolic milestone rather than a true entry into the mass market. The real test—Ferrari’s second and first mass-produced electric model—has reportedly been delayed until at least 2028, and may even be scrapped entirely.

According to a Reuters report citing anonymous sources within the company, the reason is blunt: there’s virtually no demand for an electric Ferrari.

This news reflects a broader stagnation in the electric vehicle (EV) market, especially in the high-end performance sector. While electric cars have steadily gained traction in urban and commuter segments, the allure hasn’t translated to the world of exotic sports cars. Customers who spend hundreds of thousands on brands like Ferrari or Lamborghini still crave the visceral roar of combustion engines—something electric drivetrains struggle to replicate.

Ferrari, like fellow EV-hopefuls Rimac and Maserati, is learning this the hard way. Despite the technological promise of instant torque and lightning-fast acceleration, electric supercars appear to be a solution in search of a problem that buyers don’t think exists.

Ferrari’s first electric model, due in 2026, will remain a collector’s piece—limited in number and intended more as a brand milestone than a commercial breakthrough. The follow-up model, originally expected by late 2026 or 2027, was planned as a full-production vehicle. But with projected sales of 5,000 to 6,000 units over five years now looking wildly optimistic, the project has been quietly pushed back to 2028.

However, the delay does come with a potential silver lining. Ferrari now has more time to refine its EV technologies. The company has already filed patents for a “virtual engine and transmission system” designed to simulate the auditory and tactile experience of a traditional Ferrari. This mirrors a similar innovation from Hyundai in its critically acclaimed Ioniq 5 N, which uses artificial gear shifts and synthetic sound to enhance driver engagement.

Still, the road ahead is uncertain. Ferrari isn’t alone in rethinking its electric ambitions. Lamborghini recently pushed back its first EV launch from 2028 to 2029, and Maserati has reportedly shelved its electric MC20 altogether.

These delays suggest a hard truth: the emotional connection that fuels the supercar market doesn’t plug in as easily as the cars themselves. As EVs evolve, performance may no longer be the ultimate differentiator—but in the world of Italian exotica, passion and experience still reign supreme.

Whether Ferrari can eventually bridge that gap remains to be seen. For now, it’s clear that Maranello is in no rush to replace the roar of a V12 with the whisper of electrons.

Source: Reuters

Škoda Turns the Enyaq vRS into a Race-Ready EV Beast

Škoda Motorsport has taken a bold step into the future with the development of a fully electric concept race car, built on the foundation of the Škoda Enyaq Coupé vRS. The new Enyaq RS Race car represents a radical evolution in both performance and sustainability, blending the brand’s rally-winning expertise with cutting-edge materials and design.

From Rally Stages to Electric Race Tracks

The new concept car builds on Škoda’s extensive motorsport heritage, particularly insights gained from the championship-proven Fabia RS Rally2. The development of the Enyaq RS Race began in 2023, culminating in a global debut in October 2024. Since then, Škoda engineers have refined and reimagined the concept, pushing the boundaries of electric mobility in motorsport.

Lighter, Lower, and Built for Speed

One of the most remarkable features of the new Enyaq RS Race is its significant weight reduction—316 kilograms lighter than its road-going counterpart. This was achieved through extensive use of lightweight components, removal of non-essential features, and the incorporation of innovative biocomposite materials.

The race car is also more track-focused in its dimensions. It sits 70 mm lower, with a front width increase of 72 mm and a rear width gain of 116 mm, providing enhanced aerodynamics and handling. Despite using the same electric powertrain that produces 250 kW (335 hp), the reduced weight allows the Enyaq RS Race to sprint from 0 to 100 km/h in under five seconds—an impressive feat for an all-electric SUV.

Eco-Friendly Materials Meet High Performance

Škoda has taken a forward-thinking approach by using sustainable, flax-fiber-based composites developed in partnership with Swiss innovator Bcomp. These materials, including AmpliTex and PowerRibs, replace traditional carbon fiber in key components such as bumpers, wings, roof panels, and interior trim. Not only do they offer comparable strength and weight savings, but they also slash CO2 emissions by up to 85% during production.

A total of 16 vehicle components now use these sustainable materials, making the Enyaq RS Race a showcase for future eco-conscious automotive design. Even the panoramic glass roof was replaced with a lightweight biocomposite panel, reinforcing Škoda’s commitment to reducing environmental impact without compromising performance.

Motorsport-Grade Engineering

The Enyaq RS Race features a range of motorsport-derived enhancements, including carbon-ceramic brakes with ten-piston front calipers and four-piston rears, a hydraulic rally-style handbrake, and a fully adjustable sports suspension system. Limited-slip differentials on both axles improve traction and cornering stability, while 20-inch wheels with low-profile tires ensure maximum grip.

Inside, the cabin has been stripped of all non-essential comfort features and fitted with racing seats, a full roll cage, and components made using recycled 3D-printed materials, including CO2-neutral biopolymers.

A Vision for the Future

With this concept, Škoda Motorsport not only delivers a high-performance electric race car but also presents a compelling vision for the future of sustainable vehicle manufacturing. The Enyaq RS Race stands as a testing ground for technologies and materials that could soon find their way into production vehicles, setting new standards for both performance and environmental responsibility.

In combining electric power, rally-bred engineering, and eco-friendly innovation, Škoda Motorsport has created a groundbreaking concept that redefines what an electric race car can be—and hints at an exciting future for sustainable performance cars.

Source: Škoda

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Next-Gen Audi RS6 to Come With Plug-In Hybrid and All-Electric Powertrains

In a bold move that reflects the shifting tides of the automotive industry, Audi has unveiled plans for its next-generation RS6 sports car, set to debut in 2026 with a choice of electrified powertrains. Marking a significant evolution for the high-performance model, the new RS6 will be available as both a plug-in hybrid and a fully electric variant—an industry-first for the iconic nameplate.

This latest RS6 generation will be Audi’s most powerful yet. The plug-in hybrid version will feature a refined 4.0-liter twin-turbo V8 engine, believed to be sourced from Porsche, producing up to 730 horsepower—an increase that positions it directly against BMW’s newly electrified i5 M60 and hybrid M5.

For the first time since 2010, the RS6 will also return in both wagon and sedan body styles, expanding its appeal beyond the traditionally Avant-only configuration. This strategic diversification underlines Audi’s efforts to stay competitive in the fiercely contested German sports sedan market.

Interestingly, the decision to retain a combustion engine option comes after Audi Sport initially announced plans to go fully electric with the RS6 lineup. However, lagging EV sales in key global markets forced a rethink. Audi is now pivoting to a dual-platform approach, extending the lifespan of its combustion models well into the next decade.

The electric RS6 E-tron will be built on Volkswagen Group’s Premium Platform Electric (PPE), while the hybrid model will ride on an evolved version of the existing MLB architecture—now rebranded as Premium Platform Combustion (PPC). This split not only caters to different buyer preferences but also allows Audi to maximize flexibility and reduce development costs.

The RS6 E-tron will feature a dual-motor all-wheel drive system similar to that in the upcoming S6 E-tron, though tuned for higher performance. Audi Sport is targeting approximately 670 horsepower for the electric variant, paired with a sporty torque delivery curve to maintain its performance pedigree. It will use a 94.8 kWh battery pack, the same unit found in the A6 E-tron, though range is expected to be slightly lower than the A6’s estimated 745 km due to the RS6’s performance-oriented setup.

Meanwhile, the hybrid version is expected to pair the V8 engine with an electric motor integrated into the transmission and a lithium-ion battery—similar to setups used in current Porsche and Bentley plug-in hybrids. This configuration will help the RS6 meet stringent Euro 7 emissions standards without compromising its hallmark performance.

As Audi prepares to bring this new RS6 generation to market, it’s clear that the brand is not only adapting to the future—but doing so on its own terms. By offering both hybrid and electric options, the RS6 is set to remain a powerhouse in the performance sedan segment, bridging the gap between tradition and transformation.

Source: Audi