Chinese EV exports are booming and were up 87% last month.
Mexico was the top export market in November with 19,344 units.
Over 600,000 Chinese EVs have been exported to Europe in 2025.
Chinese cars were once the butt of jokes, but they’ve become a major threat to Western automakers. That’s clear today as data from China’s General Administration of Customs has revealed exports of electric vehicles soared 87 percent in November.
That’s a huge increase compared to last year and the most popular destination in November was Mexico. Chinese EV exports to the country soared 2,367 percent to total 19,344 units. While the numbers don’t reveal which vehicles were responsible for the boost, the BYD Dolphin Mini has been a hit south of the border.
The small EV measures just 148.8 inches (3,780 mm) long and features a front-mounted motor developing 74 hp (55 kW / 75 PS) and 100 lb-ft (135 Nm) of torque. Customers can also get 30.1 and 38.8 kWh battery packs, which provide a NEDC range of up to 236 miles (380 km).
Mexico was followed by Indonesia and Thailand as the top markets for Chinese exports last month. The former country imported 17,503 vehicles, while the latter took in 13,517.
Focusing on Europe, exports to the UK soared 113 percent last month to 9,096. This means 121,555 Chinese EVs have arrived since the beginning of the year and this is an increase of 24 percent .
That pales in comparison to Belgium, where 195,309 Chinese EVs have been imported in the first 11 months of the year. However, it’s worth noting this is a 15 percent drop compared to 2024.
Where Most Chinese EVs Are Going
Asia remained the biggest market for Chinese EVs as exports climbed 71 percent to 110,061 units in November. They were followed by Europe and Latin America (including the Caribbean).
While Asian countries have imported nearly 1 million Chinese EVs through November, the big story is Europe’s 604,105. That’s 12 percent more than 2024 and the number shows why European automakers and politicians are so worried.
Cybertruck’s 4-foot wiper has frustrated owners since launch.
Owners say wiper contact is weak, reducing cleaning ability.
Tesla confirms wiper performance is under investigation now.
It’s been two years since Tesla began delivering the Cybertruck to customers, yet the company is still wrestling with one of the vehicle’s most persistent design headaches. We’re talking about its massive single windshield wiper.
Despite earlier attempts to fix it through mechanical and software updates, Tesla is now believed to be working on a third version of the wiper system to finally address lingering faults.
A recent case in the US highlights the problem. When a Cybertruck owner brought their vehicle in for service, Tesla’s response revealed that “wiper performance is under active Engineering investigation,” according to a message from the company’s service department.
What’s Wrong With the Blade?
Complaints from owners began as soon as deliveries started. The wiper’s 4-foot blade is the largest fitted to any production vehicle, but users have flagged multiple problems. These include poor blade contact at the middle and top of the stroke, improper stowing at highway speeds, and washer fluid issues.
Performance drops further in cold weather, where salt, slush, and snow can overwhelm the system. Some owners have also noted that the wiper occasionally fails to clear the area in front of the forward-facing FSD cameras.
One post on X captured the frustration:
Love the Cybertruck. Hate the wiper system. Tesla needs to issue a voluntary service providing a free upgraded/redesigned wiper arm and sprayer. This is not a one-time event. Happens every time we hit salt/slush and snow. It’shighly unsafe. There were a few times today on I-70… pic.twitter.com/ajy2BYFQDA
Tesla recalled the wiper motors in June 2024 and has also updated the software, aiming to improve the blade’s movement and how it sits when not in use. A revised V2 blade has also been installed on many trucks, but that version appears to have its own reliability concerns.
The full scope of Tesla’s engineering investigation, initially reported by Not a Tesla App, hasn’t been made public. It’s unclear how long the company has been working on a fix or when an update might be introduced.
There’s speculation that a more substantial redesign could be underway. NotebookCheck notes that the original self-driving Cybercab concept featured a single wiper blade, similar to the Cybertruck. But a newer prototype, believed to be close to production, was recently spotted with a more conventional twin-wiper setup. That’s fueled suggestions that the Cybertruck might adopt the same configuration.
EVs in China must meet new consumption rules starting in 2026.
Models that fail may be pulled from sale or updated to comply.
Rule is said to be world’s first mandatory EV efficiency law.
Fuel economy regulations have shaped the auto industry for decades, setting benchmarks for combustion engines around the world. But when it comes to electric vehicles, formal efficiency standards have remained largely absent.
That’s beginning to change. In China, a new set of laws focused on EV energy consumption is set to take effect, requiring automakers to deliver more efficient electric models.
The regulations are designed around vehicle weight, assigning maximum energy usage thresholds for different categories. For example, a typical battery-electric passenger car weighing about two tons will need to consume no more than 15.1 kilowatt-hours per 100 kilometers.
That’s quite a low number and is around the same as you might expect to achieve in a new Tesla Model 3 during typical, everyday driving.
Efficiency Gets a Legal Backbone
According to local media, these new regulations will be approximately 11 percent stricter than the outgoing recommendations. Chinese authorities believe that thanks to the new efficiency standards, EV owners will see an increase in their average driving ranges of about 7 percent.
Importantly, the regulations are designed to prevent manufacturers from simply bolting on larger battery packs to achieve longer ranges. Instead, the focus will shift to improving the efficiency of existing systems and designs.
Chinese tech publication IT Home notes that this will be the first mandatory EV power consumption regulation in the world. The law is scheduled to take effect on January 1, 2026.
Behind the Policy Push
Work on the new standards has been ongoing for several months. In July, China’s Ministry of Industry and Information Technology, the National Development and Reform Commission, and the State Administration for Market Regulation met to work on the new laws, as well as new battery recycling standards.
Car News China notes that many EVs currently sold by major brands like BYD and Geely already meet the new efficiency standards. Models that fall short may need to be upgraded or pulled from production entirely until they’re brought into compliance.
Some robotaxis stall when doors are left slightly open by riders.
Workers say the job is often inefficient and barely profitable.
New robotaxi models may fix this with automated sliding doors.
Getting paid to shut a car door might sound like the setup for a joke, but in parts of Los Angeles, it’s become a legitimate line of work. As autonomous vehicles increasingly take to the streets, a small but growing number of local towing companies have found themselves serving as on-call assistants to robotaxis with limited physical capabilities.
For as much as $24 a pop, these companies are paid to close car doors left ajar by distracted passengers exiting Waymo’s self-driving vehicles. If the situation is more complicated, such as a car stranded mid-route, they can earn between $60 and $80 for helping get the vehicle moving again.
What Happens When Tech Forgets the Basics
A recent report highlights how tow truck drivers are now using an app called Honk, which contracts with Waymo’s autonomous EV fleet in the Los Angeles area.
If a rider exits without properly closing the door, the car won’t budge. It simply waits, parked awkwardly in the street, until someone shows up to finish the job. That someone often arrives thanks to a notification from Honk.
According to Cesar Marenco, owner of Milagro Towing in Inglewood, California, who spoke with The Washington Post, he handles around three jobs per week for Waymo through the Honk app, usually to shut a door or tow a vehicle that’s run out of charge.
It’s not exactly a money-maker. JKK Towing owner Evangelica Cuevas says that the Honk app doesn’t always provide them with the precise location of a vehicle, meaning they may have to walk around for up to an hour just to locate it.
When factoring in the fuel costs, receiving between $22 and $24 to close a door, or up to $80 to tow a vehicle, doesn’t always make it profitable.
The Cost of Chasing Robotaxis
Earlier this month, several of Waymo’s robotaxis stopped after a power outage at traffic lights throughout San Francisco. Several tow companies were alerted to the disruption. Not everyone believes the rates offered by Waymo are fair.
Jesus Ajuiñiga, manager of Alpha Towing and Recovery in San Francisco, told The Washington Post that he’s turned down Waymo calls. The rates, he says, don’t come close to the $250 he normally charges to tow an all-wheel-drive vehicle. And for some, that’s just too steep a compromise.
Things could start to change. Whereas the Jaguar I-Pace models primarily used by Waymo need their doors to be manually shut, the new robotaxis built by China’s Zeekr that Waymo is currently testing, have sliding doors like a minivan, meaning they can be opened and closed automatically.
Hyundai’s smallest Ioniq debuts with practical five-door design.
All-electric powertrains could offer up to 400 miles of range.
Styling draws influence from the coupe-like Three Concept.
Electric vehicle sales may be cooling off with the rollback of government incentives in the United States, but Hyundai isn’t lifting its foot off the pedal just yet. In fact, it’s charging ahead with its most compact EV after the Inster. Named the Ioniq 3, this practical five-door hatch slots below the Ioniq 5 and Ioniq 6 in both size and price.
Previewed by the recent Concept Three, the Ioniq 3 could become one of Hyundai’s most significant global EVs, combining affordability with everyday usability. Camouflaged prototypes have already been spotted testing out in the open, hinting that an official debut is just around the corner. Here’s a look at everything we know so far.
Striking the Middle Road
Unlike its larger siblings, the Ioniq 3 avoids polarizing the public with a look that’s easier on the eye. Prototypes confirm that it retains the Concept Three’s coupe-like proportions, although the front fascia is toned down with more conventional battery-cooling intakes and slim pixel DRLs split from the main headlamps underneath.
From the profile, it trades the concept’s slim-frame windows for clamshell items (welcome back to the 90s). Elsewhere, it’s a clean, uncluttered profile with smooth surfacing and intersecting lines drawn from Hyundai’s ‘Art of Steel’ design language.
The rear features a high-mounted full-width tail light cluster with LED pixel elements and a split-glass hatch configuration similar to that of Toyota’s Prius. The concept’s translucent aero elements and wild lower diffuser won’t make the cut, yet it still sports a subtle spoiler.
A Tech-Focused Interior
SH Proshots
In a significant departure from Hyundai’s existing lineup, the cabin offers an all-new experience with a separate digital instrument cluster and a large Tesla-style infotainment display.
The screen runs Hyundai’s new Pleos Connect system, which is built on Android Automotive OS, bringing cloud-based user profiles (allowing owners to download features on demand) and conversational voice control for navigation and other vehicle functions.
Importantly, spy shots confirm the presence of physical buttons for HVAC controls below the infotainment screen. Elsewhere, the 5-seat cabin follows the same design theme as other Ioniq models, with minimalist door cards and ovoid trim elements.
Other highlights include Apple CarPlay Ultra compatibility, ambient lighting and enhanced Level 2 driver assistance.
While key specs remain under wraps, we know the Ioniq 3 will ride on a pared-down version of the E-GMP platform. Unlike the 800-volt architecture used in the Ioniq 5 and 6, this model runs a 400-volt system, helping to keep costs in check.
Two Lithium-ion NCM battery configurations are said to be on the cards, with the smaller packing coming in at 58 kWh, while the larger one muscles up 81.4 kWh. The latter should be good for a range estimate of 390-400 miles (628–644 km), and both offering V2G (vehicle-to-grid) and V2L (vehicle-to-load) capabilities.
With thin camouflage and key interior tech already known, we expect a full debut within the next six months and a global rollout by 2027. North American availability? Sorry folks, as this will be built in Turkey, it won’t be offered in the States.
Should Hyundai bring the Ioniq 3 to the USA? We’d love to hear your views in the comments below.
Our render uses the Citroen ELO to imagine a Fiat Multipla EV.
Two-story headlights return with subtle vintage Fiat design cues.
Sliding doors reveal a modular six-seat cabin with center driving.
The unveiling of Citroen’s ELO concept, with its stacked LED lights, minivan-like shape, and six-seat layout, immediately stirred speculation. Not just about the prospect of a Citroen-badged people carrier, but also about what it might mean for other brands within the Stellantis umbrella. It landed with a visual impact that invited questions beyond the concept itself.
Could this be the design foundation for a new Fiat Multipla? At first glance, it may seem like a stretch, but the idea isn’t as far-fetched as it sounds. Fiat is rumored to be bringing back the Multipla name for a family-focused SUV.
Still, the ELO’s shape and proportions prompted a different line of thinking; what if the next Multipla leaned more closely into its original spirit?
The Return of One-Box Thinking
The single-box layout of the Citroen concept feels oddly well-suited to a spiritual successor to the original 1955 Fiat 600 Multipla. The notion doesn’t feel far off, especially since both marques fall under the Stellantis umbrella.
With minimal styling revisions, Fiat could spin off a distinctive variant while still sharing development costs with Citroen, if such a minivan duo were ever to hit the streets.
There’s a clear visual callback in the lighting setup. The concept features round LEDs paired with slim DRLs positioned at the base of the windshield, subtly hinting to the stacked, two-tier headlights that made the 1998 Multipla infamous. A slightly reworked front end, with smoother surfacing and Fiat’s latest badge, completes the update.
Most of the 4.10-meter (161.4-inch) bodywork is carried over from the Citroen ELO, with the exception of the rear. There, the UFO-like split taillights jutting from the corners could be swapped for pill-shaped units that recall the cheerful styling of the Fiat Topolino.
As a finishing touch, we added a set of vintage alloy wheels from the Fiat 500 anniversary specials, along with a more expressive palette of exterior colors. Finally, discreet plastic cladding around the wheel arches with a matching finish for the bumpers and door inserts make the fictional model look ready to hit the road.
The wide-opening sliding doors and experimental cabin layout of the Citroen concept also make sense here. Six individual seats, a central driving position, and the option to remove chairs or add accessories like inflatable mattresses and modular storage could make this an ideal companion for family adventures.
Packaging like that requires a dedicated EV platform. That means no room for combustion engines. But a compact rear-mounted motor and a modest battery would be more than sufficient for city use and the occasional weekend escape.
The Story of the Multipla
The original Fiat 600 Multipla, designed by Dante Giacosa, was introduced in 1955. It was based on the underpinnings of the Fiat 600 featuring cab-over styling. Despite measuring just 3,531 mm (139 inches) long, it had a spacious interior that could accommodate up to six passengers and their luggage.
Fiat revived the Multipla name in 1997 for a new compact MPV, and while it may be better remembered for its polarizing design, it delivered genuine functionality. Roberto Giolito’s design, with its two-level headlights and expansive glasshouse, stood out in every possible way.
Despite being shorter than a modern supermini at 3,994 mm (157.2 inches) long, the Multipla offered uncompromising practicality. Rather than stretching it lengthwise, Fiat’s designers cleverly pushed the dimensions outward, giving it a width of 1,871 mm (73.7 inches).
That allowed for two full rows of three seats, making it a genuine six-seater, with a minimum of 430 litres of boot space, plenty of room for luggage, shopping, or a four-legged passenger or two.
And because Fiat made it wide rather than long, the Multipla not only packed in the space but also handled better than most people movers, with a squat stance that gave it a more planted feel on the road.
Fiat hasn’t confirmed a new Multipla, but the name keeps resurfacing in product speculation. n. Most likely, it will be assigned to a crossover in the expanding Panda lineup.
That model is expected to use Stellantis’ Smart Car platform, shared with the Citroen C3 Aircross and Opel Frontera, and would likely compete with budget-friendly models like the Dacia Duster and Bigster.
The forthcoming SUV will reportedly be offered with gasoline, mild-hybrid, and fully electric powertrain options, following the example of the Grande Panda subcompact hatchback and a mechanically-related fastback crossover that has been spied testing.
Still, for all the SUV planning, there remains a quiet corner of the internet hoping that Fiat remembers what made the original Multipla special: not just practicality, but a certain willingness to stand apart.
Porsche’s 1,019 hp Taycan Turbo GT failed to meet reserve price.
EV depreciation hit hard, echoing trends in luxury segments.
Faster than Plaid and SF90, yet buyers barely showed interest.
It’s far from unusual for high-performance models from Porsche’s exclusive GT division to appreciate in value the moment they leave the showroom. That’s been the case with the current 911 GT3 RS, and it’s often true for limited-run, motorsport-infused builds.
But the electric Taycan Turbo GT isn’t following that playbook. Despite its credentials, it seems to be moving in lockstep with the value drop seen across the wider Taycan range.
The standard Taycan, just like its corporate cousin from Audi, the e-tron GT, has taken a beating in resale value since launch. EVs in general depreciate faster than most combustion cars, but the Taycan has faced a particularly steep drop.
Earlier this week, a near-new Taycan Turbo GT went up for auction and came in a staggering $82,000 below its original MSRP before the bidding stopped.
A Bad Day for Taycan Values
Bring a Trailer
The high-performance sedan was listed for auction on Bring a Trailer by Gaudin Classic, a Porsche dealer in Nevada. Prior to the auction, it had never been sold to a private owner and had just 141 miles (227 km) on the clock. It is also equipped with the Weissach package that includes a fixed rear wing, no rear seats, and more pieces made from lightweight carbon fiber.
A look at the car’s window sticker reveals it has an MSRP of $238,300, bolstered by nearly $10,000 in additional options. Among them is a $2,950 Shade Green Metallic paint finish, $1,380 satin black wheels, and $1,760 race-tex-finished inner door-sill guards. As Taycans go, this one ticks every box, but the final bid landed at just $167,000.
Harsh Market Reality
According to the seller, bidding came close to meeting the reserve, and they plan to negotiate with the top bidder to see if a deal can still be made. Whether or not it sells, the takeaway is as clear as ever. That’s a brutal level of depreciation for a car that hasn’t even gone through its first full charge cycle.
For as impressive as the Taycan Turbo GT is, there may not be many buyers eager to spend that much on a track-focused electric sedan that, for most owners, will likely never see a circuit. The Weissach package also means it has two fewer seats than some 911s, so it’s not exactly practical either.
What Makes This EV Special?
To be fair, the specs are hard to argue with. The Taycan Turbo GT uses dual electric motors to deliver 1,019 hp with launch control, peaking at 1,092 hp in two-second bursts.
Earlier this year, MotorTrend launched the Weissach model to 60 mph (96 km/h) in just 1.89 seconds using a one-foot rollout, making it the quickest car the publication has ever tested in its 76-year history.
Without rollout, the time comes to 2.1 seconds, beating the Tesla Model S Plaid, Ferrari SF90 Stradale Assetto Fiorano, and even the Lucid Air Sapphire.
Lexus launches the RZ 600e F Sport Performance in Japan market.
It blends the RZ 450e bodykit with power and chassis upgrades.
Dual motors make 420 hp with yoke steering and lower ride height.
If you thought Lexus was finished updating the RZ, think again. After rolling out in Europe and North America, the refreshed model has now made its way to Japan, and it arrives with a surprise addition. Headlining the lineup is the new RZ 600e F Sport Performance trim, blending aggressive aero elements with chassis enhancements and a healthy jump in power.
That means a vented hood, a front splitter, wider fenders with integrated aero extensions, reshaped side skirts, a pronounced rear diffuser, and a two-piece rear wing that adds both visual drama and functional downforce.
The special edition comes in two colors, Neutrino Gray and Hakugin II, each paired with black as a base, accented by exposed carbon fiber and blue detailing. It rides on 21-inch matte black Enkei alloy wheels, behind which sit larger 20-inch brakes and six-piston aluminum monoblock calipers up front.
Lexus also dropped the suspension by 20 mm (0.8 inches) compared to the RZ 550e F Sport, the base for this version.
Fastest RZ Yet
More significantly, the dual electric motors have been reworked to deliver a combined 420 hp (313 kW or 426 PS), making the 600e the most powerful RZ yet. It now surpasses the related Toyota bZ and Subaru Solterra in output, despite their shared architecture.
With the extra power on tap, the RZ 600e F Sport Performance accelerates from 0 to 100 km/h (62 mph) in 4.4 seconds. It uses the familiar 77 kWh battery, which provides a driving range of up to 525 km (326 miles) on a full charge.
Inside, the standout feature is the yoke-shaped steering wheel connected to Lexus’s steer-by-wire system, paired with what the brand calls “Interactive Manual Drive” for a more involved feel. The interior also features blue accents on the dashboard and sport seats upholstered in Ultrasuede, part of the F Sport Performance package.
The RZ 600e F Sport Performance will go on sale in Japan on March 2, 2026. Pricing is set at ¥12,165,000 (equal to $78,100 at current exchange rates) for the version in Black with Neutrino Gray, and ¥12,440,000 ($79,900) for the more distinctive Black and Hakugin II finish.
Interestingly, while Lexus limited the 2024 RZ 450e F Sport Performance to just 100 units, the new 600e will have no such production cap. Availability in other markets remains unknown at this time.
The Rest Of The RZ Lineup
Besides the RZ 600e F Sport Performance, Lexus has rolled out updates across the rest of the lineup, including the RZ 350e Version L, the RZ 500e Version L, and the RZ 550e F Sport.
All models benefit from increased power and improved efficiency, alongside a revised charging system. Range now varies from 579 km to 733 km (360 to 456 miles), depending on the configuration. As before, the Lexus RZ is available in both single-motor and dual-motor setups, with battery capacities of 75 kWh or 77 kWh carried over from the previous model.
The F Sport trim remains visually distinct, marked out by sportier design cues and the same yoke steering wheel linked to the steer-by-wire system.
Pricing for the updated electric SUV start at ¥7,900,000 ($52,000) for the front-wheel-drive RZ 350e Version L and rise to ¥9,500,000 ($63,000) for the all-wheel-drive RZ 550e F Sport. Buyers can also opt for the “Performance Upgrade Boost + Interactive Manual Drive” package at ¥220,000 ($1,500), which increases peak output and adds simulated manual control.
We broke the news on Kosmera’s big debut last week and now the company has revealed they’re actually bringing two cars to CES. While we’ve already seen the Porsche-esque sedan or liftback, the company also announced plans to show a “new energy hypercar.”
The startup isn’t saying much at this point, but promised the model will “blend classic supercar heritage with next-generation technology.” They went on to say both vehicles will be “stunning to behold, thrilling to drive, and exhilarating to enjoy.”
That’s not a lot to go on, but the teaser image suggests the hypercar will have a prominent grille that gives off Alfa Romeo and Bugatti vibes. We can also see curvaceous fenders, a sloping roof, and a sizeable rear spoiler.
The company added the car will have a high-performance powertrain that produces up to 469 hp (350 kW / 476 PS) per wheel. This means we’re looking at a combined output of up to 1,877 hp (1,400 kW / 1,903 PS).
Kosmera went on to say we can expect a nearly 1:1 power-to-weight ratio as well as a high-tech chassis that uses “aerospace-grade composites” as well as 3D-printed metals. This is said to give the hypercar “exceptional torsional stiffness.”
We can also expect an AI Coach, which is designed to turn normal drivers into experts on the track. As part of this effort, the car will apparently use an augmented reality heads-up display to show drivers the ideal racing line.
Kosmera added the model will have a “revolutionary active linear motor suspension system, which is planned to seamlessly transition between a smooth ‘zero-sensation’ ride and a rigid, race-ready chassis setup.” It will be accompanied by a mysterious “dual-steering-wheel unlock mechanism,” which provides further adaptability.
Before you get too excited, the models are being referred to as prototypes and static display vehicles, which will showcase the company’s exterior and interior design chops. These are intended to compete in the premium segment, although the company didn’t mention production plans or availability.
There’s another caveat. It’s unlikely that the cars will be offered stateside as we’ve previously discovered the Kosmera name was trademarked by China’s Xing Chen Future Automotive Technology Co Ltd. This suggests the closest Americans will get to seeing one of these vehicles will be at CES.
Tesla crashes where doors won’t open are drawing new scrutiny.
At least 15 deaths cited doors as a possible contributing factor.
More than half of those deaths occurred within the last year.
A new report has put the spotlight on a troubling pattern of fatal crashes in the US involving Teslas, where passengers were unable to open the doors, trapping them inside. As the brand’s EVs grow more common on American roads, so too does scrutiny over their safety features, or in this case, the lack of physical fail-safes in the event of a crash.
The investigation zeroes in on Tesla’s electronic door handles, a signature design feature that has since been adopted by several other automakers, raising concerns about an industry-wide trend toward software-dependent safety mechanisms.
During an ongoing investigation into safety concerns about these door handles, Bloomberg found evidence that at least 15 people have died in the past decade in incidents involving Teslas where locked or inoperable doors were cited as a potential factor in the victims’ inability to escape.
More than half of those deaths occurred within the past year, suggesting the issue may be becoming more common, or at least more visible, as awareness grows.
Behind the Numbers
The report acknowledges a critical limitation. There is no publicly maintained federal database that tracks fatalities specifically linked to electronic door handle malfunctions. As a result, the findings aren’t meant to represent a definitive or exhaustive total.
Instead, Bloomberg built its list by reviewing every known fatal electric vehicle crash involving fire in the US, then analyzing whether evidence suggested that the doors could not be opened either by occupants or emergency responders.
In each of the 15 cases they flagged, nonfunctional door handles were cited as having “impeded either the occupants’ efforts to escape or rescuers’ attempts to save those inside the vehicle.”
One such incident happened in Virginia, where a Tesla Model 3 skidded off a snowy highway, hit a tree, and caught fire. Footage from inside the patrol car shows that the officer was unable to open the Model 3’s door, forcing him to bash open one of the windows and pull out the driver.
Audio from the Wreckage
One fatal crash occurred in Wisconsin last year, killing five people inside a Tesla Model S. Audio from three 911 calls was later obtained, including one placed automatically by an occupant’s Apple Watch.
At least two of the occupants can be heard screaming and crying for help in the recordings, with one clearly saying, “I’m stuck” as the fire spread through the vehicle, ultimately claiming their lives. It remains unclear whether the other three victims survived the initial impact before the blaze took over.
Tesla Responds to Design Concerns
Tesla, for its part, appears to have quietly acknowledged the concerns in part. In September, reports surfaced that the company was exploring revisions to its door handle system. Future models may include a combination of electronic and manual release mechanisms, something already standard in brands like Audi and Lexus.
Perhaps eager to reassure shoppers about the safety of its vehicles, Tesla recently launched a new page on its website focused purely on safety. There, the company explains that its vehicles are designed to automatically activate hazard lights and unlock doors in the event of a serious collision. It also notes that the vehicle can contact emergency services autonomously.
However, Tesla also includes a key disclaimer: these features “may not be available in all regions or for all vehicles based on build date.”
While Tesla appears to be making some moves to address the issue in the future, questions still remain, not just about the company’s design choices, but also about the regulatory landscape and the lack of clear oversight. The analysis doesn’t claim that electronic door handles are inherently unsafe, but it does point to the need for more reliable fail-safes in situations where delays can be deadly.
GM product chief Sterling Anderson is seen as a possible future CEO.
His success depends on fixing GM software, autonomy, and EV profits.
Mary Barra and Mark Reuss stay in charge with no succession timeline.
General Motors is looking to the future and planning ahead. Some of its biggest targets surround software innovation, EV profitability, and autonomy. To help make those goals a reality, it has brought in Sterling Anderson, a former Tesla executive and Aurora co-founder with a strong track record in exactly those areas.
If he manages to lead GM to success in those targets, he could very well be the next CEO of the entire brand.
Anderson officially joined the team in June of 2025, and according to people familiar with the matter, he did so with the CEO’s chair in mind. That’s according to Bloomberg, which also received official comment from GM stating that no succession plan is currently in place.
Anderson himself also declined to engage in CEO chatter, saying his focus remains squarely on his current responsibilities. “My focus is on what I’m doing. I’ve got plenty work to do where I am,” he said.
Succession Speculation Inside GM
Current GM CEO, Mary Barra, turns 64 soon and is under no obligation to hang it up. GM President Mark Reuss, 62, is also very much in the mix, underscoring that Anderson’s potential rise, if it happens at all, is likely years away.
That all said, Anderson could make all the sense in the world if he really does manage to successfully help GM achieve EV profitability while pushing its software and autonomy far ahead of where they stand today.
Anderson is 42 and before GM, he was chief product officer at Aurora Innovation, where he helped steer the company away from robotaxis toward fully autonomous freight trucks now operating in Texas. Before that, he led development of Tesla’s Model X and played a major role in the early Autopilot system.
From Tesla to Trucks
He ultimately left Tesla following disagreements over how Autopilot was being developed and deployed, a technology that has since drawn scrutiny from federal safety regulators. So far, his strategy at GM has been to listen first and change later.
As he put it, “You simply cannot afford to break a company and hope to pull the pieces back together. What you want to do, and what I told Mark was my intent, is understand how it works and then start to surgically make changes across the company to where they needed to be made. And that’s been the attack, that’s been the approach.”
Expect several changes over time, including more software subscriptions, SuperCruise-style autonomy taking on urban environments, and changes to EV supply chains and materials. If those changes lead to success over time, he could be the next person at the top of one of the nation’s largest automakers.
Maextro S800 is China’s best-selling car over $100,000.
Undercuts Mercedes while offering Maybach-level luxury.
Signals rising demand for Chinese high-end car brands.
When Huawei partnered with JAC to launch the Maextro S800, few took the brand’s aim of challenging Maybach and Rolls-Royce at face value. For a new Chinese marque to set its sights on the pinnacle of automotive luxury seemed like a stretch.
One year on, it’s Maextro that has the last word. Their flagship sedan has become China’s best-selling vehicle priced above $100,000.
Until recently, foreign automakers had a firm grip on China’s high-end car market. That grip has loosened. Local buyers are increasingly turning to domestic brands, even when shopping in the upper echelons, something that would’ve seemed far-fetched just a few years ago.
European Brands No Longer Lead the Pack
As Bloomberg reports, the Maextro S800 outsold both the Porsche Panamera and BMW 7-Series combined in November. It had already taken the top spot in September.
The S800 also surpassed the Mercedes S-Class and, somewhat ironically, the Maybach variant, despite (or perhaps because of) its resemblance to a mash-up of Maybach and Rolls-Royce.
Weibo user Chu Xiaomin notes that Maextro received 18,000 orders for the S800 within just 175 days of launch. The company says it’s currently selling more than 2,000 units a month and intends to ramp up production to reach 4,000 per month.
How Did Maextro Pull It Off?
A major part of the S800’s appeal is price. At 215.7 inches (5,480 mm) long, this is a proper full-size luxury sedan, yet it’s priced between ¥708,000 and ¥1,020,000 (equal to $100,600 to $144,900 at current exchange rates).
For reference, the BMW 7-Series starts at ¥919,000 ($130,000), the Porsche Panamera at ¥1.1 million ($156,200), and the Mercedes S-Class at ¥1.47 million ($208,800). A Rolls-Royce Phantom? That’ll be ¥8.47 million ($1.2 million).
But competitive pricing alone doesn’t explain its traction. The Maextro S800 is heavy on features. There’s a triple-screen dashboard, a 40-inch rear projector that turns the back seat into a private cinema, automatic doors, crystal-effect buttons, and a starlit ceiling reminiscent of Rolls-Royce.
The cabin is finished with wood and leather, and the ADAS system comes courtesy of Huawei’s tech suite.
Speaking with CCTV, Richard Yu, Chairman of Huawei’s Consumer Business Group, said: “Maextro S800 is the first time that a Chinese brand has managed to get a foothold in the 1 million yuan ultra-luxury segment. We’re in the intelligence and electrification era and we’re leading through smarter technologies and innovation.”
German Giants Lose Their Footing
Bloomberg reports that BMW, Mercedes, and Audi continue to lose market share in China, struggling to keep up with the local competition in terms of pricing and tech features. Huawei’s challenge now is to maintain this momentum, not just spark early interest.
Meanwhile, rival brand YangWang, owned by Chinese-powerhouse BYD, is also pushing into six-figure territory with models like the U8 SUV, which starts at around $150,000. It also offers the YangWang U7 sedan, positioned slightly lower between ¥628,000 and ¥708,000 ($89,200 to $100,600).
Renault’s Filante Record 2025 topped 1,000 km at highway speeds.
It uses a Scenic E-Tech sized battery from Renault’s family EV.
Ultra-low drag and weight make it a testbed for future EVs tech.
Renault wrapped up 2025 with an impressive achievement, pushing the outer limits of electric vehicle efficiency. Its ultra-aerodynamic single-seater prototype managed to cover 626 miles (1,008 km) on a single charge. Even more striking, it did so in less than 10 hours, maintaining an average speed of 102 km/h (63 mph) throughout.
After the run, the EV still had 11 percent of its battery charge remaining. According to the company, that would have been enough for another 75 miles (120 km) at the same average speed, potentially extending the total range to 673 miles (1,083 km).
A Prototype With Unexpected Stamina
The car in question is the Filante Record 2025, a purpose-built concept that made its first appearance back in January. Originally, Renault aimed to attempt the record in July, but meeting the aerodynamic targets proved trickier than expected.
By October, the prototype was ready. Then weather in France got in the way, delaying things again. Eventually, the team relocated to Morocco and ran the test on December 18 at the UTAC high-speed proving ground, where conditions finally cooperated.
The Renault Filante Record 2025 (above) compared to the original prototype (below).
The design draws inspiration from Renault’s past record-setters, notably the 1925 40 CV and the 1956 L’Étoile Filante. Even so, several elements from the original prototype had to be reworked in the wind tunnel to meet the strict aerodynamic targets.
Changes involved removing the futuristic LED lighting, reducing the number of air intakes, and refining the fender shapes. Still, key features remained intact: the extended hood, transparent canopy, aircraft-style tail, F1-style driving position, and the ultraviolet-blue paint finish all carried through to the final version.
The engineering effort went beyond just slicing through air. Renault also aimed to reduce rolling resistance and weight. To do this, the team used carbon fiber, aluminum alloys, and 3D-printed Scalmalloy components.
Michelin provided a bespoke set of low-drag tires, while the car’s steering and braking systems operated entirely by wire.
On record day, three drivers rotated in and out of the single seat, covering 239 laps of the 2.6-mile (4.2 km) Moroccan circuit over 10 hours. There were no charging stops, just brief halts for technical checks and driver changes. That consistency helped maintain the 102 km/h (63 mph) average.
The car posted an energy consumption figure of 7.8 kWh/100 km. That’s nearly half the official WLTP figure for the Scenic E-Tech, which uses the same battery and consumes 14.1 kWh/100 km under standard testing. And unlike those lab figures, this test was run at real-world highway speeds.
Renault developed the Filante Record 2025 not only to celebrate its legacy of record-breaking prototypes, but also to explore ways of improving efficiency in production EVs, particularly for long-distance driving.
The hope is that insights from the project will carry over to future Renault models, helping drivers spend more time on the road as advances in battery and motor technology continue to evolve.
Cybertruck donated to Kemah police by Enterprise Leasing.
Officers will test if it works for daily patrol operations.
Some Texans doubt the Cybertruck’s battery can keep up.
Authorities in Kemah, a small city just southeast of Houston, will soon be cruising the streets in an American-made pickup truck, though it’s not the kind most Texans are used to seeing.
Rather than another lifted, gas-hungry behemoth, the Kemah Police Department has added a Tesla Cybertruck to its fleet. The move didn’t exactly spark hometown pride. Judging by the comments on the department’s Facebook post, locals are having a field day with the decision.
A growing number of police forces across the United States have started to add Cybertrucks to their fleets. Just a couple of months ago, police in Texas took delivery of ten highly-modified Cybertruck police cruisers built by Unplugged Performance.
By comparison, the Cybertruck delivered to cops in Kemah looks completely standard, except for the police livery. They say that the truck was donated by Enterprise Leasing and that it will be used for testing to see if the Tesla works as a patrol vehicle.
Importantly, the police say they didn’t spend any taxpayer money on the acquisition. That hasn’t stopped residents from weighing in, many of them voicing strong opinions in the comments section of the department’s Facebook post.
What Do Texans Think?
“Lmaooo imagine the battery dying tryna chase someone,” wrote one commentor, while another posted “Y’all ain’t catching anyone in that.” There’s no word on what specify Cybertruck variant this is, but even if it’s the base model, we’re willing to bet it could easily be used to catch most motorists in Texas.
One Facebook user left this gem of a comment: “Hey guys, if anyone’s missing their refrigerator I found it, it’s having an identity crisis and is now trying to identify as a cop car.” Another wrote, “Flood waters, here we don’t come!”
One comment summed up the skepticism in classic internet style: “If that thing is chasing me, ain’t no way I’m stopping for a garbage can.”
Whether or not the Cybertruck proves practical for police work in Texas remains to be seen. The vehicle does offer notable performance and strong safety credentials, both potentially valuable in patrol scenarios. The biggest question may be around charging logistics, especially for a force built around the consistency and familiarity of combustion engines.
Electric M3 expected to launch with four motors and 700 hp.
Neue Klasse design adds compact grilles and modern surfacing.
Swollen arches and bold front give this EV serious presence.
The all-electric BMW M3 is no longer just a concept talked about in forums or teased through obscure patents. It’s taking shape in the real world, and these latest spy shots give us the clearest view yet of BMW’s upcoming super sedan.
The idea of an all-electric M3 might ruffle a few feathers among traditionalists, but there’s little need for panic. Alongside this electric version, BMW will continue to offer a combustion-powered M3 that carries over the same twin-turbo inline-six as the current model without being fully hybridized. Purists won’t be left out in the cold.
The electric version, possibly named iM3, will be built on the new i3 platform that’s set to debut next year as BMW’s reimagined electric 3-Series sedan. As with that car, the M variant will follow BMW’s Neue Klasse design philosophy.
That includes abandoning the current M3’s polarizing grille in favor of something sleeker and, arguably, more cohesive.
Stephen Hancock
Judging by the latest prototype, the headlights look close to production spec. The daytime running lights are integrated cleanly into the headlight units and line up precisely with the redesigned kidney grilles.
There’s a strong sense of alignment here, literally and visually, something that hasn’t always been a given with recent BMWs.
It’s also hard not to be taken aback by just how beefy this prototype looks. Both the front and rear wheel arches sit nice and wide, giving it an ultra-aggressive look, perfectly fitting of an M-branded model. It may not sound as good as the current M3, but it’s definitely shaping up to have just as much visual presence.
Then there’s the matter of performance. We know that BMW is developing an electric powertrain with four motors for the new model, and has said its setup can deliver up to 1,341 hp.
That said, it’s unlikely the production model will hit those numbers. BMW is expected to limit output to around 700 hp, which keeps it safely below the upcoming electric M5 and maintains a performance hierarchy within the lineup.
Even so, with that kind of power it would comfortably outpace the next-generation combustion M3, which is projected to land somewhere near 550 hp. That performance edge could be a major talking point once both cars hit the road.
One key tradeoff will be weight. Spy shots from earlier this year suggest the electric M3 could come in as much as 465 kg, or 1,025 lbs, heavier than the current petrol version. That’s a significant increase, and how BMW balances that extra mass with chassis tuning will be crucial to the car’s driving character.
Video shows a Cybertruck rolling onto its side during a left-hand turn.
The truck is widely believed to be the only Cybertruck in Uganda.
No official details on the owner, cause, or injuries have been released.
It’s always a shame when something rare goes up in smoke. That’s evidently what just happened in Uganda. According to circulating reports, a Tesla Cybertruck rolled while tearing around a local dirt race track, leaving it in a mangled state with little hope for recovery.
If the accounts are accurate, this electric pickup isn’t just rare in the African nation. It was the country’s only Cybertruck, privately imported and likely the pride of its owner until now.
Footage of the incident popped up on social media late last week, and while details are sparse, we can see the crash and the aftermath.
The video shows the truck approaching a left-hand turn, possibly cutting the corner a little too hard. Whether it was a berm on the inner side of the bend or just the weight of a huge vehicle trying to navigate a tight turn at high speed, the result is the same.
The Cybertruck rolls hard to the right, onto its side, then onto its roof, and finally it comes to rest on the driver’s side. So far, no confirmed details about the owner have been released.
Previous reports suggest the truck was privately imported by a wealthy individual, but no local authorities, event organizers, or the owner themselves have stepped forward publicly.
Based on photos and videos of the aftermath, it’s clear that the truck will need significant repairs if it’s ever going to get back on the road. Just about every piece of glass is broken. The roof is crumpled to a degree and plenty of the plastic bits are damaged beyond repair.
Since Uganda doesn’t have any Tesla dealers, it’ll be interesting to see if there’s any route to salvaging the truck. It might end up being cheaper to just import another one.
The site of the crash, Garuga Race Track, located near Lake Victoria, is often used for casual motorsport events and recreational driving rather than professional racing. While most photos available of the track online show motorcycles, it’s clear that some vehicles, mostly rally-focused ones, have used the course.
Surface conditions, speed, and driver inputs remain unknown, and there has been no official statement explaining exactly what caused the rollover. Hopefully, everyone walked away without significant injury.
Hyundai will debut a new model in Brussels on January 9.
Its “biggest EV yet” is likely based on the Staria minivan.
The electric version could join the refreshed Staria lineup.
Hyundai is gearing up to unveil what it calls “the world premiere of its biggest EV yet” at the Brussels Motor Show on January 9. Billed as a major new entry in the company’s global lineup, the model is expected to go larger than the Ioniq 9 crossover, although for now, that’s just about all Hyundai is officially saying.
A single teaser image provides the only visual clue. Still, it strongly suggests what many have already guessed: an all-electric version of the futuristic-looking Staria minivan.
Just last week, Hyundai revealed a facelifted Staria with modest design tweaks, upgraded chassis components, and larger interior screens. The silhouette in the teaser closely matches this refreshed gas-powered version, reinforcing the theory that the EV shares its roots with the Staria platform.
Hyundai isn’t starting from scratch here. The Staria-based Iveco eMoovy has already confirmed the platform’s compatibility with electric drivetrains. That light commercial vehicle uses a single electric motor rated at 215 hp (160 kW / 218 PS), paired with either a 63 kWh or 76 kWh battery pack.
While Hyundai hasn’t detailed the technical specs for its own version, it has confirmed that the model will showcase “state-of-the-art electric technology, including an advanced 800-volt charging system.”
The same 800V setup already appears in the eMoovy, allowing it to gain 100 km (62 miles) of range in just ten minutes when using a 350 kW charger. If Hyundai retains this architecture, it could give the Staria EV a significant edge in both fleet and family use.
Visually, the electric Staria is expected to carry over several elements from the recently refreshed combustion version, including the full-width LED light bar. A previously seen prototype also revealed a few EV-specific touches, including a new front bumper design with an integrated charging port and what appeared to be custom wheels unique to the electric model.
Hyundai hasn’t confirmed which markets will receive the electric Staria, but if it follows the footprint of the gas-powered model, North America is likely to miss out.
What Else Is Hyundai Bringing To Brussels?
Beyond the headline debut of its largest EV to date, Hyundai’s stand in Brussels will also include the facelifted Ioniq 6 sedan. Enthusiasts will find a dedicated N Zone showcasing the performance-tuned Ioniq 5 N and Ioniq 6 N models. Adding a dose of concept flair, Hyundai will also present the Insteroid, a gaming-inspired concept based on the compact Inster.
During the press conference, Raf Van Nuffel, Vice President of Product at Hyundai Motor Europe, will share more information about the new model and the company’s EV portfolio in 2026.
“he Brussels Motor Show continues to be an important platform for us to highlight how our electric products and technologies are evolving for European customers,” said Van Nuffel. “Hyundai welcomes the event’s strong focus on electrification, which reflects the technological progress shaping sustainable transportation in the region.”
Nissan Ariya gains a new nose, wheels, and updated colors.
Facelift adds Google infotainment and power export feature.
Carry-over batteries and motors, plus Nismo trim confirmed.
Nissan has released the updated Ariya in Japan, bringing fresh looks and a few upgrades to the electric crossover nearly four years after its original debut. While the Ariya is bowing out of the North American market, it continues to hold its ground at home, now with enhancements to its design, tech suite, and suspension tuning.
The 2026 model was first previewed at the Japan Mobility Show earlier this year, but Nissan has now revealed the full domestic lineup. The same round of changes is expected to roll out in other markets in the coming months.
New Face, Same Shape
The most noticeable change is up front, where a cleaner, grille-less design replaces the previous fascia. A reshaped bumper and more aggressive LED fangs sharpen the look, though the side profile and rear end carry over unchanged.
The visual tweaks are complemented by a new set of 20-inch alloy wheels, combining aluminum and resin materials. Buyers can also spec a new Hisuinohikari paint option, pairing a bold Plasma Green body with contrasting Midnight Black accents on the roof, pillars, and lower cladding.
Inside, the cabin layout remains familiar, but the tech sees a step forward. NissanConnect now runs on Google’s software architecture, which supports new functions like Navi-Link Battery Conditioning and Intelligent Distance Control.
The materials team has added a new leather option in a subdued green tone, paired with light gray elements for a softer, more tailored interior finish. Practicality gets a bump as well, thanks to an upgraded AC external power connector capable of supplying 1,500 Watts, even when the vehicle is locked.
Powertrain and Suspension
Mechanically, the Ariya sticks with the existing 66 kWh (B6) and 91 kWh (B9) battery packs, offered with single-motor FWD or dual-motor e-4ORCE all-wheel drive. Nissan says the suspension has been optimized specifically for Japanese roads, prioritizing comfort and delivering a more refined ride.
The Ariya Nismo will also return as part of the updated range. However, it skips the visual updates found on the standard models, sticking with its original aggressive body kit.
The Nismo variant continues with its dual-motor e-4ORCE setup, tuned specifically for this version. Its updates are limited to the new Google-based infotainment system, the high-output external power connector, and the Intelligent Distance Control feature.
In terms of pricing, the facelifted Ariya starts at ¥6,675,900 (equal to around $42,400 at current exchange rates) for the base B6 FWD and goes up to ¥8,072,900 (roughly $51,300) for the B9 e-4ORCE. That’s an increase of ¥85,800 ($550) compared to the outgoing version. Pricing for the updated Ariya Nismo will be revealed at a later date
Toyota autonomous towing tractors begin baggage runs at Haneda.
Obstacle detection and self positioning guide runs via remote ops.
Autonomous speed capped at 15 km/h while towing up to 13 tons.
Airport ground vehicles often come across as quirky and a bit outdated, but Toyota’s latest tug introduces a far more forward-looking approach. Now entering service at Tokyo’s Haneda Airport, the driverless model is equipped with Level 4 autonomous driving capabilities, technology that typically stays well clear of the tarmac.
The project was first announced in March 2021, with trial operations beginning that October. Development has continued under Toyota Industries Corporation, working in partnership with All Nippon Airways (ANA), and the tractor went on to win an iF Design Award in 2022.
Starting in December 2025, three autonomous towing tractors will be put to work handling baggage and cargo for domestic flights. Another three are scheduled to join the lineup by the end of March 2026.
According to the company, this marks the first practical application of Level 4 autonomous driving within a Japanese airport’s restricted area. Though Level 3 systems have been tested at various domestic airports since 2019, this is a big step up in both scope and capability.
These vehicles are built to tow container dollies between aircraft and terminals, using onboard systems for localization and obstacle detection. A remote monitoring setup supports the autonomous system by handling more complex conditions that might arise near active runways and busy airport lanes.
Visually, the tractor hasn’t strayed far from earlier prototypes. The front bumper and side sills have been subtly updated, but the overall structure remains the same. A Toyota badge sits up front, flanked by car-like headlights, and there’s seating for two in the cabin, even if no human is expected to spend time behind the wheel.
Multiple sensors, including a LiDAR unit, are positioned on the fenders, the vehicle’s nose, and along the sides. Together, they give the system a full read of its surroundings.
How It Handles the Haul
Toyota hasn’t published specs for the electric motor or battery system just yet. What we do know is that the vehicle’s performance varies depending on whether it’s driving itself or being operated manually.
In autonomous mode, the tractor tops out at 15 km/h (9 mph) and can tow up to 13 tons (28,700 pounds). With a human driver at the wheel, those limits jump to 25 km/h (16 mph) and 27 tons (59,500 pounds).
The primary route these vehicles will cover is about 1.5 km (just under a mile), connecting terminal areas with the cargo shed. Along the way, they’ll pass two traffic signals, which the system is designed to recognize and respond to in coordination with the new management platform.
Alongside the vehicle rollout, Toyota and ANA are introducing a Fleet Management System (FMS). This platform issues dispatch instructions, assigns lanes for departures and arrivals, and integrates with the airfield’s traffic light system to smooth out vehicle movement and minimize delays.
Dodge has introduced the 2027MY Charger Daytona Scat Pack.
Charger sedan now costs only $500 more than the coupe version.
The EV gains a new NACS port for use at Tesla Superchargers.
2026 is still weeks away, but that hasn’t stopped Dodge from accepting orders for the 2027 model year Charger Daytona Scat Pack. It starts at $72,495, which is an astronomical increase.
Dodge’s website is a confusing mess, but the 2026 Charger Daytona Scat Pack Coupe started at $59,995, while the sedan cost an extra $2,000. That means the price of entry has shot up by $12,500, although the sedan is only an additional $500 this time around.
That’s ridiculous considering no one wants an electric Charger and the company is still struggling to get rid of 2025 models. In fact, dealers across the country are listing brand-new 2025 Charger Daytonas for less than $40,000.
While Dodge appears to be actively discouraging sales, the 2027 Charger Daytona comes with a native North American Charging System (NACS) port. This enables it to be used with Tesla Superchargers and the company is also throwing in a J1772 to NACS AC adapter.
Dodge said we can expect to learn more next year, but the company declined to mention any other changes. That’s not an encouraging sign, but the automaker noted the Charger Daytona is the “world’s most powerful muscle car.”
It features a dual-motor all-wheel drive system producing 630 hp (470 kW / 639 PS) and 627 lb-ft (849 Nm) of torque. However, a PowerShot function can increase the output to 670 hp (500 kW / 679 PS) for ten seconds at a time. Buyers can also expect a range of up to 267 miles (430 km), which means charging stops should be pretty common.
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