All posts by Francis Mitterrand

Porsche Cayenne S Electric: The Goldilocks of Zuffenhausen’s Electric SUV Lineup

Porsche’s march toward electrification has been anything but timid, and the newest addition to its all-electric SUV family—the Cayenne S Electric—slots neatly into the lineup as the enthusiast’s middle ground. It’s more aggressive than the base Cayenne Electric but stops just shy of the all-out madness promised by the Turbo. Think of it as the sweet spot: enough performance to thrill, plenty of tech to brag about, and just enough restraint to keep things civilized.

At its core is a dual-motor all-wheel-drive system producing 544 horsepower (400 kW). Engage Launch Control and that number jumps to a stout 666 horsepower (490 kW)—a figure that would’ve sounded absurd for a luxury SUV not too long ago. The result is a 0–62 mph (0–100 km/h) sprint of just 3.8 seconds and a top speed of 155 mph (250 km/h).

Yet Porsche insists the Cayenne S isn’t just about brute force. With a WLTP range rated up to 653 kilometers (about 406 miles), it’s designed to deliver both pace and practicality. The 113-kWh battery supports ultra-fast charging at up to 400 kW, meaning a 10–80 percent recharge can take less than 16 minutes—barely enough time to grab a coffee before hitting the road again.

Powertrain Tech with a Racing Pedigree

The Cayenne S Electric’s drivetrain mirrors the setup found in Porsche’s more performance-focused EVs. Each axle gets its own permanent-magnet synchronous motor, but the real engineering trick lies at the rear.

Like the flagship Turbo model, the S uses direct oil cooling for its rear electric motor. Rather than simply cooling the motor housing, the oil flows directly over the current-carrying components themselves, pulling heat away more efficiently during hard driving. It’s the kind of detail you’d expect in a race-bred system, and it helps sustain high output during repeated acceleration runs.

Feeding the rear motor is a silicon-carbide pulse inverter capable of processing currents up to 620 amps—an advanced setup that improves efficiency and allows the drivetrain to deliver power with lightning-quick response.

Sharper Looks, Sharper Dynamics

Visually, the Cayenne S Electric differentiates itself with model-specific front and rear aprons finished in Volcano Grey Metallic, while the inserts and diffuser are painted in body color for a cleaner, more integrated look. Standard 20-inch Cayenne S Aero wheels round out the exterior package.

More importantly for enthusiasts, the S gains access to hardware that was previously exclusive to the Turbo. Options now include Porsche Torque Vectoring Plus for sharper cornering precision, along with the sophisticated Porsche Active Ride suspension. That system actively counteracts body roll and pitch, keeping the SUV remarkably flat and composed even when driven with enthusiasm.

Stopping power can be upgraded to Porsche’s massive Ceramic Composite Brakes, identifiable by their signature yellow calipers. Pair those with the Sport Chrono Package and you unlock features like Push-to-Pass, which unleashes an extra 122 horsepower for 10 seconds. There’s also a dedicated Track mode that pre-conditions the battery for maximum output—because apparently even electric SUVs deserve a day at the circuit.

Personalization Meets “Director’s Cut” Design

Porsche buyers rarely settle for stock configurations, and the Cayenne S Electric continues the brand’s tradition of deep personalization. Customers can choose from 13 exterior colors and numerous interior themes.

But the more interesting addition is Porsche’s new “Style” product line, developed by Style Porsche and Porsche Exclusive Manufaktur. Think of it as a designer’s curated configuration—a kind of factory-approved special edition without the production limits.

The first offering is the Interior Style Package, a striking design centered around the exterior color Mystic Green Metallic. Inside, two-tone leather in Black and Delgada Green wraps the seats, door panels, and trim surfaces, while matching seat belts and green decorative stitching carry the theme throughout the cabin.

Aluminium trim pieces finished in Izabal Green add a modern contrast, and the GT sports steering wheel gets a 12-o’clock marker and cross-stitching in the same shade. Even the airbag module ring, drive-mode selector wheel, and instrument cluster accents follow the green motif. The details go as far as the key—finished in Izabal Green—and illuminated door sills glowing in matching green.

The Middle Child That Might Be the Best Choice

If the base Cayenne Electric is the rational option and the Turbo the halo car, the Cayenne S Electric feels like the one most enthusiasts will actually want. It brings genuine sports-car acceleration, cutting-edge EV tech, and nearly the same dynamic upgrades as the flagship—without stepping fully into super-SUV territory.

In typical Porsche fashion, it also proves that the electric future doesn’t have to be dull. If anything, the Cayenne S Electric suggests the opposite: the middle of the lineup might just be where the real fun begins.

Source: Porsche

The Miura Revolution: How Lamborghini Created the Modern Supercar

On March 10, 1966, at the Geneva Motor Show, Automobili Lamborghini didn’t just unveil a new car—it detonated a bomb under the entire high-performance car establishment. The machine responsible was the Lamborghini Miura, a low, impossibly sleek coupe that rewrote the rulebook on what a roadgoing performance car could be.

Before the Miura arrived, fast Italian exotics were typically front-engined grand tourers—beautiful, quick, and comfortable enough to cross continents. Lamborghini’s creation flipped that idea on its head. Its 3.9-liter V-12 sat sideways behind the driver, a layout borrowed straight from racing prototypes. The result was a road car that looked, sounded, and drove like nothing the world had seen before.

In hindsight, it’s obvious what happened next: the modern supercar was born.

A Radical Idea from a Young Company

When the Miura debuted, Lamborghini was barely out of startup mode. The company had been founded only three years earlier by Ferruccio Lamborghini, an industrialist who believed sports cars could be both brutally fast and properly engineered.

The company’s first production model, the Lamborghini 350 GT, proved Lamborghini had the technical chops to compete with established Italian marques. But a small group of young engineers inside the company wanted to go much further.

Leading that charge were Gian Paolo Dallara and Paolo Stanzani, joined by development driver Bob Wallace. Their idea was simple but outrageous for a road car: build a mid-engine V-12 sports car inspired by racing machinery.

The centerpiece was a 3.9-liter V-12 derived from a design by Giotto Bizzarrini. Mounted transversely behind the cabin, the engine sat in a shared housing with the transmission and differential—an ambitious packaging solution that saved space and created the Miura’s compact proportions.

Ferruccio Lamborghini immediately recognized the potential. The experimental chassis became Project L105.

The Chassis That Stole the Show

In November 1965, Lamborghini arrived at the Turin Motor Show with something unusual: not a finished car, but a bare chassis.

Painted satin black and sitting next to the production 350 GT, the skeletal frame drew crowds like a magnet. The steel structure weighed only about 120 kilograms, and its transversely mounted V-12—with four white exhaust pipes jutting from the rear—looked like pure mechanical sculpture.

It was the most exciting unfinished car anyone had ever seen.

Several Italian coachbuilders offered to design the body. The winning pitch allegedly came from Nuccio Bertone, who reportedly told Lamborghini his studio would create “the perfect shoe for this wonderful foot.”

Whether or not the story is true, the result certainly was.

Bertone’s Masterpiece

At Carrozzeria Bertone, a young designer named Marcello Gandini took the raw engineering concept and turned it into automotive art.

The Miura’s body was impossibly low—just over a meter tall—and impossibly wide. It looked less like a traditional car and more like a predatory animal crouched on the pavement. Pop-up headlights framed by distinctive “eyelashes,” sweeping fenders, and dramatic air intakes gave the car a face that still feels futuristic nearly six decades later.

Just weeks after Gandini finalized the design, Bertone built the prototype with a team of about 30 workers.

Then it was time for Geneva.

The Moment Everything Changed

When the finished Miura appeared on Bertone’s stand at the 1966 Geneva show, it instantly became the star of the event. Bright orange, impossibly low, and mechanically radical, it ignored every convention of the grand-touring world.

But the Miura wasn’t just about looks. Its mid-engine layout fundamentally transformed weight distribution and handling, creating a driving experience that felt closer to a racing car than any production road vehicle before it.

The name itself carried symbolism. Lamborghini had begun associating its cars with fighting bulls, and the Miura was named after a legendary Spanish breed bred by Eduardo Miura Fernández. The tradition would continue with cars like the Lamborghini Espada, Lamborghini Islero, and decades later the Lamborghini Murciélago.

The Sound of Twelve Cylinders

The Miura’s V-12 became one of the most famous engines in automotive history.

Early versions produced around 350 horsepower, already enough to make the car one of the fastest production vehicles in the world. Later iterations pushed output even higher. The ultimate version, the Miura SV, delivered roughly 385 horsepower and could exceed 290 km/h—around 180 mph.

In the late 1960s, those numbers bordered on science fiction.

The engine’s soundtrack was equally legendary. It became immortalized in cinema during the opening scene of the 1969 film The Italian Job, where a Miura snakes through Alpine roads accompanied by the howl of its V-12.

Few cars have ever sounded—or looked—so dramatic.

Three Versions of a Legend

Between 1966 and 1973, Lamborghini built just 763 Miuras, each assembled at the company’s factory in Sant’Agata Bolognese.

The original Miura P400 delivered about 350 horsepower and could reach nearly 280 km/h. It was raw, uncompromising, and today incredibly rare.

The Miura P400 S, introduced in 1968, added refinements like electric windows, upgraded interiors, and improved suspension tuning while raising output to around 370 horsepower.

Finally, the Miura P400 SV arrived in 1971 with wider rear track, improved lubrication systems, and nearly 385 horsepower—making it the fastest and most developed version of the breed.

There were also fascinating one-offs, including the dramatic 1968 Miura Roadster and a later concept revealed in 2006 at the Geneva Motor Show as a tribute to the original design.

A Machine That Demands Respect

Driving a Miura today is a reminder of how analog performance once was.

There’s no power steering, no traction control, no electronic safety net. Just mechanical feedback, a heavy clutch, and a V-12 inches behind your ears.

The reward is pure, unfiltered connection—something modern supercars struggle to replicate despite their massive performance advantages.

The Legacy of the First Supercar

The Miura didn’t just make Lamborghini famous. It created a blueprint that the entire industry would follow.

Every mid-engine Lamborghini since—from the Lamborghini Countach to the Lamborghini Diablo, Lamborghini Murciélago, Lamborghini Aventador, and the hybrid Lamborghini Revuelto—traces its DNA back to the Miura.

The car also cemented Lamborghini’s reputation for fearless engineering and dramatic design.

In 2026, the company is marking the Miura’s anniversary with events around the world, including a heritage tour organized by Lamborghini’s Polo Storico department through northern Italy.

But perhaps the greatest tribute to the Miura is simpler than that.

Nearly 60 years after its debut, it still looks like the future.

And that’s the thing about true icons: they don’t age. They just keep rewriting the definition of cool.

Source: Lamborghini

MG S9 PHEV Is a Big, Cheap Seven-Seat SUV—and It Might Shake Up the Family-Hauler Class

MG has never been shy about chasing value, but with the new S9 PHEV, the brand is taking aim at something much bigger—literally. Order books have now opened in the UK for what will become the largest MG model sold here, a three-row SUV designed to haul families, luggage, and perhaps a few premium rivals into uncomfortable territory.

Starting at £34,205, the seven-seat S9 lands with a price tag that looks almost suspiciously low for a plug-in hybrid of this size. Even more intriguing for company-car drivers is its 62-mile electric-only range, which slots it neatly into the 9-percent benefit-in-kind tax band. That’s the sort of number fleet managers like to circle with a red pen.

Big Size, Small Price

At that price point, the S9 PHEV isn’t just competitive—it’s aggressively undercutting its nearest mainstream rival. The Chery Tiggo 9 starts around £43,105, while stepping into the premium camp with SUVs like the Land Rover Discovery or Volvo XC90 means parting with tens of thousands more.

Of course, the MG badge doesn’t carry quite the same prestige as those nameplates. But MG seems content to let the spreadsheet do the talking. If buyers want seven seats, plug-in capability, and a manageable tax bill, the S9 looks like it could become the budget hero of the segment.

Familiar Hybrid Hardware

Under the hood sits a plug-in hybrid setup that MG already uses in the smaller HS PHEV. It pairs a turbocharged 1.5-liter gasoline engine with an electric motor and a 24.7-kWh battery pack. The formula is familiar: electric commuting during the week, gasoline backup for longer trips.

In the HS PHEV, that battery can only be charged at 7 kW on AC, and it doesn’t support DC fast charging—a limitation that may carry over to the S9. That won’t bother everyone, but drivers accustomed to quick top-ups at motorway chargers may notice the difference.

Space for Seven (and Their Stuff)

As a family hauler, the S9’s practicality numbers look respectable. With all seven seats upright, the boot offers 332 litres of cargo space—enough for groceries or a few cabin-sized suitcases. Fold the third and second rows flat, though, and the cargo hold expands to over 1000 litres, turning the MG into something closer to a rolling storage unit.

A Cabin That Mixes Screens with Buttons

MG hasn’t yet revealed the UK-spec interior, but the version sold in Australia—where the SUV is called the QS—offers a strong clue. The dashboard features two large displays handling the digital instruments and infotainment duties, echoing the setup seen in the HS.

Thankfully, MG resisted the temptation to bury everything inside the touchscreen. A row of physical buttons remains for key functions like climate controls and quick infotainment shortcuts—a welcome nod to usability in a world increasingly dominated by glass panels.

The Details Are Still Coming

Full technical specifications, including performance figures and final equipment lists, are expected in the coming weeks as the first UK examples arrive in showrooms. Those details will help determine whether the S9 is merely a bargain—or a genuine disruptor.

Either way, MG’s strategy is clear: build a big, family-friendly plug-in SUV, price it thousands below the competition, and let buyers decide how much badge prestige is really worth.

If the numbers add up as promised, the S9 PHEV might prove that the most disruptive thing in the seven-seat SUV market isn’t another luxury badge—it’s a low price tag with a charging cable attached.

Source: MG