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News

Next-Gen Audi RS5 Will Be a Plug-In Hybrid

Audi Sport is about to cross a line it’s been circling for years. The next-generation RS5 won’t just be faster, sharper, or louder—it’ll be electrified. For the first time, Audi’s compact performance coupe and Sportback will arrive with a plug-in hybrid powertrain, marking a pivotal shift for one of the brand’s most important RS models.

The news didn’t come via a splashy press release or a choreographed reveal. Instead, Audi accidentally let the cat out of the carbon-fiber bag with a briefly posted—and quickly deleted—LinkedIn update that plainly stated: “The new Audi RS 5… will be our first high-performance plug-in hybrid.” Whoops.

But the message is clear: the RS5 is heading into the electrified era, and Audi Sport is betting that batteries and boost can coexist with burnouts and Nürburgring lap times.

Why Audi Had to Go Hybrid

The writing has been on the wall. Europe’s looming Euro 7 emissions standards are brutally strict, and even Audi’s beloved twin-turbo V6 can’t survive on gasoline alone forever. The S5 already made the jump to mild-hybrid tech, so a plug-in RS5 was the logical next step.

Unlike mild hybrids, a PHEV RS5 will be able to drive on electric power alone—at least for short distances. That’s great for city driving and emissions compliance, but the real reason Audi is doing this is much more on-brand: more power.

Electric motors deliver instant torque, and when paired with a turbocharged engine, they create the kind of shove that makes modern super sedans feel like they’ve been rear-ended by a freight train. The RS5 has always been quick. The new one could be genuinely outrageous.

The Powertrain: V6 + Electricity = Trouble (the Good Kind)

Audi hasn’t confirmed specs yet, but all signs point to a familiar heart: the 2.9-liter twin-turbo V6 from the previous RS4 and RS5, which made 450 horsepower on its own. Add an electric motor to that, and you’re suddenly looking at a very serious number—likely well north of 500 hp.

Audi could go conservative, or it could aim straight at the king of the electrified sports-sedan hill: the Mercedes-AMG C 63 E Performance. That car uses a turbocharged four-cylinder and an electric motor to produce a bonkers 680 horsepower and 1018 Nm of torque. It’s brutally fast—and brutally controversial.

Ironically, AMG is already backing away from that setup, reportedly preparing a return to a six-cylinder engine for the next C 63. Audi, meanwhile, may be sliding into that power vacuum with a hybrid V6 that offers both drama and drivability.

The Weight Problem Nobody Wants to Talk About

Here’s the uncomfortable truth about plug-in hybrids: batteries are heavy. Very heavy.

BMW’s new M5 PHEV tips the scales at a staggering 2,445 kg, roughly 460 kg heavier than the outgoing model. That’s not just extra mass—it’s a handling nightmare waiting to happen.

Audi knows this. The RS5 has always been about precision and balance, not just straight-line muscle. Keeping the new RS5 from feeling like a rolling lithium-ion brick will be one of Audi Sport’s biggest engineering challenges.

If they get it right, the electric motor could actually improve handling by filling torque gaps and helping rotate the car out of corners. If they get it wrong, well… physics doesn’t care about marketing.

Looks: Loud, Wide, and Proud

Spy shots confirm what you’d expect from a modern RS car: subtlety has left the building.

The next RS5 will wear aggressively sculpted bumpers, flared fenders, and a fresh take on Audi’s signature oval exhaust outlets. It’s not pretending to be an A5 with better tires. This thing wants to be seen—and heard.

In a world where some performance cars try to blend in, the RS5 is leaning hard into its role as Audi’s street-legal track missile.

The new Audi RS5 isn’t just another evolution—it’s a philosophical shift. It’s Audi Sport admitting that the future of high performance is no longer purely mechanical, but electrical too.

If Audi can deliver the speed we expect without sacrificing the sharp, confident feel that made the RS5 great in the first place, this could be one of the most important RS cars ever built.

The RS5 is plugging in. Now we wait to see just how hard it hits.

Source: Audi

News

The new Porsche Cayenne Electric has entered production

By now, we’ve all heard the line: Porsche is going electric without losing its soul. But the new Cayenne Electric doesn’t just repeat that promise—it shows what it looks like when Stuttgart actually puts its money, its factories, and its engineering pride behind it.

The Cayenne Electric debuted in November 2025, and Porsche didn’t waste time turning press releases into reality. Production is already rolling in Bratislava, Slovakia, on the same flexible line that builds gasoline and hybrid Cayennes. That matters more than it sounds. It means Porsche isn’t hedging—it’s committing. Whether buyers want pistons, plug-ins, or pure electrons, Porsche can shift production on the fly.

But the real story here isn’t just that the Cayenne has gone electric. It’s how Porsche built it.

An Electric SUV with Supercar Muscle

Let’s get straight to the headline number: 850 kilowatts, or 1,156 horsepower, in the top-spec Cayenne Turbo. That makes it the most powerful production Porsche ever built—more than any 911, more than the Taycan Turbo GT, more than anything wearing a crest.

That figure alone tells you what Porsche is trying to do. This isn’t a polite family EV that happens to be fast. This is a Porsche first and an electric vehicle second.

Porsche isn’t publishing Nürburgring times yet, but let’s be clear: an all-wheel-drive electric SUV with this much output is going to bend physics, shred tires, and embarrass a long list of combustion-powered super SUVs.

A Battery Porsche Actually Owns

Most carmakers buy their batteries. Porsche decided that wasn’t good enough.

Instead, it developed its own battery modules in-house and built a dedicated factory—the Porsche Smart Battery Shop in Horná Streda, about 100 kilometers northeast of Bratislava—to make them. This facility handles everything from cell preparation to laser welding, foaming, cooling-plate integration, and end-of-line testing.

That matters because batteries are now what engines used to be. If you don’t control them, you don’t really control the car.

The Cayenne Electric uses a 113-kWh high-voltage battery built around large pouch cells for high energy density. Porsche claims more than 600 kilometers (370+ miles) of range, along with 800-volt fast charging. But the real engineering flex is the double-sided cooling system—cooling plates above and below the battery, a world first in a production vehicle. It keeps the pack in its ideal temperature window more consistently, which means more sustained performance, better charging, and longer life.

In Porsche-speak: fewer compromises.

A Factory Built for the Electric Age

The Cayenne Electric is born in a newly expanded platform hall at Volkswagen Group’s Bratislava site in Devínska Nová Ves. This is where the skateboard-style EV chassis takes shape before the body—side walls, roof, doors, hood, and tailgate—is added from one of Europe’s most modern press shops.

It’s almost fully automated, fast, and obsessively precise. And Porsche keeps its own engineers on site permanently through what it calls a “resident model”, making sure problems are solved in real time instead of disappearing into corporate email chains.

That’s how you launch a new generation of vehicles without the usual startup chaos.

A Porsche Interior That Finally Goes Full Digital

Inside, the Cayenne Electric goes harder into screens than any Porsche before it. It has the largest total display area the company has ever installed, paired with a faster, more responsive Porsche Communication Management (PCM) system.

More importantly, Porsche says this will be the most customizable Cayenne ever. Given how obsessed Cayenne buyers are with personalization, that could be as big a selling point as horsepower.

The Cayenne Electric isn’t just another electric SUV. It’s Porsche using its engineering culture to try to dominate the premium EV space the same way it once ruled sports sedans and performance SUVs.

With over 1,100 horsepower, a battery Porsche builds itself, a cutting-edge factory, and a platform designed for both volume and flexibility, this isn’t a compliance car. It’s a power move.

The Cayenne made Porsche rich. The Cayenne Electric might be what keeps it relevant.

Source: Porsche

News

Ford Explorer and Capri Gain More Power, More Range, and a Better Battery

Ford’s European EV lineup just received the kind of mid-cycle glow-up enthusiasts usually have to beg for—and it happened at the bottom of the price ladder. The rear-wheel-drive, Standard Range versions of the electric Explorer and Capri have quietly become much more compelling, thanks to a new battery chemistry, a stronger motor, and a big leap in real-world usability.

The headline change is under the floor. Out goes the 52-kWh nickel-manganese-cobalt (NMC) pack, replaced by a 58-kWh (net) lithium-iron-phosphate (LFP) battery. LFP chemistry is cheaper, more thermally stable, and—crucially for everyday drivers—far happier being charged to 100 percent on a regular basis. That means owners can actually use the whole battery without guilt, a big deal in the real world.

Ford didn’t just bolt in a bigger battery and call it a day. The rear electric motor has also been upgraded, jumping from 125 kW (168 hp) to 140 kW (190 hp), while torque climbs from 310 to 350 Nm. The result is a modest but welcome performance bump: 0–100 km/h now takes 8.0 seconds instead of 8.7. No, it won’t pin you to the seat like a Mustang Mach-E GT, but in the compact-SUV EV class, every tenth of a second counts.

Where this update really pays off is in range. The Explorer Standard Range now stretches to a WLTP-rated 444 km on a charge, up from as little as 352 km before. The sleeker Capri does even better, topping out at 464 km versus its previous 370–393 km rating. That’s not a tweak—that’s a fundamental upgrade in how far these cars can go between plugs.

Ford also claims energy consumption has dropped by about 1 kWh per 100 km, a small number that adds up over thousands of kilometers. Combined with the LFP pack’s ability to live comfortably at full charge, these EVs suddenly look far more road-trip-friendly than their spec sheets used to suggest.

There is one trade-off. Maximum DC fast-charging power falls from 145 kW to 110 kW. On paper, that looks like a step backward, but in practice it barely matters. Ford says a 10-to-80 percent charge still takes about 28 minutes, and the Explorer can now add roughly 11 km of range per minute at peak charging speed. In other words, you’ll still have time for a coffee and a bathroom break—just not two.

The best part? In Austria, at least, prices stay exactly where they were. Orders are already open, and first deliveries start in April.

For buyers eyeing Ford’s most affordable electric SUVs, this update changes the math in a big way. More power, dramatically more range, better everyday charging behavior, and no price hike? That’s the kind of upgrade cycle the rest of the EV industry should be paying attention to. And for a brand that’s still figuring out how to win over mainstream electric buyers, Ford just made its entry-level offerings a whole lot harder to ignore.

Source: Ford