The electric sedan will be based on the new MB.EA architecture with 800-volt tech.
Like the GLC EQ, the new C-Class EQ will likely debut with a 94 kWh battery pack.
Mercedes says the new sedan will be able to travel up to 497 miles (800 km) on a charge.
Mercedes-Benz doesn’t just have a rival to the second-gen BMW iX, unveiling the new GLC with EQ Technology in Germany, but it is also gearing up to launch an all-electric version of the C-Class to rival the new BMW i3. Now, an intriguing teaser has been released of this new model.
This darkened image was dropped during the unveiling of the new GLC and shows that just like the SUV, it’ll have a massive front grille. This grille, which can be illuminated through hundreds of small LEDs, will give the new electric C-Class an imposing stance on the road, but is bound to leave many brand loyalists scratching their heads. It features four illuminated horizontal slats, one more than the three found on the GLC EQ.
Elsewhere, this teaser shows the electric C-Class will include the latest Mercedes-Benz headlights, complete with star-shaped LED daytime running lights. The overall proportions of the car are expected to be similar to the combustion-powered C-Class, which this model will be sold alongside.
Underpinning the sedan will be the MB.EA platform, also used by the GLC EQ. This means we can expect to see the same 94 kWh lithium-ion battery pack and 800-volt architecture, allowing for charging speeds of up to 330 kW. Perhaps most impressive is that the German brand is promising 497 miles (800 km) of driving range in the electric C-Class, likely set to be badged the C-Class with EQ Technology.
Baldauf
Technical Specs
Further powertrain details remain uncertain, but the C-Class EQ should be available in several different rear- and all-wheel drive configurations.
Little is known about the interior of the new model. It could hit the market with the same 39.1-inch seamless MBUX Hyperscreen as the GLC EQ, or it may be equipped with the slightly simpler Superscreen of the new-age CLA, complete with a 10.25-inch digital instrument cluster, a 14-inch infotainment display, and a 14-inch screen for the passenger.
The new GLC with EQ Technology will be sold alongside a combustion-powered version.
Premiering on the new model is Mercedes-Benz’s 39-inch seamless MBUX Hyperscreen.
All versions come standard with a 94 kWh battery pack and a 400-volt architecture.
While BMW has moved away from massive kidney grilles on its second-generation iX3 unveiled late last week, Mercedes-Benz has doubled down on the industry’s fascination with huge grilles, presenting the new GLC with EQ Technology before its long-awaited debut in Munich. The all-electric SUV will join the Mercedes line-up in the first half of 2026, serving as a successor to the poor-selling EQC.
Stand Out Looks
Visually, the new GLC with EQ Technology has similar proportions and a familiar shape to the current ICE-powered GLC, but features all-new front and rear fascias for the Mercedes brand. The most striking element of the new design is a reinterpretation of the Mercedes grille, now offered in an illuminated version with 942 backlit dots. Some will love it, while others will think it’s cheap and tacky, but there’s no denying it’s eye-catching.
The headlights are also all-new and feature star-shaped LED daytime running lights, a design element that will become a signature across the entire Mercedes lineup. Plenty is going on at the rear, too, including similar star-shaped LED lights and a two-piece roof spoiler.
Tech-Heavy Cabin
Mercedes has long built some of the finest interiors on the market, and it’s left no stone unturned in modernizing the cabin of the GLC for the electric era. The tech-heavy design is highlighted by the new seamless MBUX Hyperscreen, measuring 39.1 inches (99.3 cm) and stretching across the entire width of the dashboard.
Elsewhere, an intricate ambient lighting system has been installed, and can even be added to the standard panoramic glass roof. Positioned to the sides of the massive screen are gorgeous circular air vents, while located below it are two rectangular vents. There are also two cupholders and two wireless phone chargers on the floating console, making for what is a very minimalist design by Mercedes-Benz standards.
What Powers This Thing?
Now onto the mechanical stuff. The wheelbase of the GLC with EQ stretches 117 inches (2,972 mm), making it 3.1 inches (8 cm) longer than the combustion model. This boosts front and rear legroom and headroom. There’s also 570 liters (20 cubic feet) of cargo space in the rear and a 128-liter (4.5 cubic-foot) frunk.
All versions of the electric GLC use the same 94 kWh lithium-ion battery pack. Mercedes has confirmed the range will launch with a flagship GLC 400 4MATIC version delivering 483 hp through a twin-motor system, but four other versions will follow.
Performance times haven’t been announced, but Mercedes says the GLC with EQ Tech will be able to drive up to 443 miles (713 km) on a single charge under the WLTP cycle. That’s not the only impressive thing. Thanks to the new-generation battery pack, the GLC supports DC charging speeds of up to 330 kW, meaning 186 miles (300 km) of range can be added in just 10 minutes.
S-Class Suspension
Shoppers will be able to order the new GLC with the same Airmatic air suspension as the S-Class, complete with rear-axle steering and intelligent suspension control, aiming to improve comfort significantly. This system also communicates with traffic infrastructure to sense and respond to impending bumps in the road. The air suspension also uses Google Maps data to ensure the car is in its lowest possible setting for as long as possible, boosting efficiency. For example, if you’re on a highway and have to slow down for road works, the GLC will remain in its squatted position, whereas other cars using speed-sensitive air suspension often rise at lower speeds.
Mercedes-Benz is also boasting about a significantly improved brake regeneration system. Four different levels of recuperation are available, with the highest setting providing up to 300 kW of regen.
When Can I Get One?
Market-specific pricing details will be released at a later date. In the meantime, let us know what you think of the new GLC with EQ Technology below. Will it be a hit, or will it be a miss?
Porsche confirms electric Cayenne will deliver more power than the Turbo S E-Hybrid.
The Cayenne EV Coupe shares design cues with the regular Cayenne EV sibling.
Key visual updates include distinctive headlights, a new grille, and revised LED taillights.
Soon, Porsche buyers will have not one, but two all-electric Cayenne EV body styles to choose from as the Coupe version is also receiving the same electric treatment as its more traditional SUV sibling. Captured up close in these new spy images nearly undisguised, the electric Cayenne Coupe will adopt many of its design elements from the regular Cayenne EV, albeit in a slightly sleeker and lower profile.
As we’ve seen with other prototypes, including one being promoted by the German automaker itself, the electric Cayenne Coupe will look quite a bit different than the current ICE model that will remain in production, and have an arguably less attractive design inspired by the smaller Macan Electric. The changes start at the front with a new set of headlights.
Details in the Design
Alongside the new headlights, Porsche has developed an entirely new lower grille for the SUV, complete with what appear to be adjustable horizontal slats. There are also two bulbous air curtains directly below the headlights.
The sides of this almost completely undisguised prototype are also quite intriguing. Porsche has slapped on some black fenders, which cheapen the overall look of the model, while also installing black plastic rocker panels, which, again, don’t do the premium SUV any favors. Here’s hoping that painted arches and rocker panels are at least an option on the production model.
The rear is perhaps the most intriguing. Like the current combustion-powered Cayenne Coupe, the rear sits lower with a steeply raked window and a small decklid. The LED taillights of this prototype have the same pixel design as we’ve seen on others being tested by Porsche. However, the pixels are expected to be ditched in favor of a solid light bar for the production model.
Platform and Battery Tech
The Cayenne EV lineup rides on Porsche’s new PPE41C platform. While related to the PPE base used for the Macan EV, Porsche has heavily modified the setup with different motors and battery technology. Central to the system is a new 113 kWh (gross) battery pack developed with LG, using pouch-style NMC cells cooled on both sides to enhance performance.
This setup supports charging speeds of up to 400 kW, allowing a 10 to 80 percent top-up in just 16 minutes. With NACS compatibility on board, Porsche targets a range of at least 370 miles, placing the Cayenne EV among the longest-legged electric SUVs in its class.
Charging Made Easy
The Cayenne Electric will be available with an optional Porsche Wireless Charger, a weatherproof 11 kW inductive pad operating at 90 percent efficiency. The system automatically positions the SUV, lowers its suspension, and starts charging cable-free. It also supports hands-free use through the app or pre-set off-peak schedules.
Performance Outlook
Official figures have yet to be announced, but Porsche has confirmed that the flagship Turbo variants of both SUV and Coupe models will deliver close to, or even exceed, 1,000 horsepower. Lower trims will start around 400 hp, while S models are expected to land between 600 and roughly 700 hp. Practicality has also been factored in, with a towing capacity of 7,716 pounds (3,500 kilograms).
To add some theater, Porsche will offer an optional synthetic sound package. Instead of the Taycan’s futuristic whir, the Cayenne EV can be programmed to mimic a classic V8 rumble.
Launch Timing
It’s possible the Coupe will make its debut alongside the standard Cayenne EV in November, though a 2026 launch could also be on the table for the sportier looking variant. Whatever the reveal date, both models are expected to reach showrooms worldwide in the second or third quarter of next year.
Tesla may soon dethrone Nissan after leading Japan’s EV market for 15 years.
Recent price cuts led to a surge in demand for the Model 3 across the country.
The EV maker is also planning to double its showroom presence nationwide.
Throughout much of the year, Tesla sales have been on a downward spiral in many key markets, including Europe, the United States, and Australia. However, over in Japan, things are very different. In fact, throughout 2025, Tesla sales have jumped significantly, so much so that the American brand may soon surpass Nissan as the nation’s best-selling EV brand.
From January to August, approximately 6,590 new Teslas have been sold across Japan. This represents a massive 87 percent leap over the previous year, and has already topped the brand’s strongest year on record in Japan when it sold 5,900 vehicles in 2022. Tesla models proved particularly popular in August, with roughly 980 sales. That was more than double last August.
Closing in on Nissan
Year-to-date, Tesla is now only trailing Nissan by approximately 100 electric vehicle sales. Nissan has held the crown as Japan’s highest-seller of EVs for almost 15 years, reports Nikkei Asia, thanks to the Leaf.
Aggressive price cuts have contributed to Tesla’s surge in popularity. In May, it cut the price of the Model 3 by 453,000 yen (roughly $3,000), bringing its sticker price down to 3.99 million yen or $26,800. With government subsidies factored in, the actual outlay for buyers is even lower, which has helped broaden its appeal.
One advantage for Nissan is the upcoming launch of the next-generation Leaf. Sales won’t begin until later this year, which could be a double-edged sword: the new model may spark renewed interest once it arrives, but in the meantime it risks discouraging buyers from choosing the outgoing version still on sale.
New Locations
Elon Musk’s company has also been looking to grow its physical presence at locations across the country. According to Tesla Japan boss Richi Hashimoto, the company will open new dealerships in large shipping centers in a bid to further boost brand recognition. It currently has 25 locations in the country, and in 2026, this could double to roughly 50.
Currently, Tesla has a roughly 30 percent share of Japan’s EV market. Its network of Superchargers will also be expanded from the current 130 sites, ensuring that owners can easily and swiftly charge their EVs.
By the end of this year, it’s possible that Tesla may have sold as many as 10,000 EVs in Japan. Not bad for a company that’s struggling in many other markets, right?
After the R1T skidded to a stop, mysterious smoke began to enter the cabin.
There’s no word on what caused the reported catastrophic failure of this Rivian.
Fortunately for the owner, the truck seized up on a small neighborhood street.
Electric vehicles are often celebrated as a glimpse of the future, but real-world ownership can sometimes deliver a harsher reality. While the Rivian R1T has earned plenty of praise since its release, there have been recurring stories about reliability issues and inconsistent service experiences.
A recent account from one Rivian owner in the United States highlights the kind of breakdown that could make potential buyers pause before signing on the dotted line.
According to this driver, his nine-month old R1T abruptly locked up while he was cruising through his neighborhood, leaving him no choice but to call for a tow. He shared the experience on Reddit, where he expressed doubts about the truck’s reliability and Rivian’s response in situations like this.
A Sudden Breakdown
The owner says that while he was slowing to a stop in the green R1T, the vehicle seized up, the wheels skidded, and the entire EV shuddered. Moments later, it randomly shifted into neutral, and every warning light was illuminated on the instrument cluster. The issues didn’t stop there as a “terrible smelling smoke” then started to enter the cabin from under the center console.
To make matters worse, he says he had to stay inside the pickup as smoke filled the cabin because if he dared to lift his foot off the brake pedal, he says the Rivian would roll have backward.
Understandably, the incident has left the owner rather shaken. In the past, he questioned what could have happened had the alleged catastrophic failure occurred while he was driving on the highway, or if there were other cars nearby. “I could have slammed into someone! I can’t trust this vehicle ever again. I wouldn’t let my family be in it,” he wrote in the post.
The Towing Headache
The process of towing the vehicle also proved to be quite a headache for the owner. He says he decided to use his roadside insurance to get the R1T towed to a local Rivian service center, but was then given a “five-minute lecture” from a Rivian representative for not calling the carmaker directly.
“When I called Rivian support to confirm that my tow truck could just take it straight to the service center I had to listen to the rep lecture me on how I should have called Rivian first and not have used my roadside insurance,” he said.
“Seriously a five minute lecture while my foot was on the brake, my hand was propping the door slightly ajar so I could air out the cabin, all the while trying to signal to traffic to go around (people were nicely stopping and asking if I was alright),” the owner added.
At the time of writing, the owner hadn’t provided any updates about their electric pickup, and didn’t mention if Rivian had looked at the EV to determine what the problem was. If the incident unfolded as the owner claims, then it seems likely the R1T suffered either a serious mechanical or electrical malfunction, which left it stranded.
GM will pause Cadillac Lyriq and Vistiq production starting in December 2025.
Tennessee plant to operate on one shift with temporary layoffs due to slower output.
Chevy also delays second shift launch for next-gen Bolt at Kansas City factory.
America’s auto policy is in flux yet again and it’s already messing with production schedules. General Motors is one of the first big names to blink. It will pause production of two electric models in December and scale back output well into 2026, a move that will bring temporary layoffs.
The decision follows policy changes from the Trump administration, which has scrapped the federal EVs tax credit and removed penalties for automakers that miss fuel efficiency targets. With fewer incentives in place, manufacturers have more reason to lean on gas-powered vehicles.
According to a report from Reuters, GM’s production cuts will start in October and November when its assembly plant in Spring Hill, Tennessee, which is responsible for building the Cadillac Lyriq and Vistiq, is shuttered. In December, assembly of the two models will also be paused.
Production at this same plant will also be significantly curtailed through the first five months of 2026. This will force the company to temporarily lay off employees working on one of the two shifts at the plant
Ripple Effects at Other Sites
It’s not just this site in Tennessee that is impacted. GM has reportedly decided to indefinitely delay the start of a second shift at its plant near Kansas City. This site will be home to the next-generation Chevrolet Bolt, which is set to commence production later this year. While this move isn’t expected to impact the launch of the new Bolt, it does mean that The General will not ramp up production as much as it had initially planned.
GM’s electric lineup has been gaining traction, with August marking its strongest EV sales month to date at 21,000 units. The thing is, much of that surge is tied to the final days of the $7,500 federal tax credit, which expires at the end of the month. Without that incentive, demand for electric vehicles will likely ease.
The company admitted that changes are less about immediate EV demand and more about preparing for slower overall industry growth. In a statement to Reuters, GM said it is “making strategic production adjustments in alignment with expected slower EV industry growth and customer demand by leveraging our flexible ICE and EV manufacturing footprint.”
Still, executives are keen to emphasize that the automaker is not backing away from electrification entirely or they’re just putting on a brave face. According to GM head of North America Duncan Aldred, “the strength of our ICE portfolio will continue to separate our brands from the pack and give us flexibility and profitability that EV-only companies lack.”
Owners of 2025 and 2026 models won’t have to pay a penny for the NACS DC adapter.
In late 2023, Porsche said its new EVs would start to feature NACS ports from 2025.
Charging will initially only be available through the Tesla app as part of the soft launch.
If you own an electric Porsche in North America, public charging is about to get a whole lot easier. Starting on September 9, owners will gain access to the Tesla Supercharger network, which provides them with the opportunity to charge at any of the 23,500 charging locations across the continent, all enabled thanks to a new NACS DC adapter.
The newly developed adapter will be provided free of charge for all 2026 Porsche Taycan and Macan Electric models. Owners of the current 2025 Taycan and Macan Electric are eligible to receive a complimentary adapter, available through the My Porsche application.
Anyone who owns a 2024 or older Taycan can also use the NACS DC charger, but will need to pay $185 and order it from the Porsche Online Shop or pick one up from a Porsche center.
Getting Started
Access to the Tesla Supercharger network will start with a soft launch, where Porsche owners must use the Tesla app to enable charging. In the coming months, it’ll be possible to charge directly through the My Porsche app. Other stations from Ionna and Electrify America with NACS ports can be activated directly through the My Porsche app at launch.
Charging Made Easy
All eligible Porsche electric vehicles from 2026 onward will incorporate the new charging stations into their navigation systems, while older models will receive over-the-air software updates to show these newly available charging points.
“We are continually working to make every aspect of Porsche ownership as convenient as possible for our customers – and this news represents a significant step for owners of our electrified cars,” Porsche Cars North America president and chief executive Timo Resch said. “As we launch this offering, in the coming months we will be adding more features to make the process even more seamless.”
Why an Adapter Is Still Necessary
Interestingly, neither the 2026 Taycan nor the 2026 Macan Electric have the North American Charging Standard port, hence why an adapter is needed. This is despite the fact that, in 2023, it was confirmed that future VW, Audi, Porsche, and Scout EVs would use the NACS charging port from 2025.
Rivian cut 1.5 percent of its workforce, mainly in sales and service departments.
It faces a projected $100M revenue hit from changes in credit and policy rules.
Legacy companies no longer need to buy compliance credits from EV makers.
For as good as the Rivian R1T and R1S are, they do not sell at the volumes needed to ensure the brand can be profitable. This is why it is venturing downmarket, gearing up to release a more affordable model range known as the R2. And in preparation for its launch, Rivian is looking to slash costs, which means making layoffs.
Rivian confirmed that it recently cut about 225 jobs, roughly 1.5 percent of its 15,000 employees. The reductions targeted its commercial division, which oversees sales and service operations, and affected staff in both the United States and Canada.
Speaking with The Wall Street Journal, a company spokesperson confirmed that employees who were let go are being encouraged to apply for other open positions.
The Trump Effect
While the arrival of Donald Trump to the White House for his second term has been good news for some car manufacturers, including Stellantis with its gas-guzzling Dodge and Ram brands, things are proving to be more difficult for EV makers like Rivian.
As the US administration has eliminated fines for violations of the Corporate Average Fuel Economy rules, Rivian will no longer need to sell compliance credits to other automakers that would have fallen foul of these rules.
According to Rivian, this alone will cost it an estimated $100 million in revenue. That’s money that could have come in very handy in launching the R2, as well as other future models like the R3, R4, and R5.
Industry Pullback
Rivian is not the only EV maker recalibrating under the new landscape. Several other car companies have also been preparing to reduce production of their EVs, given that the federal EV tax credit will end on September 30. In Detroit, GM has temporarily laid off roughly 360 employees for a month to reduce GMC Hummer EV and Cadillac Escalade IQ production.
Ford sold 34K Mach-Es this year, narrowly surpassing the regular Mustang’s 31K sales.
Hybrids boosted Ford’s electrified lineup, with sales up nearly 24 percent year-over-year.
The world of cars doesn’t always move in straight lines. Once a symbol of raw horsepower and gasoline-soaked nostalgia, the Mustang name is now carrying a very different flag for Ford. The decision to place the Mustang badge on an all-electric crossover stirred plenty of debate, but the numbers show how quickly the landscape shifted.
The Mustang Mach-E may never outsell Tesla’s Model Y, yet it’s now moving well past the traditional Mustang itself.
August sales data released by Ford shows that last month, a total of 7,226 Mustang Mach-Es were sold across the United States. While this represents a small proportion of the total 190,206 vehicles that the Blue Oval shifted across the month, it did represent a significant 35.3 percent increase over the prior year.
Year-to-date, sales of the Mustang Mach-E are also up. Ford has managed to sell 34,319 units through the first eight months of 2025, a 6.7 percent rise from the 32,167 sold over the same period last year.
A Tale of Two Mustangs
Things aren’t looking so pretty for the regular Mustang, particularly in August. This year, a total of 31,015 have been sold across the country. This represents an 8.3 percent decline from the 33,817 that were sold during the January-August period in 2024. So, year-to-date, the Mach E is slightly outpacing the Mustang. However, the discrepancy in August sales is much more stark.
As mentioned, Ford sold 7,226 Mach-Es last month. By comparison, just 3,235 regular Mustangs were delivered, a modest 2.2 percent increase from 3,164 in August 2024. In effect, the Mach-E sold more than twice as many units as the iconic pony car that inspired its name. The sharp rise in Mach-E sales is likely tied to the federal EV tax credit ending this month, which appears to have prompted a last-minute surge in demand.
Looking elsewhere across the Ford range, sales of the F-150 Lightning rose 21.2 percent in August to 3,217 units, but sales are down 9.7 percent year-to-date to 19,077. The F-Series remains Ford’s best-selling model, shifting 68,318 units in August, easily outpacing Ford’s next best-seller, the Explorer SUV with 20,617 sold.
Hybrids Lead The Charge
Ford sold 10,671 electric vehicles in August, a solid 19.3 percent increase from last year, though year-to-date EV sales are still down 5.7 percent at 57,888. Hybrids, on the other hand, are carrying much of the momentum. With 18,773 sold last month and more than 155,000 moved this year, hybrid sales have surged nearly 24 percent compared to 2024.
Taken together, electrified vehicles now account for a growing slice of Ford’s business, pointing to a strategy that leans not only on full EVs but also on hybrids as a bridge for customers still wary of going all-in on electric.
The all-electric TT successor will hit the market just 30 months after being signed off.
Many of the car’s parts will be shared with Porsche’s electric Boxster and Cayman.
Like the Porsche twins, the Audi’s battery packs will be positioned behind the seats.
The Audi TT is long gone, but that doesn’t mean the brand is giving up on fun, compact sports cars. In fact, it has already started testing prototypes of what’s set to be the TT’s spiritual all-electric successor, recently previewed with the striking Concept C. Not only will the new model have a lot to live up to, but it’ll also be developed in less time than any other Audi to come before it.
To keep pace with the lightning-fast timelines established by Chinese automakers, Audi plans to launch its new electric sports car just 30 months after the project was approved. That kind of turnaround is a big shift for a brand known for taking its time.
“China speed at Ingolstadt comes with that car – around 30 months development time, which is really a revolution for us, to develop a car at that speed,” Audi chief executive Gernot Dollner told Autocar.
Shared DNA with Porsche, Different Identities
The electric TT successor will share more than a few components with Porsche’s upcoming all-electric 718 Boxster and Cayman. All three will ride on a modified version of the PPE platform co-developed by Audi and Porsche. Rather the battery pack being on the floor, as is common practice in most EVs, it will be located behind the seats, ensuring similar weight distribution and handling characteristics to a mid-engined sports car.
Still, Volkswagen Group boss Oliver Blume has been clear that despite the technical overlap, each model will stand on its own. “We have very clear brand identities which are very different between Porsche and Audi,” he explained. “That’s what we are doing across the Volkswagen Group, defining the clear brand identities.”
An EV That’s Focused On Fun
According to Audi chief technical officer Geoffrey Bouqout, the automaker is eager to ensure the electric TT is as fun to drive as possible.
“It’s all about the emotions and [being] fun to drive, and at the same time reducing to what you want to focus on,” he said. “Do you want to experience something that is full of information? No. You want to enjoy the drive, and you want to have only the information that you need, whenever you need – and this is part of the things that we’re working heavily on.”
Bouqout added that Audi isn’t necessarily trying to mimic the handling characteristics of the TT or a modern mid-engined model, but rather has taken inspiration from it “and translated it into a BEV model.” Its technical boss also noted that the company “don’t want to give some gimmicks” to enhance the driving experience.
“It’s more about also the acceleration, the capabilities of driving, while also being very stable. It’s something that we can fine-tune, all the sportiness, but I would not say we copied anything.”
The Case for Electric Thrills
For skeptics who believe the absence of an engine diminishes engagement, Blume offered a direct challenge: take the car for a spin. “They have to drive it. You feel so close to the road, having the noise of the wheels, and it’s such fantastic driving. The direct steering we have, it offers such a lot of opportunities, and then there’s the agility.”
On the design side, Audi executives suggest the production car will remain remarkably faithful to the Concept C with around 90 percent of the show car’s styling expected to carry over. If the schedule holds, the new model should arrive by 2027, completing one of the fastest development cycles in Audi’s history.
Toyota invests €680 million to expand Kolin factory with new EV facilities.
Expansion adds a fresh production line, welding shop, and a paint facility.
This will be the first battery-electric vehicle the brand builds in Europe.
Toyota is making a major push in Europe with a substantial investment in its Czech Republic factory, which will soon produce the company’s first battery-electric vehicle built on the continent. While Toyota has shared figures on the scale of the expansion and the money involved, it has yet to reveal anything about the EV itself.
Here’s what we do know. Toyota will invest €680 million (equal to $792 million at current exchange rates) at its factory in Kolin, expanding it from 152,000 to 173,000 square meters. Not only will this expansion include a new production line for the EV, but it also new paint and welding shops. Of the €680 million being invested, up to €64 million ($74.5 million) will be provided by the Czech Government.
Currently, the Czech factory produces the Yaris Hybrid and Aygo X and has an annual capacity of roughly 220,000 vehicles. While it’s certainly possible the EV in question could be based on the same TNGA-B architecture as the Yaris, Toyota has previously indicated that now is not the right moment to launch such a small EV, hence why it is currently focused on the C, D, and E segments.
Government Backing
The scale of the project drew praise from Czech Prime Minister Petr Fiala, who highlighted both the economic and strategic importance of the investment. “I am very glad that the Czech Republic managed to secure such a significant foreign investor as Toyota, even though other countries were also interested in this investment into electric car production,” he said.
Fiala also noted that the funding not only expands Kolín’s production capacity but also strengthens the country’s technological base, which is vital given that the automotive industry contributes about 10 percent of the nation’s GDP.
A First For Europe
Whatever shape the upcoming model takes, it will mark a milestone for Toyota as the first battery-electric vehicle it has ever produced at a European facility. For the automaker, it’s both a regional commitment and a step toward balancing its global EV strategy with Europe’s accelerating shift away from combustion engines.
The new Cayenne EV will support inductive charging at speeds of up to 11 kW.
Drivers align over the pad and the suspension automatically lowers for charging.
The option will debut in Europe next year before landing in other markets.
Is plugging in your EV at home a little too difficult? Well, Porsche thinks it has the answer for you, announcing that the forthcoming all-electric Cayenne will debut with an optional inductive charging floor plate, meaning you’ll never have to deal with annoying charging cables ever again. That is, until you have to use a public charger, of course.
Porsche is not the only carmaker to have invested in wireless charging for its EVs, as Tesla’s upcoming Cybercab will also support inductive charging, and even the hybrid McLaren Speedtail included a compact charging pad several years ago. In the case of the electric Cayenne, it will support a receiver unit located between the front wheels, capable of supporting charging speeds of 11 kW.
How It Works
The floor plate contains all the necessary components to initiate charging over the air, although it does need to be plugged in with a cable. Charging will be as easy as driving the Cayenne EV above this plate and when the SUV is in position, the air suspension will automatically lower, reducing the distance between the two charging units to between four and six inches. Helping to guide drivers into the correct position will be the Cayenne’s Surround View parking function.
All energy transferred through the pad is monitored in the My Porsche app, giving owners an easy way to keep track of charging sessions.
Porsche has not said how quickly it will take to charge the electric Cayenne using the wireless charging pad, but 11 kW is the norm for standard household charging units, so it should be more than quick enough for a good overnight charge.
There’s also no word on how much the inductive charging will cost. What we do know is that it will launch in Europe next year before expanding to other regions, including North America.
About That Paint…
The carmaker will showcase the new system at next week’s IAA Mobility Show in Munich, Germany, alongside a camouflaged prototype of the electric Cayenne. The prototype features a striking fluorescent paint made up of five different tones, which glows with bright shades of light when exposed to alternating voltage.
The second quarter was particularly bad for the ID.4 in the US as sales fell 65 percent.
VW is cutting production and furloughing 160 workers at its plant starting late October.
Employees will receive 80 percent of their base compensation and retain full benefits.
The ID.4 was supposed to be VW’s answer to the Tesla Model Y, the world’s best-selling electric vehicle. However, Volkswagen of America has revealed it will reduce production of the all-electric SUV at its Chattanooga plant, indicating that it is simply not selling locally in the numbers the German brand had hoped.
A total of 160 employees will be furloughed at the plant starting in late October. If there’s a glimmer of good news for employees impacted, it’s that VW will supplement unemployment from the state of Tennessee, so workers will be paid 80 percent of their base compensation and continue to receive full benefits.
Production Scaled Down
Speaking with Auto News, a VW spokesperson said that moving forward, fewer ID.4s will be assembled during each production shift.
“This adjustment in no way changes our commitment to the ID4, our growing EV portfolio, or our commitment to our Chattanooga team,” they said. “This is a market-driven decision, based on aligning our production volume to market demand.”
While production of the ID.4 will be reduced, the Atlas and Atlas Cross Sport will still be built at their current in Chattanooga.
Sales Numbers Tell the Story
A quick look at the sales numbers reveals why the production changes are being made. Through the second quarter of this year, US sales of the ID.4 dropped 65 percent. For the first six months of 2025, they are down 19 percent. Clearly, it doesn’t make sense for VW to continue building as many units as it used to if there’s insufficient demand.
It must be noted that it’s not just 2025 that has proven to be a tough one for the electric SUV. The previous year, VW only managed to shift about 17,000 units in the US, a significant fall from the roughly 38,000 that were sold in 2023.
Porsche hasn’t said how long it’ll take to build the models that have been ordered.
The sports cars were axed in Europe in early 2024 for not meeting cybersecurity rules.
Next year, Porsche will launch all-electric versions of both the Cayman and Boxster.
For decades, buyers looking to park a Porsche sports car in their driveway could choose between the Boxster, the Cayman, and the 911. However, as Weissach continues its shift towards electrification, the ICE-powered 718 Boxster and Cayman have been killed off.
The decision isn’t a complete surprise. Enthusiasts have known about the models’ eventual demise for a while, and in some regions, they were already removed from sale. Now Porsche has confirmed that order books worldwide are officially closed. For those still hoping to buy a brand-new example, the only option left will be unsold stock sitting with dealers.
Although new orders are no longer being accepted, as reported by Autocar, Porsche has yet to confirm when production will officially stop. Some reports suggest it could take until 2026 to complete the backlog of 718 Cayman and Boxster builds already on the books. While the company hasn’t addressed those rumors, the final cars to leave the factory may well end up as sought-after collector pieces in the years ahead.
As mentioned above, the writing has been on the wall for the two models for several years. In early 2024, Porsche was forced to stop selling the Cayman and Boxster in Europe because they failed to comply with cybersecurity regulations and it deemed that wasn’t worth updating them to current standards.
An Electric Future
While the ICE-powered 718 twins we know and love is dead, the Cayman and Boxster names will live on as Porsche is currently in the midst of developing all-electric versions of both. Prototypes have been spied testing frequently during the past two years and the production models are expected to launch by 2026.
It’s understood that Porsche will sell the new models in single-motor, rear-wheel drive, and dual-motor, all-wheel drive versions. There’s no word on tech specs just yet, but it stands to reason that they’ll be quicker than their predecessors.
However, while we trust the German brand to ensure the driving dynamics will match those of their predecessors, making them stir the same kind of emotions with an electric, instead of a combustion, powertrain may prove a hard task.
Tesla says the new Model Y Performance needs just 3.3 seconds to hit 60 mph.
Model S Plaid and Model X Plaid both feature standard launch control systems.
Model 3 Performance may also gain launch control through a future software update.
For as powerful and thrilling as the Tesla Model 3 Performance is, it lacks perhaps one of the most obvious settings for a vehicle like it – launch control. The new Tesla Model Y Performance, unveiled late last week, is a little different.
Much like the Model 3, the new Model Y Performance is equipped with a pair of electric motors, ensuring all four wheels have traction regardless of the conditions. Tesla says the new crossover can hit 60 mph (96 km/h) in just 3.3 seconds, or 62 mph (100 km/h) in 3.5 seconds. While Tesla’s release for the most potent version of the world’s best-selling EV didn’t make any mention of a launch control system, a post shared to Reddit reveals that it has one.
A Hidden Performance Trick
The images, captured at what looks like a mall showroom, show the 2026 Model Y Performance’s central infotainment screen detailing how to enable what Tesla calls Launch Mode.
The display says the special mode “provides optimum acceleration for closed circuit driving and surfaces with good traction,” and it appears to function just like pretty much every other launch control system on the market.
Activating it is simple. Drivers press the brake firmly with the left foot while flooring the accelerator with the right. Once both inputs are registered, the display signals with a “Launch Mode enabled” message. The moment a driver lifts off the brake pedal, the Model Y Performance will sprint off the line like a scolded cat.
Given the instantaneous power provided by electric motors, launch control systems on EVs perhaps aren’t as important as they are in combustion-powered cars that need to build revs to get peak horsepower and torque. But, using launch control, even in an EV, is heaps of fun, so it’s nice Tesla has added it to the Model Y Performance.
That leaves the question of the Model 3 Performance. For now, owners don’t have access to the same feature, but given Tesla’s track record of adding capabilities through software updates, it wouldn’t be surprising if Launch Mode eventually makes its way into the sedan sooner rather than later.
Tesla has previously recalled over 1 million vehicles in the US over a similar issue.
The carmaker says the driver’s side window may close with excessive force.
Vehicles with software 2025.26.6 or later are not impacted by the Aussie recall.
A safety issue has prompted Tesla to recall more than 7,000 vehicles in Australia, though the fix is far less disruptive than most owners might expect. Instead of scheduling a trip to a dealership, drivers will simply receive an over-the-air software update that addresses the problem from home.
The recall was announced by the nation’s federal transportation department over the weekend and reveals that the driver’s side window’s automatic protection system may not function as intended. Consequently, the window may close with excessive force even if there’s an obstruction, like a hand or a finger. The department notes that this can increase the risk of injury to a vehicle occupant.
A total of 7,301 examples of the 2025 Tesla Model Y are impacted by the recall, with Tesla confirming that every variant of the SUV is included in the campaign.
The carmaker will reach out to all impacted owners in writing, informing them of the recall. Tesla has noted that any vehicle already running software version 2025.26.6 or later is exempt from the recall. Owners of 2025 Model Ys can view the software version they have by navigating to Controls > Software through the infotainment display.
As with many Tesla updates, the solution is delivered wirelessly. The corrective software will be pushed out to all affected Model Ys, eliminating the need for service center visits and keeping downtime to a minimum.
Lightning Strikes Twice
While this is the first time that the Tesla Model Y has been recalled in Australia for a problem related to the side windows, it’s not the first time Tesla has issued a recall for such a fault elsewhere. Almost exactly three years ago, Tesla recalled 1,097,762 vehicles in the United States because the side windows could close with more force than permitted under Federal Motor Vehicle Safety Standards and may not have retracted once an obstruction was detected.
This recall impacted what was the entire Tesla line-up at the time, consisting of the Model S, Model X, Model 3, and Model Y.
The S7 and P7 have failed to appeal to Chinese customers like Honda would have hoped.
Within a month of the S7’s market launch, its starting price was slashed by roughly $8,400.
The lack of hands-free autonomous driving is considered to be a notable disadvantage.
Legacy carmakers are learning that winning over Chinese buyers requires more than simply shipping in global models. To hold onto market share, they need to design electric vehicles tailored specifically for local tastes and expectations. Nissan has managed this with its Dongfeng-based N7 sedan, while Honda has attempted a similar approach with its locally developed Ye series. The results so far have been less encouraging.
Recent sales data from the country reveal that Honda’s sales in China fell 2 percent during the April-June quarter to a mere 2,900 vehicles. This comes despite the electric S7 and P7 recently landing in the local market. It would appear that the Japanese brand missed the mark with both of them.
Honda’s issues started with its pricing strategy. When launched in China, the S7 started at 259,900 yuan, or roughly $36,300. In most markets, that would be a very good deal. That is not the case in China. Less than a month after the S7’s launch, its price was slashed by 60,000 yuan (around $8,400).
Pricing isn’t the only hurdle. A report from Nikkei Asia snuggests that the performance and features on offer leave a little to be desired. Both the S7 and P7 are equipped with the Honda Sensing 360+ driver-assistance system, but neither includes any form of hands-free driving, which is becoming increasingly common in the People’s Republic new car market.
The Japanese brand isn’t throwing in the towel just yet, though. As a response, it announced a partnership with local firm Momenta to introduce more advanced driving-assistance technologies. Its market-specific EVs are also set to receive advanced artificial intelligence features from DeepSeek, meaning owners will be able to have in-depth conversations with the in-built AI.
Significant mechanical changes are also underway. Honda plans to start using cheaper lithium-iron phosphate (LFP) batteries for its Chinese models, something that will enable it to lower costs.
Honda Suffers, but Nissan Thrives
While Honda is struggling in China, Nissan is gaining strength. Its all-electric N7 was launched earlier this year priced from just 119,900 yuan ($16,800), and it secured 17,000 orders in the first month alone. Demand for it remains strong, and in August, the company delivered 10,148 examples. By comparison, none of Honda’s EVs have sold more than 10,000 units in any single month.
For the 2026 model year, prices for the model will fall from $64,995 to $59,995.
The price reduction means the Scat Pack will be just $2,000 more than the base R/T.
Unfortunately, the Charger Daytona is no longer eligible for a $7,500 leasing incentive.
It’s standard practice among car manufacturers to increase, to some degree or another, the prices of their vehicles with each passing year. However, Dodge is doing something different for the 2026 Charger Daytona, and it doesn’t paint a pretty picture for a model that was supposed to usher in an exciting new era of all-electric muscle cars.
Dodge initially launched the Charger Daytona in R/T and Scat Pack guises. However, after realizing that no one actually wanted to buy a Charger without a V6 or a V8, it ditched the R/T, leaving the $64,995 Scat Pack as the only electric version of the new-age Charger available. It has now been revealed that its price will be slashed to $59,995 for the 2026 model year, which amounts to an 8.3 percent price reduction.
The price cut means the Scat Pack will soon be just $2,000 pricier than the discontinued R/T, which used to start at $57,995. This comes despite the fact that the Scat Pack delivers an impressive 670 hp, whereas the R/T was capped at “just” 496 hp.
CarsDirect uncovered pricing details for the 2026 Charger Daytona Scat Pack through an official order guide. It made no mention of any major equipment changes for the 2026 model, so it should be largely identical to the current car.
No Tax Credit
Sadly, the price cut will not completely offset President Donald Trump’s return to the White House. Although the Scat Pack had not been eligible for the $7,500 federal EV tax credit when purchased, the rebate was available when leased. This will no longer be the case after the Trump administration axed the long-standing EV incentive program.
In addition, the Scat Pack remains pricier than the recently announced Charger Sixpack. Dodge recently announced that the twin-turbocharged, 3.0-liter inline-six version will start at $54,995. For traditional muscle car enthusiasts, it will likely remain the obvious choice, but given that it is capped at 550 hp, shoppers seeking the ultimate in performance regardless of powertrain would be wise to look closely at the Daytona Scat Pack.
New Low Power Model will disable things like Sentry Mode and cabin preconditioning.
If plugged in and charging, Sentry Mode will continue to work with Low Power Mode.
Tesla owners will still be able to access their vehicles using the brand’s smartphone app.
Imagine heading off on vacation, leaving your Tesla parked, and returning to discover the battery has quietly drained itself. It’s a frustrating scenario that owners have dealt with for years, but Tesla is finally rolling out a fix. The new feature is called Low Power Mode, designed to switch off energy-hungry systems when a car is left idle for an extended period.
Introduced with the 2025.32 software update, Lower Power Mode can be accessed through the main infotainment display, navigating through Controls > Charging, and then enabling it. When toggled on, the system shuts off some of Tesla’s most power-hungry features.
Cutting Back The Power Draw
The most important is Sentry Mode. While this system is handy to capture footage should a Tesla be damaged while parked, it’s been shown to quickly drain the battery pack. In addition to Sentry Mode being disabled, Low Power Mode turns off the Summon Standby system, cabin overheat protection, scheduled preconditioning, camp mode, the climate control, defrost functions, the seat and steering wheel heaters, and the power outputs on the Cybertruck.
Owners will be pleased to know that should they enable Low Power Mode while charging their EV, Sentry Mode will continue to function. The climate control and camp mode systems will also remain active when Supercharging.
Don’t Worry, Your Tesla Will Still Be Connected
Importantly, Low Power Mode does not make a new Tesla feel like an old car, far removed from AI, the cloud, or any of the systems that have become so commonplace in new cars. Instead, Tesla vehicles will still remain connected and accessible through the Tesla app. The car will also continue to automatically manage battery temperature.
Tesla has not specified by how much the new Low Power Mode will reduce battery drain, but it’ll likely vary on a case-by-case basis depending on which systems owners elect to keep active and where they park their vehicle, including the climate.
Either way, it’s good news for owners who would have otherwise been worried about returning from a vacation, only to find their Tesla’s battery had been drained.
PROS ›› Sleek design, respectable efficiency, great ride qualityCONS ›› Cheap interior plastics, haptic buttons, no one-pedal driving
The battle in the battery-electric vehicle segment has never been fiercer. A growing number of brands from China have turned the EV industry on its head, forcing legacy automakers to up their game and invest heavily in the sector.
One of Audi’s first entrants into the electric SUV space was the Q4 e-tron, first launched in early 2021 as a rival to the likes of the Tesla Model Y, Volvo XC40 Recharge, and the BMW iX1 and, in Sportback guise, the BMW iX2. Barely two years after being unveiled, in late 2023, the Q4 e-tron was updated, bringing with it new electric motors, improved range, and more equipment.
Despite being on sale in Europe and the US for quite some time, the Q4 e-tron only recently landed in Australia, providing us with our first opportunity to put it to the test. It’s sold locally in SUV and Sportback guises and in 45 e-tron and 55 e-tron quattro forms. We tested the former in its entry-level trim.
QUICK FACTS
› Model:
2025 Audi Q4 45 e-tron
› Starting Price:
AU$86,250 (~$55,800) as tested
› Dimensions:
4,588 mm (180.6 in.) Length
1,865 mm (73.4 in.) Width
1,632 mm (64.2 in.) Height
2,764 mm (108.8 in) Wheelbase
› Curb Weight:
2,240 kg (4,938 lbs)*
› Powertrain:
Rear-mounted electric motor / 77 kWh battery
› Output:
282 hp (210 kW) / 402 lb-ft (545 Nm)
› 0-62 mph
6.7 seconds* (0-100 km/h)
› Transmission:
Single-speed
› Efficiency:
17.4 kWh/100 km as tested
› On Sale:
Now
*Manufacturer
SWIPE
Photo Credits: Brad Anderson/Carscoops
What Makes Up The Q4 e-tron?
Underpinning the Q4 e-tron is VW’s familiar MEB platform and an 82 kWh gross, or 77 kWh usable, lithium-ion battery pack. As part of the 2023 update, power for the 45 e-tron was upped from 270 hp (201 kW) to 282 hp (210 kW). It also produces a solid 402 lb-ft (545 Nm) of torque through the rear wheels.
Prices kick off from AU$84,900 (~$55,000) for the base 45 e-tron and top out at AU$107,500 (~$69,600) for the 55 e-tron quattro Sportback. Our tester was optioned with the AU$1,350 (~$870) metallic paint, which brought up its price up to AU$86,250 (~$55,800).
With the exception of the massive faux Singleframe grille, which can be divisive, the Q4 e-tron is quite a good-looking SUV. Similarly, the interior has its pros and (of course) its cons.
Photos Brad Anderson/Carscoops
A Quirky Cabin
One thing I immediately appreciated about the cabin was the dashboard. Having spent plenty of time behind the wheel of new cars coming out of China, it was nice to step inside an SUV that has some personality, rather than a bland dash, a big screen, and not much more.
A 10.25-inch digital gauge cluster comes standard across the range, as does an 11.4-inch infotainment system supporting wireless Apple CarPlay and Android Auto. The screen is nice and responsive, and the menus are easy to understand, as with other Audi models. The software feels a little dated, but it’s usable, and the screen is handily tilted towards the driver.
Positioned below the screen are buttons for the climate control system. While plastic and rather cheap, they’re much nicer than HVAC controls in the infotainment screens of some competitors. Some flashy silver trim on the dash adds to the striking looks, as does the four-spoke steering wheel. However, there are some rather odd features.
Interior Oddities
The most notable feature is the floating console. Finished in piano black, it houses the electronic shifter and drive mode buttons, and while functional, it’s suspended over a weird array of storage cubbies. There’s a small shelf big enough for a pair of sunglasses, two vertical slots where you can put a phone, and then a separate wireless charging pad. But the charger is vertical, so you have to rest your phone on its side to charge it and secure it in position with a plastic clip that, unfortunately, may scratch a phone’s screen. A single, large storage area would have been a more elegant solution.
The haptic buttons on the steering wheel can also be infuriating. You can press the buttons individually, or swipe across them for various functions, but it’s easy to mess up. On several occasions, I accidentally hit the telephone icon while trying to skip tracks, making inadvertent phone calls. I’m also not a fan of the piano black around the door handles, which are prone to scratching.
Photos Brad Anderson/Carscoops
Additionally, for an AU$86,250 (~$55,800) SUV, there are a few too many cheap black plastics spread throughout.
Space at the front is good. The seats are appointed in lovely leather trim and include heating and 4-way lumbar support. Sadly, the front passenger seat is not electrically adjustable, which is a shame at this price point. Our tester also had some worrying signs of wear on the driver’s seat, despite only being driven a few thousand kilometers.
Included among the (welcome) features is an ambient lighting system and an eight-speaker audio system with a subwoofer.
The second row is just big enough for tall adults, but headroom is lacking, as is toe room. It would have also been nice if Audi added a panoramic glass roof, as you’ll find in many other electric SUVs, some of which are significantly cheaper than this. Cargo space sits at 520 liters (18 cubic feet), or 1,490 liters (52.6 cubic feet) with the rear seats folded down.
Photos Brad Anderson/Carscoops
The Drive
Jump into the Q4 e-tron and you can set off in one of two ways. The simplest one is to press the brake pedal, select Drive or Reverse, and set off, just like a Tesla. Perhaps to cater to more traditional buyers, Audi has also added a physical Start/Stop button.
At low speeds, produces a more noticeable hum for pedestrian safety than some other EVs, but it goes away once you build speed. Speaking of speed, I was pleasantly surprised by how rapid the 45 e-tron felt. It’ll run to 100 km/h (62 mph) in 6.7 seconds, which isn’t far off some proper hot hatches, and pulls strongly to highway speeds.
Much like a Hyundai or Kia EV, Audi has positioned paddle shifters on the steering wheel to adjust the level of brake regeneration on the fly. However, there’s no full one-pedal driving mode.
The ride quality is exceptional. The Q4 e-tron suits Australian roads perfectly, providing the right amount of support while ironing out any significant imperfections in the road. And yet, it still manages to retain a slightly sporty edge, so it is quite enjoyable to drive.
A handful of different drive modes are available, including a configurable Individual mode where you can adjust the powertrain and steering. You can also up the brake regen by driving in ‘B’ rather than Drive, which is what I did most of the time during my week with the SUV.
The Q4 e-tron is reasonably efficient. I averaged 17.4 kWh/100 km while I had it, matching the Polestar 4 and Leapmotor C10 I recently tested. This brings the real-world range closer to 450 km (280 miles). The Audi supports both 11 kW AC charging and 175 kW DC fast charging, meaning the battery can be charged from 10-80 percent in 28 minutes. That’s not class-leading, but it should be adequate for most buyers.
All Q4 e-tron models sold in Australia include adaptive cruise control with active lane-centering. Like most other EVs on the market, the Q4 45 e-tron excels on the daily commute. It’s whisper quiet, the steering is light yet direct, and it’s well insulated from outside intrusions.
Photos Brad Anderson/Carscoops
Verdict
The entry-level Q4 e-tron is a solid option for those in the market for an all-electric SUV of this size. But it comes with a premium price tag and doesn’t feel up to scratch in some areas, mainly due to some shortcomings with the interior and the fit and finish.
While not a traditionally shaped SUV, the Polestar 4 we recently drove feels a fair bit more premium, and yet is slightly cheaper. Then there’s the matter of the army of EVs emerging from China that are becoming increasingly compelling for new car buyers across Australia.
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