Category Archives: NEW CARS

2027 Audi Nuvolari: The Four-Ring Brand’s 987-HP Statement of Intent

For years, Audi’s performance halo was defined by the R8, a supercar that paired everyday usability with Lamborghini hardware and a soundtrack that could shake windows. But with the R8 gone since 2024, many wondered what could possibly fill the void.

Audi’s answer isn’t another R8.

It’s something bigger, faster, more ambitious, and far more exclusive.

Meet the new Audi Nuvolari, a 987-horsepower hybrid supercar limited to just 499 examples worldwide. Named after legendary pre-war racing driver Tazio Nuvolari, the Nuvolari serves as Audi’s new technological flagship and the first production model to fully embody the brand’s future design language and Formula 1-inspired engineering philosophy.

According to Audi CEO Gernot Döllner, the Nuvolari is intended as “a statement for the future” of the company.

Based on the numbers alone, that’s an understatement.

Audi’s Most Powerful Road Car Ever

At the heart of the Nuvolari sits a twin-turbocharged 4.0-liter V8, shared in architecture with the powerplant found in Lamborghini’s latest exotic machinery. On its own, the engine produces 789 horsepower and screams to an astonishing 10,000 rpm.

Then Audi adds electricity.

Three axial-flux electric motors contribute an additional layer of performance, bringing total system output to 987 horsepower. Two motors sit on the front axle while a third is mounted between the V8 and transmission, creating an electrified all-wheel-drive system that Audi claims represents the next evolution of Quattro technology.

The result is predictably absurd.

Audi says the Nuvolari launches from zero to 62 mph in just 2.6 seconds, reaches 124 mph in 6.8 seconds, and continues all the way beyond 217 mph. Those numbers place it firmly in hypercar territory despite Audi insisting it remains true to the brand’s traditional focus on usability and precision.

New technical boss Rouven Mohr—formerly responsible for Lamborghini’s latest performance programs—says the Nuvolari may share some hardware with its Italian cousin, but the driving experience couldn’t be more different.

The mission, he says, was to create a car that feels unmistakably Audi: devastatingly fast yet effortlessly composed.

Formula 1 Thinking, Road-Car Execution

The Nuvolari’s development timeline borders on unbelievable.

Audi approved the project in March 2025 and completed it in roughly 14 months, specifically targeting a launch that coincides with the company’s first Formula 1 campaign.

To pull that off, Audi assembled a cross-brand engineering team that included specialists from its road-car division, its F1 operation, and Lamborghini.

The influence of Formula 1 appears everywhere.

The body is constructed from carbon-fiber-reinforced polymer wrapped around a lightweight spaceframe. Active aerodynamics continuously adjust to balance drag and downforce. An F1-style S-duct channels airflow through the nose, improving cooling while generating additional front-end grip.

Even the rear wing behaves like something lifted from a grand prix car.

In aggressive drive modes, the wing automatically transitions between low-drag and high-downforce configurations depending on speed and braking loads. A driver-activated drag reduction system lowers the wing further on straights, while hard braking instantly deploys maximum aerodynamic resistance.

At full attack, Audi claims the Nuvolari generates more than 880 pounds of downforce.

Quattro Gets a Brain Upgrade

Perhaps the most interesting innovation lies beneath the surface.

Audi calls its new torque-vectoring system Quattro Predictive Ride, and it’s effectively a predictive all-wheel-drive network powered by data.

The system constantly analyzes steering inputs, acceleration, yaw rates, grip levels, and driver behavior. Using the front-mounted electric motors, brake interventions, and active aero elements, it can distribute torque exactly where it’s needed before instability develops.

In theory, it’s Quattro evolved from a mechanical traction system into a fully integrated vehicle dynamics platform.

There are five driving modes—E-Hybrid, Balanced, Dynamic, Dynamic+, and Track—allowing the Nuvolari to shift from grand-touring cruiser to track-focused weapon at the turn of a dial.

Carbon Fiber Meets Radical Next

While the engineering grabs headlines, the design may prove equally significant.

The Nuvolari is the first production Audi to showcase styling chief Massimo Frascella’s new design language, previewed by last year’s Concept C concept car.

The familiar Singleframe grille remains, but it has evolved into a cleaner, more vertical interpretation designed around aerodynamic efficiency rather than visual aggression alone. Large cooling openings, dramatic body sculpting, and a towering diffuser signal the car’s performance intentions without resorting to excessive theatrics.

Finished in Audi’s new Titanium signature color, the launch vehicle also featured a particularly elegant detail: aluminum Audi rings machined and embedded flush within the carbon-fiber rear bodywork.

It’s the kind of subtle craftsmanship that reminds you this isn’t merely a supercar.

It’s meant to be a flagship.

An Interior That Doesn’t Shout

Inside, Audi has resisted the temptation to overwhelm occupants with screens and complexity.

The cockpit follows a driver-centric philosophy, placing critical controls directly within the driver’s line of sight while using color and material choices to create distinct visual zones.

Dark tones surround the driver to enhance focus, while lighter finishes toward the rear of the cabin create a greater sense of space. Details inspired by the historic Auto Union race cars driven by Nuvolari serve as reminders of the heritage behind the badge.

It’s modern Audi minimalism turned up to eleven.

The New Face of Audi Performance

The most telling thing about the Nuvolari isn’t its nearly 1,000 horsepower output or its 217-mph top speed.

It’s what the car represents.

Audi could have simply revived the R8 name and built another supercar. Instead, it chose to create something entirely new—a limited-production technological showcase designed to bridge its racing ambitions, electrification strategy, and future design identity.

With production capped at 499 units and pricing expected to begin around £500,000, the Nuvolari won’t be a common sight on public roads.

That’s precisely the point.

The R8 was Audi’s supercar.

The Nuvolari is Audi’s declaration of where the next era begins.

Source: Autocar

2027 BMW M2 xDrive Brings All-Wheel Drive to BMW’s Smallest M Car

Purists may grumble, but the M2’s new xDrive system promises year-round grip, quicker acceleration, and the same sideways attitude when the mood strikes.

The day many BMW enthusiasts swore would never come has arrived. The BMW M2—long celebrated as the last bastion of compact, rear-drive M-car mischief—is officially getting all-wheel drive.

Revealed ahead of its late-summer launch, the new BMW M2 xDrive marks the first time BMW’s smallest M car has sent power to all four wheels. More significantly, it means every current M model can now be ordered with two driven axles, completing a transformation that began years ago with the larger M5, M3, and M4.

Predictably, the internet’s purist wing is already reaching for its pitchforks. But before declaring the M2’s soul lost forever, the numbers suggest BMW may have found a way to add capability without sacrificing character.

At the heart of the M2 xDrive sits the familiar S58 twin-turbocharged 3.0-liter inline-six, one of the finest performance engines currently in production. For 2027, however, BMW has updated the powerplant with a new pre-chamber combustion system called M Ignite, technology derived from motorsport that will gradually spread across the M lineup as the company prepares for stricter Euro 7 emissions regulations.

BMW says the system reduces fuel consumption under heavy load while preserving the S58’s defining traits: razor-sharp throttle response, relentless pull to redline, and the sort of straight-six soundtrack that remains increasingly rare in an era of downsizing and electrification.

The addition of xDrive also brings measurable performance gains. The sprint to 62 mph drops from 4.0 seconds to 3.7 seconds, placing the M2 even deeper into sports-car territory. That’s not a massive improvement on paper, but in the real world, the extra traction should make the car significantly easier to launch consistently, especially when road conditions are less than ideal.

As in the larger M3 and M4 xDrive models, the system remains heavily rear-biased. During everyday driving, power is sent exclusively to the rear wheels until additional traction is needed. When conditions demand it, the front axle seamlessly joins the party.

For drivers worried about losing the M2’s playful personality, BMW has included a familiar escape hatch. With stability control disabled, the system can be switched into a dedicated rear-wheel-drive mode, effectively restoring the traditional formula that made the M2 a favorite among enthusiasts. BMW describes the resulting experience as one of “remarkable purity,” which sounds suspiciously like corporate speak for “yes, you can still drift it.”

The rear axle also benefits from BMW’s Active M Differential, which continuously distributes torque between the rear wheels to maximize grip and sharpen corner-exit behavior. Combined with the additional traction available up front, the result should be a car that feels more secure in poor weather without becoming less entertaining on a dry back road.

There is, however, one casualty.

Unlike the standard rear-wheel-drive M2, the xDrive model cannot be ordered with a manual transmission. Buyers get an automatic gearbox and nothing else. That decision is unlikely to surprise anyone familiar with BMW’s recent strategy, but it does reinforce the idea that the M2 xDrive is aimed at drivers seeking maximum speed rather than maximum involvement.

The new model starts at £74,255 in the UK, roughly £4,000 more than the rear-drive version. That premium buys quicker acceleration, all-weather usability, and a broader performance envelope. Whether it also buys a better M2 will depend largely on what you value most.

For some, the ideal M2 will always be the lightest, simplest, rear-driven version with a clutch pedal in the middle. For others, the prospect of deploying nearly 500 horsepower year-round without constantly negotiating for traction will be impossible to resist.

Either way, the smallest M car has entered a new chapter. And if BMW’s recent xDrive-equipped M cars are any indication, enthusiasts may discover that adding driven front wheels doesn’t necessarily mean subtracting fun.

Source: BMW

Toyota’s Wildest Corolla Yet: The GRMN Corolla Takes Aim at the Nürburgring

Toyota’s hottest hatch just got hotter—and this time, it’s wearing the badge that means business.

For years, enthusiasts begged Toyota to build a truly uncompromising version of the GR Corolla. Not a slightly quicker special edition. Not a trim package. A genuine, motorsports-bred machine capable of standing shoulder-to-shoulder with the world’s most focused hot hatches.

Toyota listened.

Meet the new GRMN Corolla, the most extreme interpretation yet of Toyota’s rally-inspired all-wheel-drive hatchback. Developed at Germany’s notorious Nürburgring Nordschleife and refined through endurance racing in Japan’s Super Taikyu Series, the GRMN Corolla isn’t merely a faster GR Corolla—it’s the car Toyota always wanted to build once the engineers were allowed to ignore practicality.

And yes, that means the rear seats are gone.

Built Where Weaknesses Go to Die

The Nürburgring has become an automotive cliché. Every performance car claims to have been tested there. But Toyota’s engineers insist the Green Hell wasn’t just a proving ground for the GRMN Corolla—it was its teacher.

The project began with a simple challenge from Toyota Chairman and master driver Akio Toyoda, better known in enthusiast circles as Morizo.

“If it’s going to bear the GRMN name, it needs to be a car that can duly handle the Nürburgring.”

That’s easier said than done. The Nordschleife combines high-speed sweepers, violent compressions, blind crests, and rough pavement unlike almost anything found on conventional test tracks. Weaknesses that remain hidden elsewhere become glaringly obvious there.

Toyota’s development team attacked those weaknesses one by one. The result is a car designed to remain composed and communicative even when driven flat out over surfaces that would unsettle lesser performance cars.

According to Toyota, the goal wasn’t simply to create more grip or more speed. It was to achieve a level of car-and-driver connection that makes the machine feel like an extension of the person behind the wheel.

Race-Car Aerodynamics Without the Pretend

The GRMN’s aerodynamic package isn’t decorative.

Every vent, wing, and spoiler has roots in competition, drawing directly from Toyota’s hydrogen-powered GR Corolla race car that competes in Japan’s Super Taikyu endurance championship.

The hood duct improves airflow management. Fender vents relieve pressure buildup inside the wheel wells. Front side spoilers improve stability, while the rear wing—perhaps the most obvious visual cue separating the GRMN from lesser Corollas—features a five-position adjustment mechanism.

Toyota engineers reportedly experimented with wing-angle changes in one-degree increments during Nürburgring testing sessions with professional drivers before settling on the final specification.

That level of obsessive detail tells you everything you need to know about this project.

Suspension Engineered for the World’s Toughest Track

Making a car fast around the Nürburgring requires more than stiff springs and sticky tires.

The circuit’s brutal elevation changes create suspension movements far beyond what most racetracks generate, forcing Toyota’s engineers to rethink nearly every aspect of the GR Corolla’s chassis setup.

The GRMN receives exclusive monotube dampers front and rear, complete with rebound springs designed to improve inner-wheel traction during hard cornering. Engineers spent countless laps fine-tuning bump-stop characteristics and damper stroke lengths down to the millimeter.

The payoff comes in the form of increased stability over rough surfaces and improved confidence during high-speed direction changes.

Helping matters are wider tires. The GRMN rides on 245/40ZR18 Michelin Pilot Sport Cup 2 rubber, adding 10 millimeters of width compared with the standard GR Corolla. That’s serious track-focused equipment for a car that still technically qualifies as a compact hatchback.

More Torque, More Urgency

The familiar turbocharged 1.6-liter three-cylinder remains under the hood, but Toyota wasn’t content to leave it alone.

Lessons learned from the company’s hydrogen-engine racing program and endurance competition efforts helped engineers extract additional performance, pushing peak torque to 306 pound-feet (415 Nm)—an increase of 11 lb-ft over the standard car.

The gains aren’t concentrated at the top end. Instead, Toyota focused on strengthening the engine’s midrange between 3,600 and 4,800 rpm, the sweet spot most frequently used when powering out of corners.

To ensure consistent performance during prolonged track abuse, the GRMN adds an intercooler spray system alongside the improved intake cooling solutions already introduced on the latest GR Corolla.

The result should be a powertrain that feels punchier, more responsive, and more resilient when subjected to repeated full-throttle punishment.

Every Kilogram Matters

Weight reduction remains one of the oldest tricks in the performance-car handbook, and Toyota has embraced it wholeheartedly.

The rear seats have been eliminated entirely.

Combined with other measures, total weight drops by approximately 66 pounds (30 kilograms) compared with the standard GR Corolla. That may not sound transformative on paper, but every pound removed improves acceleration, braking, and cornering performance simultaneously.

In an era when performance cars often become heavier with each new generation, Toyota’s willingness to sacrifice practicality for speed feels refreshingly old-school.

A Cockpit for Drivers, Not Commuters

Open the door and it’s immediately clear this Corolla was designed with lap times in mind.

The centerpiece is a GRMN-exclusive full-bucket driver’s seat inspired by Toyota’s Super Taikyu race cars. Constructed from glass-fiber-reinforced plastic, it offers greater lateral support while helping reduce weight.

Toyota even optimized the seat dimensions to improve clutch operation—a detail that suggests somebody involved in this project genuinely enjoys driving manuals.

The rest of the cabin follows the same philosophy. Flocked surfaces on the instrument panel and A-pillars reduce reflections, while carbon-fiber trim produced by Toyota’s Motomachi plant adds visual drama. Red accents, a serialized GRMN identification plaque, and Morizo’s signature complete the package.

It’s purposeful rather than luxurious—a cockpit built around concentration.

The Ultimate Expression of the GR Corolla

Perhaps the most interesting thing about the GRMN Corolla isn’t that it exists.

It’s that Toyota appears to have developed it the old-fashioned way.

Not through marketing clinics. Not through spreadsheet optimization. Not through benchmark studies.

Instead, Toyota engineers took a promising hot hatch to one of the toughest racetracks on Earth, discovered its weaknesses, and spent years fixing them.

The GRMN Corolla represents the purest expression yet of Toyota’s modern performance philosophy—one shaped by racing, informed by endurance competition, and relentlessly refined by Morizo’s belief that sports cars should make drivers smile.

Production will be limited, with Japan, North America, and Australia expected to receive the majority of allocations when sales begin in 2027.

That’s unfortunate for everyone else.

Because judging by the specifications, Toyota may have just built one of the most focused front-engine hot hatches of the decade.

Source: Toyota