America rolled out the red carpet for China president Xi Jinping last week, though Chinese cars on US roads remains a firm red line. But a senior Nissan executive is warning that Chinese automakers will start building cars on the continent in as little as two years despite US senators’ determination to keep them at bay.

Nissan America’s Chairman Christian Meunier predicts that Chinese automakers will be building cars in Mexico, just hours from the US border, within three years.

Related: US Lawmakers Push For A Permanent Ban On Chinese Cars

“We have a very aggressive plan in Mexico, especially to get the cost down for us to be able to compete with the Chinese when they get localized,” Meunier told guests at Nissan’s HQ in Yokohama, Japan. “It will happen probably in the next two to three years, so we need to be ready,” Auto News reports him saying.

Like Bill Ford and Ford’s CEO, Jim Farley, Meunier is convinced that Chinese brands will eventually find their way onto US streets. He thinks that won’t happen for at least five years though, which gives existing US brands a little time to prepare for a battle on home turf.

Build Local To Escape Tariffs

But most of those brands also operate south of the border, where Chinese cars are already sold, albeit hampered by a 50 percent tariff. The Mexican market is going to be even tougher once cars are built locally, and prices are pushed even lower without tariffs in place. Legacy brands are going to have to push theirs down to compete.

“Cost competitiveness is going to be the rule of the game in the next five years,” Meunier said, claiming that Western and Japanese brands haven’t worked hard enough in recent years to reduce costs. He described Nissan’s current supply and cost setup as being “not good enough to compete head to head with the BYDs of this world.”

Fight Fire With Fire

But Meunier says Nissan has another weapon in its arsenal besides simply trimming fat, one that will help it keep pace with the Chinese. It plans to give China’s automakers a taste of their own medicine by selling China-built models in Mexico. The Frontier Pro pickup (above) is now being launched in the country, and availability will expand to Latin America this year, Auto News reports. The N7 electric sedan (bottom pic) will also soon land in the region from China to tap into a boom in EV sales.

“We’re taking advantage of the opportunity to have a Chinese developed product compete with Chinese manufacturers in Latin America, because it’s clearly a big, fast invasion that is happening,” Meunier said.

Europe Shows What Could Happen

Meunier’s warning comes less than two weeks after Hyundai CEO Jose Munoz raised the alarm over the prospect of Chinese cars disrupting the US market. Munoz said that without safeguards in place, the US could end up like the UK or Europe, where one in every 10 cars sold is Chinese, a share that is only growing.

Big tariffs on Chinese cars currently keep them out of the US, but senators are currently trying to introduce legislation to permanently ban them. At the same time, President Trump has said he is open to the idea of Chinese brands opening car plants inside US borders.

Nissan

Beautiful cars are sometimes likened to sculptures, but French sports car brand Alpine’s latest concept really is a sculpture. The full scale exhibit previews the look of next year’s new Alpine A110 and will be the focal point of the brand’s Paris Motor Show stand this October.

The sculpture reveals the design of the 2028 A110 without revealing too much, if that makes sense. It’s as if someone has dropped a silk sheet over the coupe’s bodywork, then pulled the air out from underneath it. What you see is the shape and contours of the aluminium skin and a hint at some of the details, while still leaving some mystery.

Related: Americans Might Force Alpine To Put Gas Back In Its New Electric Sports Car

Alpine says the tension visible in the blue veil is meant to look like it was caught by the wind, a nod to lightness and aerodynamics. It even claims one of the big inspirations was Concorde, the supersonic passenger jet co-created by Britain and Frances.

But that doesn’t mean Alpine has junked everything we loved about the outgoing A110, itself heavily inspired by the classic 1960s original. The V-shaped nose and dual light setup are still there, and though the sculpture tells us the new car will be leaner and possibly lower and longer, you’re not going to mistake it for anything else.

Design Evolution, Powertrain Revolution

Unless you’ve got your eyes closed when one drives past, in which case you might assume it was a runaway washing machine. Because the A110 is going electric. At the Goodwood Festival of Speed in July Alpine demo’d the new hardware in stretched version of the current A110 (below) called the A110 Future. That hardware includes a dual-motor rear axle with active torque vectoring and clever wheel-slip control. Today’s A110 is lauded for its agility, but the EV is shaping up to be even more mobile.

It’ll also have an unusual battery arrangement. Instead of having one massive battery under the floor of the APP platform, the new A110 will have two smaller batteries placed at each end of the chassis. That keeps the floorpan low and the driving position and roof, too. It will also help Alpine achieve a 40:60 front to rear weight distribution. An 800-volt electric system will ensure fast charging, though the exact speed and range figures are still secret. As is the weight, which is expected to balloon by 660 lbs (300 kg).

Electric First, Possible ICE Option Later

Also secret are Alpine’s intentions when it comes to combustion power. The A110 was conceived as an EV when it looked like electric cars were set to make gas ones a minority in short order. But while EV sales continue to grow in Europe, where they now account for one in four new cars, enthusiast buyers have signalled their preference for petrol engines. And it sounds like Alpine is listening.

“Before you ask, yes the platform is designed to accommodate an internal combustion engine,” Alpine’s CEO Philippe Krief told British magazine Autocar in March. At Goodwood, four months later, he said a decision over whether to make a petrol model will be made by the end of 2026. If it gets the green light it could take around two years to reach production.

Could Come To America

Although Krief gave no indication of which ICE motor might find its way into the A110’s chassis, there is one obvious source. Horse Powertrain, the company created by Alpine’s parent company Renault and China’s Geely, has developed multiple hybrid engines, one of which is good for 349 hp (354 PS) and 380 lb-ft (515 Nm).

A combustion engine option would be essential if Alpine ever wanted to bring the A110 to the US – where the current car was never available, and where EV sales are very weak. Expansion to America was previously baked into Alpine’s growth plans, but they were put on hold in 2025, in part due to the introduction of tariffs by President Trump. But Krief revealed this summer that the A110 was being put through US crash tests.

Alpine

Land Rover is working on a smaller version of its massively popular Defender, a compact SUV that could be called Defender Sport. But a smaller Defender means a smaller trunk, and it looks like Land Rover has come up with a new solution to expand storage options.

New spy shots taken close to JLR’s Nurburgring base show the baby Defender with a strange-looking rectangular box bolted to the outside of the side-hinged rear door. It’s the wrong shape to be hiding a conventional spare wheel, something we saw on a different prototype earlier this month. And the fact that’s not covered in camouflage suggests Land Rover wants us to notice it and ask questions.

Related: Land Rover Defender Reports For Duty As JLR Bids For UK and NATO Defense Contracts

We’re sure that the box we can see in these pics is only there to hide what’s underneath, and won’t actually be available on the Defender Sport when it goes on sale next year. But if that’s the case, what is underneath? One possibility is that there’s a dedicated box for a charging cable, like the Design box Mercedes offers for its slow-selling electric G-Class (below).

Cable storage is a bit of a problem on most EVs, especially ones without a frunk, and particularly if you carry a lot of other kit around in your trunk. The Mercedes Design box solves this problem, allowing you to easily access the cable from a box on the rear door that looks like a mini spare wheel, so fits with the rugged SUV design aesthetic.

But it’s possible Land Rover might choose a different look for its box, maybe one that replicates the look of the side panel boxes on the big Defender. And on cars without the rear-mounted spare wheel, which is heavy and saps range on an EV, Land Rover could potentially use that same box for a tire repair kit to at least continue the wheel theme.

Hybrid And Electric

Not all Defenders will even need a charging cable box, because although the EMA platform the baby Defender shares with the new Range Rover GT coupe was designed originally for EVs and features 800-volt electrics for speedy charging, it has since been modified to accept hybrid power. But unlike some premium SUV brands, this one won’t offer plug-in powertrains, focusing instead on conventional full hybrid tech.

That shift from electric to petrol-electric was essential for the SUV to succeed in the US, which is likely to be its biggest market. It’s a market where EV sales have sunk like a stone, but hybrid demand is on the rise. In Europe, on the other hand, where electric sales are hitting new heights, and one in every four new cars is electric, the EV version will be extremely popular.

But the Defender Sport won’t have the market all to itself. Because Mercedes is working on a shrunken G-Class in the same mould as Land Rover’s compact Defender. Like the baby Defender, the pocket G will be offered with both hybrid and electric powertrains. This time next year could have a real boxing match on our hands.

Baldauf

Do Rolls Royce owners even open their trunks, or do they have someone to do it for them? We’re not rich enough to know the answer, but whoever is tasked with stashing and retrieving luggage from the automaker’s coachbuilt Nightingale roadsters won’t have to worry about the trunk mechanism going wrong. By our estimation it will have seen 200 years’ worth of action before being delivered.

The Nightingale is a fully electric convertible that must be the sportiest thing to feature the Spirit of Ecstasy since Henry Royce was still steering the ship in the early 1930s. It kicks off the brand’s Coachbuild Collection series and is limited to 100 units. Each one is estimated to set its owner back a staggering $9.5 million, and that’s before Rolls adds any really special personalization requests to the bill.

Related: When It Comes To Rolls Royce, The White House Hasn’t Got A Clue

At a colossal 226.8 inches (5,760 mm) long, and offering space for only two passengers, the Nightingale has the kind of length to seats ratio that makes even Detroit’s most wasteful 1970s land yachts look as space efficient as a Japanese Kei car. But because the design draws inspiration from luxury watercraft, it kind of works. Hey, we said “kind of.”

My favourite feature is the tiny cashmere top that’s been designed to let the sound of raindrops through, while blocking out what little mechanical noise the electric powertrain generates. But the most arresting feature is certainly that huge boat-tail rear end and the “piano boot” (trunk) that opens sideways like the lid on a baby grand.

Rolls Royce says the mechanism is subjected to 15,000 cycles of opening and closing, ensuring repeated use “never interrupts the perfect theatre and effortless operation of this hallmark gesture for generations to come.”

Two Lifetimes Of Use

Assuming these cars are used maybe once a week (and that’s probably a generous assumption), and the trunk is used opened and closed twice on each of those days, Rolls has probably tested the hardware for the equivalent of around 150 years of use.

But that’s not the only testing the automaker has planned for the Nightingale, which translates as Le Rossigni in French, and was the name of Henry Royce’s villa on the Riviera. Royce and his team used the villa as a testing base when putting cars through their paces across Europe, and the modern Rolls claims it will spend 350 weeks testing the coachbuilt convertibles in similar locales.

They’ll be subjected to twisty Mediterranean roads, snowy Arctic Circle ones and even tackle North African deserts and 2,750 m (9,020 ft) mountains. Most of which, owners will never do, just as they’re unlikely to test the accuracy of the 155 mph (250 km/h) speed limiters. But when you’re trying to sell someone a car costing the thick end of $10 million, you damn well better get it right.

Rolls Royce

No matter how good the 2028 M3 EV is, it’s going to be missing some of the current (and next) gas car’s calling cards, including the signature quad tailpipe setup. But one thing that won’t change is the M3’s ability to lay down a couple of big curling lines of rubber on a corner exit.

We know this because our spy photo guys were positioned at just the right spot to see an electric M3 prototype push a little harder than normal while hot-lapping at the Nurburgring. Why was the driver pushing harder? The yellow sedan closing in from behind might have something to do with it.

Related: The BMW M3 Is Going Electric, But Not Every M3

It’s a Chinese Xiaomi SU7 Ultra, which you might recall was for a while the fastest production EV at the Ring. The 1,526 hp (1,547 PS / 1,138 kW) sedan recorded 7:04.96 in 2025, but has since been relegated down the league table by the Yangwang U9 Extreme (6:59.157) and Manthey-kitted Porsche Taycan Turbo GT (6:55.53).

We don’t yet know how much power the electric M3 will make, though the base version probably isn’t going to match the SU7’s output, or the 1,341 hp (1,360 PS / 1,000 kW) of the 2025 Vision Driving Experience concept. BMW M boss Frank van Meel has even been quoted by Evo as saying it “makes no sense to drive with 1000 horsepower…because it’s not controllable.”

Trades Brute Force For Agility

Instead, the regular M3 EV is expected to generate far less power. The Hyundai Ioniq N makes 641 hp (650 PS), and no one who has driven one ever got out suggesting it could do with a bit more oomph. BMW will probably feel the need to move the needle, perhaps closer to 790 hp (800 PS). But still keep way below the four-figure outputs of EVs like the SU7 Ultra.

In a way, and I know this sounds perverse when we’re talking about a heavy EV, it’s like BMW is remembering what made the original M3 so much fun, and acknowledging that most EVs have got it wrong. The E30 wasn’t outrageously quick, even when new, but it was agile and felt real-world fast. And BMW’s M team wants the gas-free M3 to be, too.

So it’ll have four electric motors, allowing it to run in either rear- or all-wheel drive mode, and it’ll feature agility-boosting torque vectoring capabilities. Which should mean that even if you have to pull your M3 over to let one of those power-powered Chinese EVs past, you’ll probably be the one wearing the bigger grin.

SH Proshots

The name might not be familiar in America, but the Bolt ride-hailing company is a Goliath in other parts of the globe, operating in more than 850 cities across 50 countries. And proving that anything its more famous rival Uber can do, Bolt can do too, the Euro operation is teaming up with Lucid to develop tens of thousands of robotaxis.

Lucid and Bolt today announced they are joining forces to put 25,000 autonomous cabs on Europe’s streets. It’s part of Bolt’s commitment to provide riders access to 100,000 driverless cars on its platform by 2035. The American EV brand already has a deal in place with Uber to roll out 35,000 robotaxis across North America starting this year.

Related: Don’t Play Chicken With A Tesla Cybercab By Jumping In Front Of It

But there are a couple of important differences between the two deals. Bolt’s Lucids will be based on the carmaker’s upcoming midsize platform, which is probably a better fit for Europe’s generally smaller roads. Lucid and Uber in the US, meanwhile, will use the Gravity SUV, as well as the midsize car when it arrives.

And that’s not the only point of differentiation. Both ride-hail operators’ robotaxis will feature Level 4 autonomous tech enabling them to function without a human driver. But while the US cabs rely on hardware and software from Nuro (image below), Bolt’s robotaxis get their driverless brains from Nvidia Hyperion. Bolt says it will own the entire 25,000-car fleet.

Strong Competition

The robocab market is really heating up in Europe right now. Uber, Verne (co-founded by Mate Rimac) and Pony.ai have already started offering rides in Zagreb, Croatia, and Waymo is currently testing in Europe and plans to launch in Germany before the end of 2027.

Uber has also joined forces with Wayve to put 15 autonomous Mustang Mach-E robotaxis on London’s streets, though each of the EVs is currently required to have a human driver, while Wayve waits for final regulatory approval. And Elon Musk has promised to bring Tesla’s Cybercab to Europe, without offering any kind of timeline.

Lucid, Tesla

If you follow the stock market at all, you’re probably still kicking yourself for not dropping $10k into Sandisk last year. If you’d done that in April 2025 and cashed out 14 months later you’d have made almost $800k. It could be worse though: You could be GM and have invested billions in EVs only to discover everyone wants hybrids.

Rewind to the late 2010s and the whole car industry was going gaga for EVs, with multiple brands pledging to go electric-only by 2030 and most putting huge resources into battery-powered cars. Growing EV sales figures and tightening regulations really did make electric vehicles look like they would take over the world.

Related: Kia Sets All-Time August Sales Record As Hybrids Soar

Hybrids, meanwhile, which had kick-started the modern electric revolution in the late 1990s, were dismissed as an “interim solution” by GM boss Mary Barra in 2019, Reuters reminds us. But seven years later, American car sales say hybrids are the complete solution, not an interim one. And automakers who bet on gasoline-electric rather than electric power alone are winning big.

The biggest winner is Toyota. It’s crushing the competition, securing a 49.2 percent share in Q1 of the hybrid market, Cox Automotive says, per Reuters. That market has grown, too. Hybrids’ share of the total car market swelled from 16 percent in February to 19 percent in August on account of gas prices exploding following the start of war in Iran. And one analyst told Reuters he expects hybrids to hit a 34 percent share by 2031.

Stuck To Its Hybrid Guns

Toyota, you’ll remember, popularized the hybrid with the original Prius, and endured years of criticism for being slow to launch EVs. But it never wavered from its commitment to hybrids, and that determination is paying off in the US in 2026. While GM’s share of the US car market fell from 17.6 percent in the first half of 2025 to 16.8 percent in the same period this year, Toyota’s grew from 15.5 to 15.8 percent, according to Cox Automotive.

EVs also cut fuel costs, of course. And in Europe, which is suffering the same kind of gas pain American drivers are battling, EV sales are on fire. One in every four new cars sold there is an EV. But in the US, sales are heading in the opposite direction, partly as a result of the Trump administration killing federal EV tax credits. Their share of the US market fell from 14.4 percent in September 2025 to 7.1 percent this May.

The 19 MPG Hybrid

So if GM wants to get back in the game, it’s got no option but to deliver multiple new hybrid choices to support the straight gas vehicles it fortunately kept building. Incredibly, the General’s sole hybrids in the US today are three Corvettes, the $111k E-Ray, $119k Grand Sport X and $227k ZR1X, though in previous years it also sold hybrid sedans and SUVs. It also sells hybrids in China.

When will we see new GM hybrids with more than two seats in North America? Dealers won’t like the answer, because while the automaker won’t confirm dates or comment on speculation, Reuters industry sources say American showrooms could be hybrid-free zones until near the end of the decade.

GM, Toyota

Mercedes pulled the covers off its first-ever electric C-Class sedan back in April, but so far we’ve only seen one flavor. That was the C 400 4Matic electric, a bi-motor, all-wheel-drive version of the compact luxury car. Now it’s joined by a more affordable C 300, but the specs are so close it feels like one of those cars is pointless. But which one?

First, let’s quickly recap the C 400 specs. It makes 482 hp (490 PS / 360 kW), gets to 62 mph (100 km/h) in 4.0 seconds, can charge at 330 kW, and claims a 473-mile (762 km) range from a 94 kWh (usable) battery.

Related: The Mercedes-AMG CLE 646 Will Demolish An M4, But You Can’t Buy One

Now the C 300. You still get two electric motors and all-wheel drive, plus the same 590 lb-ft (800 Nm) of torque. But output falls to 416 hp (422 PS / 310 kW) and the 62 mph trip takes 4.5 seconds, so half a second longer. That’s still plenty of power and performance though, and even the range holds its own, despite a drop in battery capacity to 85 kWh.

180 Miles Added In A Bathroom Break

Mercedes says it’ll manage 429 miles (690 km), and while the max charge rate is slightly slower, from 330 to 320 kW, the C 300’s ability to add 180 miles (290 km) of range in 10 minutes isn’t that far off the 202 miles (325 km) the C 400 gains in the same time.

If you want that plush air-spring ride, a passenger-side screen, and more than 18 inches of wheel, you’ll have to hit the options list in both cars, so there’s no big difference in spec that we can see. But in Germany, where C-Class electric prices have been announced, the C 300’s €62,951 ($72,700) sticker saves you €4,760 ($5,500) versus going for the €67,711 ($78,200) C 400. In the US, the C 400 is expected to cost around $65,000.

Worth The Premium?

The C 400 pulls rank in every key area, but to be honest, we’re surprised how close the C 300 gets. It’s still brisk, still has a really usable electric range, and also the security of all-wheel drive. For plenty of buyers who can look past the kudos of the C 400’s badge, the C 300 looks like the better value option.

But that’s not the end of the C-Class electric story. Mercedes says even more affordable single-motor, rear-wheel-drive cars will follow, and at the other end of the spectrum, AMG is working on a tri-motor rival for BMW’s electric M3 with at least 671 hp (680 PS / 500 kW). Which would you pick – C 300 or C 400?

Mercedes

VW celebrated its GTI badge’s half-century earlier this year with the launch of the first-ever electric hatch to wear those three letters, the ID. Polo GTI. The ID.3 GTI then is only the second-ever electric GTI. But it is a pioneer in other ways. It’s the first ever VW GTI to send its power to the rear wheels, rather than the front.

Europe’s ID.3 electric hatch was overhauled in April and rebranded as ID.3 Neo. The GTI is the halo model of the new lineup and is effectively the pre-facelift GTX, but this time with a GTI badge and some design cues pinched from the ID. Polo GTI.

Related: VW’s ID. Polo Waiting List Is So Long You’ll Get A McLaren Sooner

And damn, doesn’t it look the better for it? A GTI trademark red stripe connects the IQ. Light LED matrix headlights and the gloss-black honeycomb lower grille is punctuated by a pair of red-painted elements meant to look like racecar towing eyes.

Contrasting with the launch car’s searing Tornado red paint – it’s actually a classic 1980s GTI color – are the gorgeous black 20-inch Wörthersee wheels and black mirror caps. But unlike the GTX, the GTI features a body-color roof, rear spoiler, and rear panel.

What has been carried over from the GTX is the single 322 hp (326 PS / 240 kW) electric motor, which outranks the Golf GTI Edition 50’s as the most powerful GTI engine by just one horse. Unlike the ID. Polo GTI, which uses VW’s new MEB+ front-wheel-drive platform, the ID.3 rides on the older MEB shared with models like the ID.4 and ID. Buzz.

Beats Edition 50 For Power, But Not Pace

Which means the single motor sends its power to the rear wheels, VW quoting the exact same 5.6-second zero-to-62 mph (100 km/h) time it did for the old GTX Performance. That compares with 6.8 seconds for the 223 hp (226 PS / 166 kW) Polo GTI and 5.3 seconds for the petrol GTI Edition 50.

A 79 kWh (net) battery under the floor can charge at 183 kW, top up from 10-80 percent in a middling 29 minutes, and gives a solid WLTP range of 373 miles (601 km). The Polo manages just 263 miles (424 km) from its 52 kWh battery.

GTI Mode

But is the GTI just a GTX with some Tornado red lipstick? VW says it’s more than that thanks to a new GTI-specific tune for the DCC adaptive dampers, springs and anti-roll bars. There’s even a GTI driving mode that shifts the motor, throttle response, steering and chassis into maximum attack mode, and is activated by pressing an illuminated button at the base of the sport steering wheel’s center boss.

You won’t find that feature in other ID.3s, or the motorsport-style 12 o’clock marker or red, black and gray bucket seats. But the GTI does benefit from the same interior upgrade regular ID.3s got earlier this year. That means higher-quality materials, clickable steering wheel buttons, and another bank of real switches under the 12.9-inch touchscreen.

One thing VW hasn’t yet revealed is how much the ID.3 GTI will set you back when it goes on sale in Europe (but not America) in early 2027. The old GTX Performance cost more than £46,000 in the UK ($62,000), placing it above the Golf GTI, and even making it more expensive than the mighty R. For some potential buyers, those cars, and the slower but roomy and fun-looking ID. Polo GTI with its circa £34k ($46k) sticker, are going to seem like tempting alternatives.

VW

Camo-free sightings of Porsche’s new Boxster EV point to a debut later this year and a 2027 on-sale date. But if you’re dead-set on a brand new Porsche-branded electric sports car for less than $100k and can’t wait that long, there is another option. The snag is you’ll only be able to cruise it to the end of your driveway and back.

It’s called the 500J, and it’s from Hedley Studios. They’re the folks who previously went by the name Little Car Company and built electric-powered scale replicas of classic legends for the likes of Aston Martin, Ferrari, Bugatti and Bentley. As with those previous projects, the 550J was created in partnership with the automaker using real technical drawings and specifications stashed in the archives.

Related: Porsche’s Boss Saved The Electric 718 And Is Eyeing A Car Above The 911

The original Porsche 550 was built between 1953 and 1956 and is most famous for either being James Dean’s last ride, or a motorsport giant killer, depending on your interest in pop culture and racing. On the track, it used its tiny 1,213 lbs (550 kg) curb weight and 109-133 hp (110-135 PS) 1.5-liter boxer engine to score wins at major events like Le Mans, the Mille Miglia, and the Carrera Panamericana. Only 90 were built, and they’re now worth anything from $1.5 million to $5 million depending on racing provenance.

Hedley’s flyweight 728 lbs (330 kg) 550J is based on the later 550 A, which arrived in 1956 and replaced the original ladder chassis with a much stiffer steel spaceframe. But instead of the original’s aluminium body, the scale tribute gets a carbon fiber suit. And instead of a Type 547 Fuhrmann four-cam, there’s a single electric motor behind the rear seats.

Drilled Rotors But Only 22 HP

In stock form, that motor delivers just 11 hp (11 PS / 8 kW) and a 40 mph (64 km/h) top speed. But spring for the optional RS Pack and output is boosted to 22 hp (22 PS / 16 kW), and the top speed to 50 mph (81 km/h). Going the RS route also brings drilled brake discs and adjustable Bilstein dampers, while also lifting the electric range from 30 to 50 miles (48-81 km).

Which sounds fairly pointless since, unlike some of Hedley’s other cars, this one can’t be used on the road. And that, together with a price that’d net you a nice used Porsche, ought to make it the kind of niche trinket that sells in handfuls. But Hedley plans to build 250 of these, each costing £69,500 ($93,800) before taxes and personalization requests. Besides adding the RS Pack, buyers can option theirs with period liveries and even paint-to-sample colors, just like on a full-size Porsche.

Barmy Not To Get A Beck Instead?

The idea of shelling out six figures on what is really just a beautifully crafted toy probably sounds as ludicrous to you as it does to me. But saying that you’d rather spend that $94k on a brand new full-size Beck 550 at Indiana-based Special Edition misses the point.

Seriously rich people live in a different world where they can have both to keep their real 550 company, and throw in a Boxster Electric order for fun. Hedley Studios is just helping them do some of the crazy things we’d all do if we had too much money. What do you think the company’s next scale replica should be?

Hedley Studios

Speed thrills, but VW thinks efficiency can too. The German brand has just whipped up a new hyper-frugal EV concept that channels the style and spirit of its bonkers XL1 from 2013. And the range figures are kind of wild.

Called the Mission Efficiency, the teardrop-shaped 2+2 coupe has a fairly conventional front end, but the extended bodywork tapers at the rear over an incredibly narrow track. That slippery shape and runway model-skinny 155-section tires help deliver a 0.158 Cd drag coefficient. For a bit of context, the Lucid Air, the most aerodynamically efficient production car on sale, has a 0.197 Cd.

Related: 5 Surprising Similarities Between Tesla’s Cybercab And VW’s XL1

Under the skin, the Mission Efficiency is effectively the new ID. Polo, an electric hatch that rides on VW’s MEB+ EV platform. A single 133 hp (135 PS / 99 kW) motor drives the front wheels for a 9-second zero-to-62 mph (100 km/h) time. And there’s a 54 kWh (usable) battery under the floor, which is essentially the production Polo’s 52 kWh pack but with the lifespan-enhancing safety buffer removed to squeeze out another 2.9 kWh.

But while a 138 mm (5.4 inches) taller and 722 mm (28.4 inches) shorter Polo equipped with the 52 kWh battery achieves around 5.4 miles per kWh, the concept recorded 6.48 mpkWh. On a real-world 794-mile (1,278 km) trip from VW’s Wolfsburg base to Vienna, Austria, it eked out the equivalent of 412 miles (663 km) from a single charge. Engineers also added a 370 W photovoltaic panel to the glass, which it reckons could be worth 18.6 miles (30 km) of range per day in good weather.

Who Needs Brake Fluid, Anyway?

Other efficiency-boosting tricks employed to achieve that feat include using electro-mechanical rear brakes to save weight by junking the hydraulic lines and fluid. The Polo platform is topped with an aluminium structure, and the doors, trunk and hood are made from CFRP composite. And inside, there’s no infotainment screen or even speakers, the idea being that your smartphone and a portable Bluetooth speaker will do the same job.

Will VW put the Mission Efficiency on sale? It certainly won’t be mass-produced, but ideas like the fluid-free rear brakes could possibly make it to a future production EV. And let’s not forget that VW did sell 250 examples of the original XL1.

Conceived by the VW Group’s late Ferdinand Piech as a kind of economy yin to his Bugatti Veyron’s power-crazed yang, the XL1 was built like a hypercar and featured a carbon body, carbon brakes and gullwing doors. But instead of a quad-turbo V12 it got an 800 cc two-cylinder diesel hybrid powertrain making just 68 hp (69 PS). Zero to 62 mph took 12.7 seconds.

Weirdly though, it was fantastic fun to drive. I had a go back in 2019 (pics below) and was blown away by the feel from the unassisted steering, and the kind of chassis balance you’d expect from a supercar. The ID. Polo hardware means the Mission Efficiency won’t be anything like as tactile. But its mission is even more relevant.

VW, Chris Chilton

More than two years have passed since we last spied a Boxster Electric prototype testing. It’s almost like Porsche forgot about it. And there must be some suits at Stuttgart who would rather forget about it, because the world in which the EV sports car is about to debut is very different to the one Porsche imagined when it green lighted the project more than five years ago.

We’ll get to that problem in a minute, but for now let’s take a look at these fresh spy shots because they show the Boxster EV with almost non camo for the first time ever. Sure, it’s still got some misleading stickers around the front and rear lights and rear quarters, but we can see the true shapes of those lights and the heavy disguise has gone from the bumpers.

Related: Porsche’s Next Supercar Could Be An Audi That’s Really A Lamborghini

That means we can see this Boxster has the same vertical, active cooling slats in its front grille that Porsche has already deployed in the 911 GTS and Turbo. Lesser models, and their Cayman EV counterparts, are likely to have a simpler grille design, as the base 911 Carrera and Carrera S have. Shots from the rear showing a diffuser panel and lack of exhaust tailpipes confirm Porshe is sticking to its EV plan for the two-seater – for now, at least.

Besides the grille, there’s another indicator that we’re looking at a hotter version of the Boxster Electric. Previous spy shots showed a digital gauge cluster and conventional internal door handles. But this car has fabric, loop-style handles of the kind usually reserved for cars like the 911 GT3 or the old Cayman GT4 and its Boxster Spyder brother.

Choose One Or Two Motors

Intel from sources close to Porsche suggests base cars will get a single motor driving the rear wheels, but the big news is the rumored availability of dual-motor powertrains in more expensive versions that will give the Boxster and Cayman their first all-wheel drive options.

If Porsche’s GT4 e-Performance racer concept is any guide, expect up to 604 hp (612 PS / 450 kW) for the hottest AWD cars and the option of a virtual paddle-shift transmission, a feature recently added to the Taycan lineup. A T-shaped battery mounted in the transmission tunnel and behind the seats keeps the floorpan low and replicates the weight distribution of a typical mid-engined, ICE-powered car.

EV First, Gas Later

The Boxster and Cayman Electric go in sale in 2027, but a couple of years after that, they’ll be joined by combustion versions, potentially limited to the top of the lineup. That was never part of the plan, but Porsche’s hand has been forced by a dramatic slowdown in EV sales.

The Boxster and Cayman Electric were conceived in the late 2010s, a period when Porsche’s Taycan was still enjoying its honeymoon glow and the car industry was projecting electric cars would soon relegate old-fashioned combustion vehicles to a sideshow act. Now, in 2026, it’s true that EV sales are riding high, though not universally.

Taycan To Tap-Out?

One in four mass-market cars sold in Europe is now electric and the numbers are growing. But luxury buyers and American drivers aren’t buying EVs. They want gas cars. The Taycan is tanking and could reportedly die soon, but since it was too late to scrap the Boxster and Cayman Electric, which have the added complication of sharing their platform and hardware with Audi’s upcoming TT replacement, Porsche opted to re-engineer them for combustion power instead.

Would you buy an electric Boxster or is Porsche setting itself up for a massive fall? Leave a comment and let us know.

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Mercedes’ EQE was a flop, lasting just four model years in the US. Its battery tech was outdated, and the melted soap-bar styling certainly didn’t help. Now, as the EQE bows out, Mercedes is preparing its replacement, and these new revealing spy shots suggest the E-Class Electric has learned a valuable lesson. Turns out a battery-powered sedan can actually look like a regular sedan, and be all the better for it.

The latest prototype has ditched much of the heavy camouflage we saw when we last caught an E-Class Electric testing in January. We’ve got our first proper look at the production headlights, which reveals a pair of Mercedes’ star-shaped daytime running lights in each lamp cluster, ensuring nobody mistakes this thing for a BMW after dark.

Also: Blob Be Gone! The EQE Gives Way To A Proper Sedan

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And though we still can’t see it, we’re expecting Mercedes’ gigantic illuminated grille treatment, already rolled out on its latest electric GLC and C-Class, to feature out front when the EV goes on sale next year. Whether you think it looks reassuringly expensive or as tacky as Times Square squeezed between two headlights, it will certainly give the E-Class Electric some real presence, something the bland EQE always lacked even after its last-ditch facelift.

There’s a surprise at the other end, though. Earlier test cars wore placeholder taillights, and we expected the finished units to continue Mercedes’ current obsession with three-pointed stars. Instead, the production lamps appear to feature straight-line graphics and thankfully no stars at all.

Beneath the skin is Mercedes’ MB.EA architecture already in play with the C-Class Electric and its GLC SUV cousin. Based on what we know of those cars, the E-Class will feature an 800-volt electrical system, and charging speeds reaching 330 kW.

Out-Charges BMW And Audi

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That’s not quite a match for the 400 kW inhalation rate of BMW’s Neue Klasse iX3 and i3, but it easily trumps the 205 kW offered by the Benz’s direct rival, the BMW i5, and the 270 kW of Audi’s A6 e-tron. Both of those cars, though, also offer a wagon body style option the sedan-only E-Class won’t.

A dual-motor E400 version using the C400 4Matic’s setup could deliver 482 hp (489 PS / 360 kW) and a zero-to-62 mph (100 km/h) time of just over 4 seconds, although Mercedes hasn’t confirmed specifications yet. The C400 employs a 94 kWh gross battery to deliver 473 miles (762 km) of claimed WLTP range, and Mercedes might not feel the need to go bigger because the i5’s pack is only 84 kWh gross and promises 356 miles (573 miles).

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We can’t see inside the E-Class Electric in these pictures, but again, the existing EVs have set a precedent we expect Mercedes to keep following. If it does, the mid-size sedan will get a full-pillar-to-pillar digital dashboard in its most luxurious form, though buyers will almost certainly have to pay extra for the passenger screen one recent study told us hardly gets used.

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Another electric AMG is creeping closer to production, and this time it’s literally raised its game. Fresh spy shots of the upcoming AMG C-Class EV have caught its pop-up rear spoiler deployed, giving us another clue about the car Mercedes hopes will keep the electric BMW M3 honest.

The regular electric C-Class debuted in April, but AMG’s version is still undergoing development ahead of an expected 2027 launch. Curiously, this latest prototype is actually more disguised than the one we saw in June, with additional camouflage obscuring the taillights and lower doors, suggesting its an older test car. But at least it forgot to hide the interesting bit.

Related: 2027 Mercedes-AMG CLA 45 EV Debuts With 3 Motors, 671 HP And A Vibrator

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Rising from the trunk lid is the active rear spoiler we’d previously suspected was lurking there. Sources say the AMG will use active aerodynamic hardware to genuinely key the fat tires into the road surface, so the wing isn’t simply an elaborate way of telling everyone you bought the expensive C-Class.

Elsewhere, this prototype wears different wheels from the last one we spied, while the production car is expected to get a more aggressive AMG body kit. Underneath, Mercedes is reportedly developing modified air suspension and rear-wheel steering, with AMG promising an “authentic experience” covering performance, handling and even sound.

Can fake sounds be authentic? The recently revealed electric CLA 45 uses synthesized combustion noises, simulated gearshifts and even active seat shakers to replace some of the sensations EVs normally delete. So we expect similar features in the electric AMG C-Class, and plenty of power to go with them.

778 HP Rumored

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Mercedes hasn’t confirmed the specs of the AMG C-Class, but between what we already know about the CLA 45 and the C400 4MATIC Electric, and rumors coming out of Affalterbach, a Yasa tri-motor setup producing around 778 hp (789 PS / 580 kW) seems likely.

The hot C-Class will need serious muscle simply to outrank the CLA 45, which already produces up to 671 hp (680 PS / 500 kW) from its own three-motor powertrain. The standard C400 4MATIC Electric, meanwhile, has two motors and makes a more modest 482 hp (490 PS / 360 kW). The C400 also supports DC charging at up to 330 kW and can travel up to 473 miles (762 km) on a charge, though the AMG C-Class won’t match those figures if it retains the C400’s 94 kWh battery.

Ultimately, though, AMG’s biggest challenge won’t be beating its little brother. BMW is preparing its first electric M3, meaning two of Germany’s defining performance sedans are heading into the battery era at roughly the same time.

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Waiting an eternity for delivery of a new Ferrari or special Porsche is to be expected. But waiting almost a year for a Volkswagen Polo? That’s reportedly what some buyers of the new electric ID. Polo face after demand for VW’s affordable EV blew past expectations.

VW’s order books have already swallowed more than 30,000 European ID. Polo orders, despite customers initially having to commit without seeing the car at a dealership, let alone taking a test drive, according to German media.

Related: VW’s New ID. Tiguan Finally Stops Pretending It’s An ID.4

“The entire ID. Polo range is sold out. The waiting time is at least ten months,” the head of a major VW dealer group told Automobilwoche.

That makes ordering a bespoke ID. Polo potentially more patience-testing than ordering something vastly more exotic. McLaren Palm Beach, for instance, says a factory-ordered McLaren can take anywhere from “eight weeks to six months,” although it cautions that exact delivery dates can’t be guaranteed.

Order Today, Get It June 2027

Of course nobody is genuinely cross-shopping an ID. Polo and a McLaren. One costs €24,995 ($32,400 / £23,945) and the other around 10 times as much. But the comparison highlights how unusual a 10-month queue is for a mainstream small car.

VW says it’s now increasing output at its Martorell factory in Spain, though customers unwilling to wait may find pre-configured cars sitting at dealerships. A dealer told Automobilwoche that cars ordered now might not arrive until May or June of 2027.

Same Platform, Similar Wait Times

And the VW brand isn’t alone in having this particular problem. Sister company Skoda has reportedly collected more than 35,000 orders for its related Epiq (above), while dealers say Cupra’s Raval (below) is also booked out for months. Both share their single-motor, front-wheel drive MEB+ hardware with the ID. Polo, and are also built at Martorell. All three are part of the VW Group’s plan to bring EV prices closer to traditional combustion-powered small cars in an effort to fend off Chinese opposition.

The related ID. Cross SUV is also reportedly attracting plenty of early interest too, while the facelifted ID.3 Neo is facing waits of two to three months. That’s all good news for VW, and boy could it use some right now. It’s cutting 100,000 workers, shutting multiple plants, and looks likely to kill off the Seat brand after 2030 in an effort to turn around its fortunes.

VW, Skoda, Cupra

Polestar has announced a futuristic concept designed to show us where it’s heading by 2030, just as investors are wondering whether it’ll even get there.

Called Formula 2030, the concept is intended to preview Polestar’s next design era under design boss Philipp Römers. We haven’t actually seen it in full yet, but the sole image shows a low-slung car with motorsport-style vertical windshield wiper. Investors, retailers and selected customers will get an early peek at Polestar’s Gothenburg headquarters before a global unveiling later this year.

Related: $25M Dealer Lawsuit Says Polestar Rigged Its Own US Ban, A Senator Says $35K Per Car Is Why

The brand says the car will provide clues to the next Polestar 2, due in 2027, as well as the upcoming 7. Expect an evolution of the company’s familiar minimalist Scandinavian look rather than a complete reset, with signature details such as its Dual Blade headlights sticking around.

Unfortunately, Polestar’s accountants have more immediate concerns than headlights. The company’s shares recently dropped 29.4 percent following its first-half 2026 results. Vehicle sales increased just 0.4 percent compared with the same period last year, while revenue slipped 4.4 percent to $1.4 billion.

Polestar still lost $842 million during those six months, although that loss was 29 percent smaller than the one recorded during the first half of 2025. The company has also dialed back its planned 2026 production growth, warning that competition remains intense.

Polestar 4 SUV Leads New-Model Charge

There are brighter spots. New products including the Polestar 4 SUV (below) give the company fresh metal to sell, but not in America. The brand is being pushed out of the US after failing to secure authorization to sell 2027-model-year vehicles under connected-car rules targeting technology linked to China.

To add insult to injury fellow Geely brand Volvo received an exemption, despite the Polestar 3 sharing hardware, software and a South Carolina production line with the Volvo EX90. A New Jersey dealer has even sued Polestar for at least $25 million, alleging the automaker had already been planning an American retreat.

The Formula 2030 concept tells us Polestar has plenty of plans for tomorrow. First, though, it needs to navigate today.

Polestar

Being ahead of the curve sounds great unless nobody is ready for what you’re selling. Twenty-five years ago, Audi toyed with a radical vision of what a clever compact car could be: light, slippery, incredibly efficient and premium-feeling. Now that thinking and the A2 badge it wore is back, wrapped in a far more marketable electric crossover that might finally have arrived at exactly the right moment.

This is the new Audi A2 e-tron, and while another electric crossover might not sound like something worth cancelling dinner plans for, this one is worth your attention – even if you’re in the US, where the A2 was, and will continue to be, off limits. For a start, it takes some of the design cues of the original A2, the boxy, almost minivan-like body and split-glass rear window, and transplants them on a much wider car with a solid, four-square stance and the cheekiest grin we’ve seen an Audi wear.

Related: VW Group Confirms Plans To Kill Half Its Lineup And Slash 50,000 Jobs

The second reason to pay attention is Audi’s claim that the A2 e-tron is the most efficient production model in the brand’s history. Yes, even more efficient than the fuel-sipping, 78 US mpg A2 3L diesel, though we’re not sure how Audi calculated that. In the right configuration, the baby e-tron consumes just 12.8 kWh per 62 miles (100 km), while the real mile-muncher of the lineup manages up to 401 miles (645 km) on the European WLTP cycle.

And Ingolstadt’s engineers haven’t achieved that by simply throwing a battery the size of a studio apartment underneath their VW ID.3 and Volvo EX30 rival. Instead, Audi has gone hunting for wasted energy pretty much everywhere. The A2 has a drag coefficient of just 0.24, helped by an enclosed underbody, active cooling intake, aero wheels and clever little pieces around the wheel arches designed to calm turbulent air.

Even the door handles have joined the efficiency crusade. They’re wing-type handles at the base of the door pillars that use sensors rather than conventional mechanical hardware. Audi scrapped them in favor of conventional handles on the new Q9 luxury SUV but promised we’d see them on a future Euro product. Tug gently and the door opens electrically. There’s even backup energy storage in case the electrical system decides it’s having the day off.

There are three battery sizes, measuring 52, 61 and 84 kWh gross, so something to suit pretty much every kind of use-case scenario. Stick with the 52 kWh battery and you get a 168 hp (170 PS /125 kW) single motor that helps your A2 hit 62 mph (100 km/h) in 8.8 seconds and cover 262 miles (422 km) of range before needing to plug-in.

Quattro Notable By Its Absence

An optional 61 kWh pack comes with a 187 hp (190 PS / 140 kW) electric motor, dropping the stoplight sprint to 7.9 seconds and offering a handy range boost to 320 miles (515 km). Splash for the 228 hp (231 PS / 170 kW) A2 and you chop the 62 mph time to 7 seconds flat and unlock that 401-mile headline range figure we mentioned earlier, courtesy of an 84 kWh battery.

And if you’re prepped to swap some of that range for more zip, the 322 hp (326 PS / 240 kW) flagship delivers 5.7-second and 391-mile (629 km) stats. It’s also the only A2 capable of stretching its legs to 124 mph (200 km/h) instead of 99 mph.

In each case that power is settled to the rear wheels because the A2 is based on the MEB platform in use on cars like the Audi’s VW ID.3 rival and Audi Q4 e-tron SUV, not the newer front-drive MEB+ architecture found under the VW ID. Polo, Cupra Raval and Skoda Epiq. That means no Quattro tech or badges.

DC charging tops out at 183 kW on big battery cars, which require an unimpressive 29 minutes to fill from 10-80 percent. The two smaller batteries sound like they’re going to be even worse due to their feeble 100 kW charge rates, but they cut the fill time to 24 minutes by virtue of their tiny capacities. Like other VW MEB EVs, this one supports bi-directional charging.

Fidlock? What’s That?

Inside, an 11.9-inch digital instrument display sits alongside a 12.8-inch curved touchscreen, while the gear selector has migrated to the steering column. That leaves more room in the center console for a Qi 2.2 charging pad that can juice two smartphones simultaneously at up to 25 watts. Useful, but hardly revolutionary. The Fidlock system, though, promises to be both.

Fidlock is actually a magnetic mounting system with a mechanical lock, allowing owners to click things like cupholders and charging cable bags into dedicated points around the cabin and trunk. If you’re an avid cyclist you might be familiar with them already, but Audi claims the tech makes its production car debut on the A2.

Ordinary Trunk, But At Least There’s A Frunk

But what about real practicality? It’s okay, but not class leading. The A2 rides on the same 2,770 mm (109 inches) wheelbase as its Q4 e-tron brother, so legroom should be good, but where the Q4 offers 520 litres of trunk space, the A2 can only muster 396 liters (14 cu-ft). It also loses out to the Renault Megane E-tech (440 liters), but beats the VW ID.3 (385 liters) and cramped Volvo EX30 (318 liters).

One of the original A2’s most innovative features was its aluminum construction, but that also made it expensive, contributing to its poor sales. So this time the A2 e-tron is mostly steel with some aluminum content. But what does feel advanced is the development timeline. It took Audi 20 years to reboot the A2 after the last was discontinued, but only 21 months to get it from drawing board to debut.

The original A2 was ahead of its time, but with a slick design, some clever interior touches, impressive efficiency, a genuinely affordable £32,200 starting price and European EV sales on fire right now, maybe this is finally the right time for the A2.

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Land Rover’s baby Defender is back in front of our spy photographer’s lens, and you’d be forgiven for wondering what’s changed. The camouflage is still doing its job, the shape looks familiar, but there’s one very Defender-like detail we haven’t had such a good look at before. Yep, that’s a spare wheel hanging off the tailgate.

It might seem like a small detail, but the rear-mounted spare is a visual hallmark of both today’s Defender and the classic model that preceded it. Adding one to the compact SUV helps separate it from the endless stream of similarly sized premium crossovers, most of which have swapped spares for cans of tire foam in the pursuit of saving a few lbs – and a few g/km of CO2 as a result.

Same Bones As The Range Rover GT

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Unofficially dubbed the Defender Sport, though its true name is still under wraps, the newcomer goes in completely the opposite styling direction to JLR’s upcoming electric Range Rover GT. The pair share EMA architecture and running gear, but whereas the GT adopts a dramatically low, fastback profile, this SUV embraces an upright roof, squared-off tail and chunky proportions to maximize practicality and Defender attitude.

More: The Electric Range Rover Costs $25,000 More Than The Gas One And Tows A Ton Less

The EMA platform was conceived around electric power, with an 800-volt electrical system and rapid charging. Previous prototypes have supported that story with blanked-off grilles and no visible exhausts, and this one appears to follow the same recipe.

Hybrid Option Added

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But times have changed, and so has JLR’s plan. It openly acknowledged that the rush toward EVs hasn’t happened as quickly as anticipated (especially in the crucial US market) and that hybrids have proved surprisingly popular. So it’s updated the EMA architecture to also work with hybrid (but not plug-in) powertrains.

Whatever powers it, the baby Defender should have some interesting company when it arrives, potentially in 2027. Mercedes is preparing its own smaller G-Class, giving buyers two compact interpretations of some seriously recognizable off-road machinery.

There’s another familiar name headed its way too. China’s Chery has revived the Freelander, although the new model isn’t a Land Rover despite borrowing a badge and design cues strongly associated with the British brand’s past. But you won’t get a rear-mounted spare on the Freelander…

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London’s iconic black cabs have some new high-tech competition. Uber and British autonomous driving specialist Wayve have launched the UK’s first autonomous ride-hailing service, putting self-driving cars onto the capital’s famously busy streets.

Starting today, passengers ordering UberX, Uber Electric or Uber Comfort could find a Wayve-equipped Ford Mustang Mach-E turning up instead. There’s no additional charge, and anyone who’d rather leave the driving to an actual person can reject the autonomous option before it arrives.

Related: A Tesla Robotaxi Got Boxed In By Bollards, So It Bulldozed Its Way Out

Calling these robotaxis completely driverless is getting slightly ahead of ourselves, though. During this opening phase, every car will carry a trained, Transport for London-licensed private hire driver who can keep an eye on things. Neither company has said exactly when the human safety net will disappear.

Doors are unlocked, and journeys are started through the Uber app, and once aboard, passengers get interactive displays supporting 64 languages, showing the route the car intends to take. Unlike some autonomous services in other parts of the world that are confined to carefully selected neighborhoods, Wayve’s cars can operate throughout London, with the exception of airport zones.

That autonomous freedom comes from Wayve’s AV2.0 system, which uses an AI Driver trained through experience rather than relying on traditional high-definition maps and piles of hand-written instructions. Wayve has been teaching the technology on London roads since 2018, so it’s logged pretty much every kind of traffic situation.

140,000 Riders, But Only 15 Cars

More than 140,000 people have already opted in through Uber’s Ride Preferences, though their chances of actually getting into one of these cabs is pretty slim. There are currently just 15 Wayve Mustangs versus roughly 100,000 Ubers in London.

London is Wayve’s home city but doesn’t represent the end of its ambitions. Wayve and Uber plan to expand their partnership across 12 international markets, with AI-driven Nissan Leafs due in Tokyo later this year. Uber, meanwhile, expects autonomous rides to be operating through its platform in as many as 15 cities by the end of 2026.

Wayve, Uber

Ford isn’t setting modest goals for its $30,000 Fathom electric pickup. The automaker reportedly expects to sell more than 100,000 during its first year, a number no individual EV from anyone besides Tesla has managed in America.

That’s according to the Wall Street Journal, which spoke to Ford insiders about the automaker’s ambitious sales target. If buyers turn up in the numbers Ford expects, the little four-door truck would immediately become one of America’s biggest-selling EVs.

Related: New Ford Fathom Prototype Breaks Cover Ahead Of Its 2027 Debut

For perspective, GM sold almost 170,000 EVs in 2025, but needed three brands and multiple models to do it. Tesla remains in another league, shifting around 357,000 Model Ys and more than 190,000 Model 3s last year. Rivian, by contrast, moved just 42,000 units in 2025, though the arrival of its smaller R2 will boost this year’s numbers.

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Ford’s confidence has surprised some industry watchers because America’s EV market is currently going backwards. Electric cars accounted for 5.7 percent of US sales in August, according to Motor Intelligence data cited by the WSJ, versus 10.3 percent a year earlier. August EV sales plunged 48 percent year over year.

The Fathom is Ford’s attempt to prove price can change that equation. Starting at $28,350 before a $1,595 destination charge, it promises more passenger room than a Toyota RAV4, along with familiar conveniences including a touchscreen and power windows.

Minimalist Rival

Those last two features sound unremarkable until you meet its $24,950 rival, the Slate Truck. That minimalist two-seat pickup uses crank windows and skips a factory stereo and touchscreen entirely. And though Ford has yet to release technical specs for the crew-cab Fathom the chances are good that it will equal or better the Slate’s 205-mile (330 km) claimed range and 1,550 lb (703 kg) payload. It should also almost chop the Slate’s 8-second zero to 60 mph (97 kmh) time in half.

To keep build costs low, Ford is gambling on a radically different way of building the Fathom. Its reworked Louisville factory will assemble the front, rear and structural battery-floor sections simultaneously on separate lines, then bolt and bond them together. Ford says the system should build vehicles 15 percent faster than the plant’s previous process, though retooling cost $2 billion.

To make that investment work it needs 100,000 Americans to sign up every year for the Fathom when it goes on sale early in 2027. How do you rate its chances?

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