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Mercedes-Benz’s Billion-Euro Bet on Hungary Is About More Than Building Cars

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Mercedes-Benz isn’t just expanding a factory in Hungary—it’s reshaping how the company plans to build its next generation of vehicles. The automaker has officially opened a massive new production complex at its Kecskemét plant, a €1 billion investment that signals the future of Mercedes manufacturing: more electric vehicles, more digitalization, and far more flexibility.

If the three-pointed star wants to remain competitive in an automotive industry that’s rapidly shifting toward electrification while demand remains unpredictable, Kecskemét is becoming one of its most important chess pieces.

The numbers alone are impressive. The Hungarian facility has more than doubled in size, growing from roughly 500 acres to nearly 1,100 acres (200 to 440 hectares), making it the largest automotive manufacturing site in Hungary and one of Mercedes-Benz’s biggest production hubs worldwide.

But this isn’t simply an exercise in building bigger factories. It’s about building smarter ones.

A Factory Designed for an Electric Future

The centerpiece of the expansion is the start of production for the all-electric C-Class, marking the first time Kecskemét has produced a battery-electric model in Mercedes’ core lineup. It’s a milestone that reflects the company’s broader strategy of steadily shifting its manufacturing footprint toward EVs without abandoning combustion-powered models overnight.

Mercedes has taken a pragmatic approach. Existing production lines will continue assembling internal-combustion and battery-electric vehicles side by side, allowing the company to respond quickly as consumer demand fluctuates. Meanwhile, an entirely new assembly hall has been purpose-built exclusively for electric vehicles, providing higher efficiency as EV volumes continue to grow.

That flexibility may prove invaluable. Rather than locking itself into a single technology, Mercedes can adjust production mixes as global markets evolve—a significant advantage at a time when EV adoption varies dramatically from country to country.

Manufacturing Meets Silicon Valley

Perhaps the most fascinating aspect of the new facility isn’t what happens on the production line, but what happens before a single car is built.

Mercedes has created its first complete digital twin of an assembly hall using NVIDIA Omniverse technology. Every workstation, production process, and assembly sequence exists in a virtual environment before becoming reality.

That means engineers can simulate manufacturing changes, test new equipment, validate workflows, and identify bottlenecks without interrupting production. Instead of discovering problems after installation, Mercedes can solve many of them inside a computer simulation.

The digital ecosystem is powered by the company’s MO360 production platform, which links manufacturing, quality control, and supply chain data across Mercedes-Benz plants worldwide. Combined with AI-powered quality inspection systems capable of detecting defects in real time, the result is a factory where software increasingly becomes as important as robotics.

It’s a reminder that modern automotive manufacturing is becoming as much a technology business as it is an industrial one.

Building More Than the C-Class

The expanded facility will play a far larger role than producing a single electric sedan.

Battery packs and body components for locally built vehicles are manufactured on-site, supporting Mercedes’ “local-for-local” strategy that shortens supply chains and reduces exposure to global logistics disruptions.

Future production responsibilities are equally significant. Alongside the electric GLB and electric C-Class, Kecskemét will become the exclusive production home for the upcoming compact version of the legendary G-Class—a notable vote of confidence for the Hungarian operation.

The factory will also work in tandem with Mercedes plants in Germany through a highly integrated production network. Models such as the electric GLC can eventually be built in either Bremen or Kecskemét depending on market demand, giving Mercedes the ability to shift production where capacity is available.

In today’s unpredictable automotive market, that kind of manufacturing agility may be just as valuable as horsepower or battery range.

Sustainability Without the Buzzwords

Automakers often describe new factories as “green,” but Mercedes has backed up that claim with tangible investments.

A new 27.4-megawatt solar park, combined with rooftop photovoltaic installations, delivers more than 42 megawatts of renewable generating capacity—enough to supply roughly a quarter of the plant’s annual electricity needs.

The new paint shop is equally notable, reducing energy consumption by approximately 20 percent while cutting carbon emissions by around 80 percent compared with the previous facility. Additional upgrades targeting water conservation and waste reduction further improve the plant’s environmental footprint.

While no automobile factory can truly be considered emission-free, Kecskemét demonstrates how manufacturers can significantly reduce the environmental impact of vehicle production.

Investing in People as Well as Production

Mercedes’ investment extends beyond steel, robots, and solar panels.

The site already employs more than 5,000 people, making it the largest private employer in the region. The company continues investing in workforce development through the Mercedes-Benz Academy Kecskemét, partnerships with Neumann János University, its own school, and childcare facilities designed to improve work-life balance.

In an era when skilled manufacturing labor is increasingly difficult to recruit and retain, developing talent has become almost as critical as developing new vehicles.

The expansion of Kecskemét isn’t simply another factory opening. It’s a glimpse into how Mercedes-Benz intends to compete over the next decade.

Instead of separating electric and combustion vehicles into entirely different production systems, the company is building factories capable of handling both. Instead of relying on rigid manufacturing, it’s embracing software-defined production. And instead of depending on long international supply chains, it’s bringing more critical components closer to where vehicles are assembled.

As Mercedes prepares what it calls the largest product offensive in its history, Kecskemét has evolved from a regional manufacturing plant into one of the company’s strategic pillars.

For customers, the factory itself may never be visible. But the technologies, efficiencies, and flexibility developed here will quietly shape nearly every new Mercedes that rolls onto the road in the years ahead.

Source: Mercedes-Benz

NEW CARS

Toyota GR GT First Look: A V8 Hybrid Halo Car That Puts Germany and Britain on Notice

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Toyota has spent the better part of two decades rebuilding its enthusiast credibility, but the new GR GT makes one thing abundantly clear: the company isn’t interested in merely participating in the performance-car conversation anymore. It wants to lead it.

This is Toyota’s most ambitious road car since the legendary LFA, a front-engined, rear-wheel-drive hybrid supercar that arrives with 641 horsepower, an all-new twin-turbocharged V8, genuine GT3 racing pedigree, and one very specific target: established heavyweights like the Mercedes-AMG GT, Aston Martin Vantage, and Porsche 911 Turbo.

If the GR Supra was a statement of intent, the GR GT is the realization of that promise.

Built Like a Race Car—Because It Basically Is

Toyota calls the GR GT a “road-legal race car,” and unlike the marketing fluff that often accompanies such claims, this one carries unusual credibility.

The production model and its GT3 racing counterpart were engineered side-by-side from the beginning rather than adapting one from the other later. That simultaneous development means lessons learned for endurance racing directly influenced the road car’s chassis, aerodynamics, cooling, and driver ergonomics.

It’s an approach borrowed from manufacturers that dominate international motorsport, and one Toyota believes produces a fundamentally better driver’s car.

That philosophy was on full display when the GR GT made its dynamic public debut at this year’s Goodwood Festival of Speed, announcing itself not with extravagant theatrics but with unmistakable engineering intent.

A New V8 Marks Toyota’s Return to the Big Leagues

At the heart of the GR GT sits something enthusiasts have been hoping Toyota would build for years: an entirely new 4.0-liter twin-turbocharged V8.

Rather than relying solely on electrification to chase performance, Toyota has developed a compact hot-vee V8 featuring twin turbochargers mounted inside the cylinder banks, a dry-sump lubrication system, and lightweight packaging designed to keep the engine low in the chassis.

Combined with an electric motor, the hybrid powertrain is targeting 641 horsepower and 627 lb-ft of torque, all delivered exclusively to the rear wheels.

Toyota says development is still ongoing, suggesting those figures may even climb before production begins.

Performance numbers remain unofficial, but expectations are already lofty. A 0–62 mph sprint around 3.5 seconds and a top speed exceeding 198 mph firmly place the GR GT in modern supercar territory.

Perhaps even more encouraging is Toyota’s commitment to making this engine compliant with increasingly strict emissions regulations, signaling that the V8 isn’t destined to be a one-off curiosity. Instead, it could become the foundation for an entirely new generation of high-performance Toyota and Lexus models.

The Sound Matters Just as Much

In an era where artificial exhaust enhancement has become increasingly common, Toyota appears determined to let mechanical authenticity do the talking.

Engineers treated the exhaust note as a core element of the vehicle’s identity, carefully tuning the system to deliver the unmistakable soundtrack expected of a twin-turbo V8 while ensuring the sound evolves naturally with engine load and vehicle speed.

Early demonstrations suggest the result is every bit as dramatic as the specifications imply—a deep, muscular rumble under acceleration that feels refreshingly honest.

Hybrid Assistance Without Losing Character

Unlike many modern hybrids that prioritize efficiency above all else, the GR GT’s electric motor exists for one purpose: making the car faster.

Positioned ahead of the newly developed eight-speed automatic transmission, the electric motor fills torque gaps during gear changes, smoothing power delivery while maintaining relentless acceleration.

The gearbox itself replaces a traditional torque converter with a wet-clutch arrangement, enabling significantly quicker shifts similar to those found in the latest Mercedes-AMG performance models.

A mechanical limited-slip differential ensures all that power reaches the pavement with maximum effectiveness.

Designed Around the Driver

Toyota repeatedly emphasizes “car-driver unity,” and the development process reflects that philosophy.

Company chairman and accomplished racing driver Akio Toyoda personally worked alongside engineers and professional racers throughout development, helping shape a vehicle intended to inspire confidence both on a racing circuit and on public roads.

The cockpit follows the same philosophy.

Visibility, seating position, switch placement, and overall ergonomics were prioritized above digital spectacle. Toyota says every control has been carefully shaped and positioned for intuitive operation, whether the driver is attacking apexes or simply commuting through traffic.

Interestingly, there’s no Toyota badge anywhere on the car.

Instead, the GR GT wears only Gazoo Racing branding, reinforcing Toyota’s intention to establish GR as a standalone performance marque alongside Lexus and Century.

Lightweight Engineering Remains a Priority

Despite incorporating hybrid technology and a substantial V8 engine, Toyota has kept weight remarkably under control.

The GR GT becomes the company’s first production model to use an aluminum body-in-white, while additional aluminum body panels and suspension components further reduce mass.

Stopping power comes courtesy of Brembo carbon-ceramic brakes, while overall curb weight is expected to remain below 1,750 kilograms.

That places the GR GT roughly 300 kilograms lighter than the all-wheel-drive Mercedes-AMG GT, while landing almost exactly alongside the rear-drive Aston Martin Vantage.

Weight distribution sits at an ideal 45:55 front-to-rear, complemented by a new stability control system derived directly from Toyota’s Le Mans racing program.

The objective isn’t merely faster lap times.

Toyota wants the GR GT to feel progressive, predictable, and confidence-inspiring whether it’s carving through mountain roads or chasing tenths on a race circuit.

Carrying the LFA Legacy Forward

The original Lexus LFA achieved legendary status not simply because it was fast, but because it embodied Toyota’s engineering ambition.

The GR GT follows that same philosophy.

Veterans from the LFA development team contributed to this project, passing on decades of accumulated knowledge to Toyota’s next generation of engineers while helping shape what the company describes as one pillar of a new “trinity” of flagship performance vehicles alongside the forthcoming electric Lexus supercar.

The goal extends beyond building another halo car.

Toyota wants to demonstrate that motorsport remains its greatest laboratory—and that emotional, engaging performance cars still have a place in an increasingly electrified future.

The specifications alone make the Toyota GR GT compelling: a new twin-turbo V8, hybrid assistance, rear-wheel drive, lightweight construction, GT3-derived engineering, and more than 640 horsepower.

But what makes it genuinely exciting is the philosophy behind it.

Rather than chasing numbers for the sake of headlines, Toyota appears focused on creating a machine that rewards the driver above everything else—a car designed with feedback, balance, and emotional engagement at its core.

If it delivers on those promises when it reaches showrooms next year, the GR GT won’t simply mark Toyota’s return to the supercar segment.

It may well become one of the most significant performance cars of the decade.

Source: Toyota

NEW CARS

Jensen Interceptor Returns as a Track-Only Supercar with an Analog Soul

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Some automotive legends refuse to stay buried. The Jensen Interceptor is one of them.

After years of lovingly reengineering classic Interceptors and the groundbreaking FF through high-end restomod programs, Oxfordshire-based Jensen International Automotive (JIA) is aiming considerably higher. Its next chapter isn’t another restoration or retro-inspired grand tourer—it’s a track-focused supercar called the Interceptor GTX, and it promises something that’s becoming increasingly rare in the modern performance-car landscape: an unapologetically analog driving experience.

In an era dominated by electric hypercars, torque-vectoring computers, and steering systems that sometimes feel like they’re filtering reality through software, the GTX appears to be heading in the opposite direction.

And that’s exactly the point.

Analog Is the New Exotic

JIA describes the Interceptor GTX as an entirely new machine rather than a continuation of the original car. While its styling will undoubtedly pay homage to the iconic British GT of the 1960s and ’70s, everything underneath is being developed from scratch.

The foundation will consist of an aluminum chassis wrapped in lightweight aluminum bodywork, while motivation comes courtesy of a supercharged V8 that JIA describes as a bespoke powerplant. Exact specifications remain under wraps, but the company’s messaging makes one thing abundantly clear: outright numbers aren’t the headline.

The experience is.

JIA says the GTX will deliver a “fully analogue driving experience,” a phrase that’s become automotive catnip for enthusiasts who miss the days before digital intervention became mandatory equipment. While the company hasn’t officially confirmed transmission options, the emphasis on analog suggests that a manual gearbox and traditional physical controls are very much part of the vision.

That’s refreshing. In a marketplace where touchscreens increasingly replace buttons and software often dictates how a performance car behaves, Jensen seems determined to let drivers do the driving.

Built for the Circuit, Born for Something Bigger

The GTX won’t be road legal—at least not initially.

Instead, it serves as the halo model for an entirely new Interceptor family. Think of it as the most extreme interpretation of JIA’s engineering philosophy, with road-going variants expected to follow later in progressively more usable forms.

It’s a strategy that mirrors how many modern supercar manufacturers establish credibility. Start with the uncompromising flagship, then expand into models capable of surviving everyday roads without sacrificing the DNA established by the range topper.

For Jensen, it’s also an opportunity to redefine what the Interceptor name means in the 21st century.

A Historic Name Returns

If all goes according to plan, the GTX will become the first all-new Jensen since the S-V8 debuted in 2001.

That car earned praise from reviewers for its performance and character but never found commercial success. Production totaled just 40 examples, including development cars, while only 23 ultimately reached paying customers.

This revival, however, appears considerably more ambitious.

One notable figure involved is Jeff Qvale, whose father, Kjell Qvale, owned Jensen Motors between 1970 and 1976. As a key partner in the project, Jeff Qvale has described the GTX as a car that will “set new benchmarks” while delivering the “pure, high-performance, ultra-analogue driving experience that discerning clientele are now demanding.”

Whether that demand is large enough to sustain a niche British manufacturer remains an open question. But it’s difficult to argue with the timing. As manufacturers race toward electrification and increasing automation, there’s a growing segment of collectors and enthusiasts willing to pay handsomely for cars that prioritize mechanical connection over computational perfection.

Countdown to an Anniversary

JIA hasn’t announced a formal reveal date, but Managing Director David Duerden has pointed toward the 60th anniversary of the original Interceptor’s unveiling, strongly suggesting the covers could come off before year’s end.

That timing would be fitting. Few names in British motoring carry the same blend of understated elegance and V8-powered charisma as the Interceptor. Reviving it as a stripped-back, track-focused machine rather than another luxury grand tourer is an unexpected twist—but perhaps exactly what’s needed.

If the Interceptor GTX delivers on its promises, Jensen won’t simply be reviving an old badge.

It may remind the automotive world that, in the age of algorithms and electrification, the most exciting technology is still a supercharged V8, three pedals, and a driver making every decision.

Source: Autocar

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