Out in northern Kenya’s rugged Matthews Range, where dusty tracks thread through elephant herds wandering at dawn, the loudest thing on a safari should absolutely not be your truck.

Yet for years, Sarara’s trusted but tired diesel Land Rover Defenders clattered and coughed their way across the bush, reliable and practical but about as subtle as a generator in a library.

Related: This Vintage Rolls-Royce Is Now Twice as Powerful and Completely Silent

Now, thanks to Oxford-based EV conversion specialists Electrogenic, those old warhorses have been reborn, and suddenly, safaris at Sarara sound more like nature documentaries than construction sites.

What Powers Them?

Two of Sarara’s Defenders got Electrogenic’s E62 kit consisting of a 62 kWh battery under the hood and a 161 hp (163 PS / 120 kW) water-cooled motor, delivering a real-world range of 120 miles (193 km) in mixed on-road driving, with 160+ miles (258 km) for off-road use.

A third Land Rover received the more serious E93 kit, which has a 93 kWh battery and 201 hp (204 PS / 150 kW) water-cooled motor, delivering a real-world range of 150 miles, with 200+ miles (320 km) for off-road use. All three SUVs can take 6.6 kW AC charging but also fairly rapid CCS fills, too, which juice the 62 kWh battery up in 50 minutes.

Electrogenic, of course, has form. This is the same outfit Hollywood star Jason Momoa tapped to transform his 1929 Rolls-Royce Phantom II into a silent, sinister EV cruiser.

For Sarara, the team shipped in their “drop-in” electric powertrain kit, complete with pre-terminated wiring looms and a plug-and-play philosophy, and trained local mechanics to handle the transplant. Three Defenders were converted in just two weeks.

How Silence Saves the Safari

On paper, the main motivation was survival. During Kenya’s rainy season, the roads into the 850,000-acre (344,000 hectares) conservancy turn into axle-deep mud pits, making diesel deliveries nearly impossible.

In past years, Sarara had to scale back operations entirely when fuel trucks failed to arrive. With the new electric Defenders running off solar power generated on site, the camp can now operate year-round.

But the real magic happens out on the trails. With silent motors and zero tailpipe emissions, the electrified Defenders let guides ease up on wildlife without disturbing them, and without spoiling guests’ enjoyment of it.

And the EVs aren’t just greener; they’re better off-road as well. Instant torque helps the Defenders claw up slippery inclines, while regenerative braking doubles as a natural form of hill-descent control. They still retain the original transfer box and low-range gearing, too, so capability hasn’t been sacrificed.

Sarara’s team loved the project so much that the lodge is now an official Electrogenic installer, ready to help electrify other African 4×4 fleets.

Electrogenic

Many automakers spent the past few years racing to electrify their lineups, betting heavily that global demand for electric vehicles would surge. The industry poured billions into new EV battery plants across the world, particularly in North America.

Now, a new report suggests that much of that production capacity could end up sitting idle by the end of the decade.

Overcapacity Ahead

AlixPartners speculates that global production of EV batteries will be roughly three times greater than demand for EVs in 2030. By that time, EV battery production capacity in North America is expected to roughly quadruple.

According to Nikkei Asia, many manufacturers are already scaling back their ambitious battery production plans. Ford, one of the most aggressive investors in U.S. battery manufacturing, is a prime example. The company is building a $5.8 billion facility in Kentucky with its partner SK On, which is expected to employ about 5,500 people by 2030.

Read: Massive US Battery Plant Grinds To A Halt After Trump’s Tariffs

However, the Blue Oval already reduced its planned battery capacity by 35 percent. It also recently halted production of the F-150 Lightning indefinitely due to dwindling demand in North America.

General Motors has also been forced to make changes. It has been confirmed that 1,550 workers at the battery plants it operates alongside LG Energy Solution in Ohio and Tennessee will be sacked due to “slower near-term EV adoption and an evolving regulatory environment.”

Nikkei Asia also reports that Panasonic opened a new battery factory in Kansas in July, but has yet to say when it will reach full-scale production. Initially, it was expected to hit this mark by the end of the 2026 fiscal year. However, as a major supplier to Tesla, it has been affected by the fall in demand for EVs as well.

Slowing EV sales in the States have led to the cancellation of some endeavors entirely. T1 Energy was planning to build a battery plant in Georgia, but has since canned the project.

Changing Policy Winds

The Trump administration’s policies have further tilted the scales toward internal combustion vehicles. By removing the $7,500 federal EV tax credit and scrapping penalties for missing emissions targets, the government has made it easier for carmakers to ramp up traditional ICE production once again.

Source: Nikkei Asia

It’s hard to argue that owning a vehicle with 1,070 horsepower (797 kW) wouldn’t be extremely fun. However, that excitement turns on its head when you realize that there’s nowhere to refuel, or rather in this case, recharge it.

That’s exactly what just happened to a Brooklyn-based Lucid Gravity Dream Edition buyer. After snatching this unique EV up brand new in September of 2025, he ended up selling it just 400 miles later for a huge loss.

More: Lucid’s Cheaper Gravity Lost Hundreds Of Horses But Found You Thousands In Savings

The seller on Cars & Bids shared a photo of the window sticker for this luxury SUV, listing an MSRP of $141,550. When the hammer fell on his auction sale of the car, it brought just $123,000. That’s a painful $18,500 lesson for 400 miles of usage in a little over a month, amounting to $46.25 for every mile he put on the odometer.

Where Do You Plug In?

Why take such a big loss for a vehicle that the owner says is “an awesome car”? It all comes down to charging it up. For the owner, it was almost like buying a Hellcat and then realizing that the closest gas station is 220 miles away.

Cars&Bids

He says that his initial plan was to charge where he works but then one option after another fell apart until he had to take the loss we’re talking about here.

“I was planning to charge at work but the chargers at my work aren’t working and there is seemingly no plan to fix them. Since I don’t have a charger at home and can’t get one installed this became an unsolvable,” he said in response to a question about the situation.

He then went on to fault his living location, New York, more than anything else.

“I tried to find another solution but in NYC most chargers (all the ones convenient to me) were in parking garages where you had to pay exuberant [sic] prices to park in order to use the chargers. I live a busy life so just couldn’t find a workable solution,” he added.

It’s a little ironic that in a city as vast and densely packed as New York, famous for both its wealth and its gridlock, a high-end EV can still be this impractical. For now, he’s out, but he hasn’t sworn off electric power entirely. According to him, he’ll be back behind the wheel of another EV “as soon as [a solution] presents itself.”

Source: Cars&Bids

You might assume that Tesla has the humanoid robot stage to itself, but several Chinese automakers are also sprinting toward the same goal. Among them, EV startup Xpeng is taking the lead, planning to start production of its humanoid robot in late 2026 with ambitions to sell millions of them around the globe.

Over the past several years, Xpeng’s flagship robot has progressed from an autonomous dog similar to what Boston Dynamics pioneered, and has now entered its seventh generation and morphed into Iron, a humanoid robot very similar to the Tesla Bot.

Read: Xpeng Is Turning Its EVs Into Long-Distance Hybrids With Nearly 1,000 Miles Of Range

Iron runs on Xpeng’s in-house Vision-Language-Action 2.0 AI model and made its debut at a lavish launch event in China.

In a rather theatrical move, Xpeng silenced skeptics who suggested the figure on stage was a person in disguise. After clips of Iron walking in a pristine white suit spread online, rumors surfaced that it was simply a performer inside the shell.

To dispel any doubt, Xpeng brought Iron out onto the stage and proceeded to cut open the robot’s leg, revealing the mechanical components found within.

The Robot Potential

Xpeng chief executive and co-founder He Xiaopeng believes that producing humanoid robots like Iron will eventually come down to the same cost as manufacturing cars. He also sees “the market potential for robots is greater than that for cars”, revealing that the robot will be present in Xpeng stores, office parks, and factories by the end of next year.

According to JPMorgan, Xpeng’s next big leap in 2026–27 depends on how well its wider AI empire comes together, a mix of robotaxis, humanoid robots, and even flying cars. The American bank’s report predicts the robotaxi arm alone could add between US$6 billion and US$19 billion in value by 2035, while the humanoid side might deliver as much as US$24 billion by 2027, assuming all those timelines hold.

It’s not just Xpeng diving headfirst into robotics.

Who Else Is Building?

As reported by the South China Morning Post, Chery is collaborating with AI developer Aimoga on a humanoid robot called Mornine. Meanwhile, BYD, GAC, and Seres are pouring millions into robotic projects of their own, and Nio has announced plans for a robotic dog

Across China, more than two million robots are estimated to be already operate in factories, and that figure is set to keep climbing as automation becomes a cornerstone of industrial strategy.

Source: South China Morning Post

General Motors is doubling down on its US operations with a fresh round of investment aimed at boosting local production of internal combustion models at its Ohio and Michigan plants. The automaker has announced $550 million in new spending as part of nearly $5.5 billion set aside for wider production expansion across its network.

Roughly $250 million of that sum is headed to GM’s Parma Metal Center in Ohio, a facility central to the company’s manufacturing backbone. The added funding will support higher output of sheet metal stampings and assemblies.

Currently, the Parma site produces more than 100 million parts each year and handles over 400 tons of steel daily. It supplies components for a wide range of GM vehicles built across North America, making it one of the company’s most productive operations.

Read: GM’s EV Plant Will Now Build The Gas Models People Actually Want

“Our commitment to Parma Metal Center isn’t just about upgrading equipment—it’s about investing in the people who make it all happen,” GM senior vice president of global manufacturing, Mike Trevorrow, said.

“Our manufacturing teams are the driving force behind GM’s success, and we’re committed to giving them the tools and training they need to excel in today’s advanced manufacturing world. When we invest in our workforce, we’re not only building great vehicles—we’re helping secure the future of American manufacturing.”

Other Investments

Beyond Ohio, GM is allocating $300 million to its Romulus Propulsion Systems plant near Detroit. The upgrade will expand output of the company’s 10-speed automatic transmissions, the same units found in its full-size pickups and SUVs.

Shifting consumer demands have forced GM to make significant production changes. Its Orion Assembly plant has been down since 2023 and was originally being retooled to build electric pickup trucks, but it will now instead handle production of gas-powered Chevrolet Silverado, GMC Sierra, and Cadillac Escalade models.

Looking further ahead, GM confirmed that production of the gas-powered Chevrolet Blazer will move from Mexico to its Spring Hill plant in Tennessee in 2027.

There, it will join the Cadillac XT5, Lyriq, and Vistiq on the production line, another sign that while GM’s electric future is still in motion, its gasoline-powered present remains very much alive.

Guangzhou Automobile Group, better known as GAC, is positioning itself to join the growing list of Chinese carmakers setting up shop in Europe to sidestep rising import tariffs. The company has also chosen an established partner to make it happen, teaming up with contract manufacturer Magna to handle production.

GAC has confirmed that its all-electric Aion V will be built at Magna’s facility in Graz, Austria. Over the years, this plant has built several models for a variety of carmakers, including the Mercedes-Benz G-Class, Jaguar I-Pace and E-Pace, BMW 5-Series, BMW Z4, and even the Toyota GR Supra.

Read: Does The New Aion V Electric SUV Remind You Of A T-Rex? GAC Thinks So

Recent changes in client contracts have left Magna with open capacity. Several models, including those from Jaguar, have already departed the Graz lines, while agreements with BMW and Toyota will end next year. As a result, the company has been on the lookout for new manufacturing partners.

How Xpeng Does It

Guido ten Brink/SB-Medien

In September, Magna’s Graz facility began assembling Xpeng’s G6 and G9 SUVs for Europe. The process is somewhat unconventional: the vehicles are built in China, partially disassembled, shipped to Austria, then reassembled for final delivery.

This approach lets Xpeng pay tariffs only on parts rather than complete vehicles, a practical workaround in the current trade climate. Whether GAC’s Aion V will follow the same method remains unconfirmed, though the option certainly seems plausible.

The Chinese company unveiled the Aion V in the second quarter of last year and has been enjoying strong sales in recent months. It is underpinned by the firm’s modular AEP architecture and is equipped with an electric motor producing 181 hp.

Buyers can choose between 62 kWh, 75 kWh, and 90 kWh battery packs, the largest offering a CLTC range of up to 466 miles (750 km).

Global Aspirations

It’s too early to say how popular the Aion V will prove to be in Europe, but it certainly has the potential to sell well and appears to be a compelling alternative to the likes of the Geely EX5 and BYD Atto 3.

GAC plans to launch the SUV in more than 30 global markets, including Australia and various European countries, as it continues to expand its international footprint.

Rivian owners take on a risk that many may not fully appreciate when they buy one of these trucks. It’s not just about the company being young, or its future still being written. Those are expected gambles.

The real hidden concern and surprise comes when something goes wrong, and not mechanically, but physically. Damage that would be a quick fix on a Ford, a Toyota or most other legacy carmakers can turn into a financial nightmare with a Rivian, sometimes severe enough to write off the vehicle altogether.

Read: Guess How Much It Costs To Repair This Rivian R1T?

It’s becoming an increasingly common problem, and the ordeal one owner continues to face shows just how complicated it can get.

When Simple Damage Isn’t Simple

Back in May of this year, the employee of a Rivian R1T owner backed into his electric truck. The damage appeared quite straightforward in the rear quarter panel. However, this is a Rivian R1T, so “straightforward” doesn’t really apply in this case.

The rear quarter panel is part of one giant piece that actually includes the roof. In other words, fixing a dent in it, especially a large one, isn’t a simple job. We’ve seen instances of paintless dent repair (PDR) being a savior in some cases. This isn’t one of them.

The owner of the R1T says that his employee’s insurance company initially quoted just $1,700 for the repair. Considering that many of these situations end up in the five-figure range, he knew that was potentially problematic. To that end, he contacted Rivian, and things only got worse from there.

The True Cost of Rivian Repairs

The automaker explained that there was only one certified repair shop within 300 miles (about 480 km), and their estimate came in at a whopping $16,000. Given the huge gap, the owner started asking PDR shops for help, but none would touch the R1T.

Also: Rivian Owner’s DIY Repair Saves Thousands After Mishap And Teaches Us A Lesson

That said, the owner decided to go ahead and go with the certified repair shop, hoping that the final bill would come in lower than the estimate. Instead, the shop found additional damage once the truck was in the building.

The total came to $22,000 after a seven-week repair process. The ordeal wasn’t even over after all that because insurance refused to pay that amount.

Can You Ever Win Against Insurance?

Instead, it offered $13,000 and said that the certified repair shop’s rates were excessive. Faced with either paying the $9k himself or entering arbitration that would delay pickup indefinitely, the owner paid the difference, retrieved the truck, and launched an appeal.

His letters were ignored. A second, more forceful letter outlining what he considered an unfair settlement? Also ignored. Only after filing a complaint with his state’s Secretary of State did the insurer finally respond, this time offering an additional $5,100 to make the issue go away.

The state recommended accepting the offer, and the owner did. “I really enjoy this truck, but this is bonkers,” he says. “I hope Rivian improves design to allow for less expensive repair costs for common dings.”

No doubt, plenty of other Rivian owners hope the same thing.

Photo Reddit u/RepresentativeCat940

Kia has unveiled a new concept at the ongoing Guangzhou Auto Show in China, one that hints at a production model on the horizon. Named the EV5 Weekender, it presents a tougher, outdoors-ready take on the compact electric SUV.

The EV5 is the fourth Kia to wear the Weekender badge, following in the tracks of the EV9, PV5, and Tasman. Each model in the series interprets an outdoor-oriented trim with its own distinct approach.

Review: Here’s Why The Kia EV5 Makes More Sense Than A Model Y

While none of the Weekender concepts have yet transitioned to production, that could change as buyers increasingly look for rugged, lifestyle-oriented versions of these models.

Outdoor Intentions

The concept was developed by the Kia China Style Design Team. From the outside, the main changes are immediately clear. It sits higher on larger wheels wrapped in all-terrain tires, while the lifted suspension gives it noticeably greater ground clearance and a more confident stance.

The SUV wears a matte beige finish accented with lime green details, a color scheme that has become a signature for the Weekender range. It also features a redesigned bodykit with wider fender extensions, new skid plates, chunkier side skirts, a hood insert, and a large roof rack.

Kia even added dedicated mounts on one side of the vehicle for attaching extra equipment, in a similar vein to the Land Rover Defender.

Practical Changes Inside

The interior has been reworked more extensively than expected for a concept based on an existing production SUV. The wide display now stretches in front of the passenger and is paired with a slim digital instrument cluster.

More: New Kia Telluride Drops V6 For Turbo And Hybrid Fours

Other updates include a new steering wheel, a revised center console, reshaped climate vents, and fresh upholstery with modern colors and a 3D texture.

The cabin is filled with practical touches reminiscent of Dacia’s YouClip system, including cup holders and storage compartments mounted along the sides of the cargo area, as well as extra rails on the roof liner for securing gear.

What’s Beneath It

Kia hasn’t disclosed the technical specifications of the concept, so it’s unclear whether it differs mechanically from the production EV5 beyond its upgraded suspension setup.

The EV5 rides on the E-GMP architecture and is available in FWD and AWD forms with different battery options depending on the region. A GT variant has been confirmed for production, promising a more potent powertrain and sportier handling.

It wouldn’t be surprising if the production EV5 lineup eventually adds a toned-down version of the Weekender concept for buyers who enjoy camping or off-road trips. Kia has a habit of turning its concepts into real models, and this one looks ready to follow the same path.

Germany’s car-check watchdog has crunched the reliability numbers and once again, Tesla finds itself parked at the very bottom of the heap. The 2026 TÜV-Report, covering annual roadworthiness inspections of approximately 9.5 million vehicles between July 2024 and June 2025, found that Tesla EVs occupied the two bottom spots in the league table.

The Model 3, which was the worst-ranked car for the two previous years was found to have a defect rate of 13.1 percent, meaning one in every 7.6 cars in the two-to-three-year-old ages group failed the Hauptuntersuchung safety check.

Why Is The Model Y So Troubled?

But the Model Y was even worse. It had a defect rate of 17.3 percent, versus 3.5 percent for a Mini Cooper SE, making it the worst TÜV has seen in this age group in a decade. The biggest defect culprits were the axle assembly, suspension, brakes and lighting.

Related: Tesla Is Now The World’s Most Avoided EV Brand And It’s Probably Musk’s Fault

Pulling back to look at the bigger picture covering cars of all ages reveals that 21.5 percent, or one in five cars failed the inspection due to a “significant” or “dangerous” defect, an increase of 0.9 percent on last year, ADAC reported. And the proportion with minor defects rose 0.8 percent to 12.3 percent.

Other reliability villains include the BMW 5-series and 6-series in both the 4-5-year-old and 8-9-year-old age groups, the Dacia Duster in the 6-7 and 10-11 age groups and the Renault Clio among 12-13-year-old cars.

Electric Cars Defect Rate, 2-3 Years Old

Pop the Champagne for VW

But with every list of losers there has to be a list of winners, and for cars that have passed their fourth birthday, this one is headed by Volkswagen.

The VW Golf wagon and T-Roc scored well in the 4-7-year-old categories and the automaker’s Touareg was top of the oldies. The Mazda CX-3 and Mercedes B-Class were also commended.

Looking at the 2-3-year-old group, Fiat’s 500e toped the small car category, proving to Tesla that EVs can be reliable, the Mazda 2 and BMW 1-series were the top-rated small car and compact, and the C-class took the mid-range award (if you’re reading from the US, those classifications will look kinda messed up).

The T-Roc popped up again to take best SUV, and the B-class bagged most reliable nearly-new minivan.

Rate of Serious Inspection Defects

One big change in this year’s study is the introduction of an award for long-term quality, handed out to brands whose vehicles, aged 10+ exhibit the lowest average defect rate for safety-related faults and stand for quality, durability, and good service.

Mercedes took gold with an 18.5 percent defect rate – almost matching that of a 2-3-year-old Model Y – Audi was second with 19.2 percent and Toyota snuck onto the podium’s last step with a 22 percent defect rate.

Winners By Segment, 2-3 Years Old

Winners In Other Age Groups

Shortly after introducing range-extended and fully electric versions of the Bronco Basecamp in China, Ford opened the order books for its newest off-road offering. While most eyes may still be on the familiar Bronco lineup in the West, this China-market version makes a strong case of its own.

Read: Ford’s Electrified Bronco Arrives In China With A Pop Up Roof Surprise

As we’ve come to expect from pretty much all new cars sold in China, the electrified Bronco is affordable by Western standards and is bound to make some US buyers feel stewing.

Although it bears more than a passing resemblance to a scaled-up and refreshed Bronco Sport, the Basecamp wasn’t drawn from the same blueprint. Instead, it was developed through Ford’s joint venture with Jiangling Motors Corporation (JMC), which has increasingly become the brand’s partner of choice for locally tailored models.

Ford’s foothold in China has eroded significantly over the past decade, with annual sales dropping from over 1.2 million units in 2014 to fewer than 200,000 last year. A model like this, combining familiar design cues with drivetrain options built to local tastes, might just help reverse that disastrous slide.

What Do You Get For The Money?

Ford has confirmed the new Bronco Basecamp will start at 229,800 yuan ($32,300), topping out at 282,800 yuan ($39,800). That pricing roughly mirrors the smaller Bronco Sport sold in the US, which starts at $31,695 and tops out at $40,115 before delivery charges and taxes. But in China, buyers get significantly more than just a roomier body.

Where the American Bronco Sport comes with either a 1.5-liter turbo three-cylinder or a 2.0-liter turbo four, the Basecamp goes fully electric with a 105.4 kWh battery and twin motors generating 445 hp. On a full charge, it’s rated for up to 404 miles (650 km).

Then there’s the range-extender version. This alternative setup pairs a 1.5-liter turbocharged engine with dual electric motors and a 43.7 kWh battery pack. The result is 416 hp and a claimed 137 miles (220 km) of electric-only range. Thanks to the engine topping up the battery as needed, total driving range stretches to 758 miles (1,220 km) on China’s optimistic CLTC cycle.

Longer, Wider, Better?

The new SUV shares its 116.1-inch (2,950 mm) wheelbase with the full-size four-door Bronco sold in the US, offering a noticeably longer body than America’s more compact Bronco Sport, which measures just 105.1 inches (2,670 mm) between the axles.

At 197.8 inches (5,025 mm) in overall length, it also outstretches both of its siblings, eclipsing the standard Bronco by over eight inches and the Bronco Sport by more than two feet.

This Chinese model is also laden with other important features. This includes a roof-mounted LiDAR as part of a suite of more than 30 sensors and cameras, enabling advanced driver assistance functions.

The cabin is also a far cry from the American Bronco and Bronco Sport and includes a 15.6-inch infotainment display, a digital gauge cluster, and a 70-inch head-up display.

It might not wear the Bronco badge in quite the same spirit as the American original, but for China’s EV-hungry buyers, that may not matter much. For now, Ford has no plans to export the Bronco Basecamp, and even if that changes, North America almost certainly won’t be on the list.

When BYD burst onto the global stage a few years ago, it arrived with a certain sense of experimentation that was hard to ignore, and the most visible example was its infotainment display that could spin 90 degrees and run in either portrait or landscape modes.

While mostly a gimmick, it has helped the brand’s models stand out from the competition. However, the Chinese conglomerate has revealed its spinning screen won’t be around for much longer.

Read: BYD’s European Expansion Is About to Explode

BYD’s vice president, Stella Li, said that while the company’s customers liked having the rotating screen, it is limiting for some apps, in particular Apple CarPlay and Android Auto.

As such, the automaker has ditched it for the new Atto 2 and will eliminate it from other models, too. Moving forward, the screens will be locked in their landscape position.

“We are starting to engage in a lot of apps,” Li told Autocar. “The Atto 2 will be the first model with Google and Apple CarPlay. And if they want to give the best experience, then a rotating screen will limit their apps. And then secondly, we saw the feedback in the market. People love the rotating screens, but the usage is very small.”

Tech Trade-Offs

According to BYD, its infotainment screen had been easier to use in portrait mode when stationary and while on the move, in addition to being better for navigation.

However, in the models that we’ve driven, we’ve always found it easier to operate the screen in landscape mode, perhaps because this is the orientation of the screens in the vast majority of modern cars. Additionally, Apple CarPlay and Android Auto only function in that mode.

Review: BYD Sealion 6 Makes Plug-In Hybrids Feel Seamless But Fun Is Optional

During the same interview, Li also noted that BYD plans to deepen its collaborations with companies like Apple and Google, and locking the display orientation simplifies that process. A fixed screen means fewer interface compromises and smoother integration.

BYD is also ramping up its global ambitions. The company has set its sights on a major push in Europe for 2026. Just this week, its regional managing director announced plans to double the brand’s retail footprint across the continent next year, targeting around 1,000 retail points.

Source: Autocar

Mercedes is gearing up to introduce the redesigned GLB on December 8 and the camouflage is starting to come off. This gives us our best look at the upcoming crossover, which will be offered with an electric powertrain.

While the front and rear ends are heavily disguised, the crossover’s profile has been exposed. This reveals an evolutionary design, which closely resembles the Smart #5. The similarities are striking as both have flush-mounted door handles and a corresponding greenhouse. The déjà vu design extends to the lower cladding and pronounced rear haunches.

More: New Mercedes GLB Goes Big On Screens And Stars

Compared to the current GLB, we can see starry new headlights and streamlined bodywork. Designers also gave the crossover a more conventional beltline and a completely new rear end.

The latter has vertical taillights that appear to be connected by an illuminated bar. Elsewhere, the license plate recess has been moved from the liftgate to the rear bumper.

A High-Tech And Screen-Focused Interior

Mercedes revealed the GLB’s interior earlier this month and the model will offer an optional MBUX Superscreen. It should consist of a 10.25-inch digital instrument cluster, a 14-inch infotainment system, and a 14-inch front passenger display.

Buyers will also find a new steering wheel, a floating center console, and an available wireless smartphone charger. There will also be five- and seven-seat configurations.

Speaking of which, Mercedes said the second-row has additional legroom as well as “noticeably more headroom.” Third-row passengers will find improved entry and egress.

A panoramic glass roof will come standard and customers can upgrade to an illuminated roof that features a “starry sky.” One version of the roof will also be able to transition from clear to opaque in a matter of milliseconds.

The crossover is expected to echo the CLA and offer an 85 kWh battery pack as well as two powertrains at launch. The entry-level variant could have a rear-mounted motor with 268 hp (200 kW / 272 PS) and 247 lb-ft (335 Nm) of torque. Customers can also expect a dual-motor all-wheel drive system producing 349 hp (260 kW / 354 PS) and 380 lb-ft (515 Nm) of torque.

They should be joined by a hybrid powertrain that has a 1.5-liter four-cylinder engine, a 1.3 kWh battery pack, and an eight-speed dual-clutch transmission with an integrated electric motor. This enables the European CLA to have outputs of 154 hp (115 kW / 156 PS) and 206 lb-ft (280 Nm) as well as 181 hp (135 kW / 184 PS) and 243 lb-ft (330 Nm).

Several months after VW was sued in the United States over claims the capacitive steering wheel buttons of the ID. 4 pose a safety risk, the company has filed a motion to dismiss.

A case like this can gather momentum long before it reaches a courtroom, so VW is trying to shut it down before it turns into a long, expensive tangle.

Read: VW Drivers Say They’re Terrified Of Touching Their Steering Wheels, So They’re Suing

The class-action lawsuit, filed in the U.S. District Court for the District of New Jersey, argues that drivers can inadvertently trigger Adaptive Cruise Control with a light pass of the hand over the steering wheel’s capacitive controls.

The two plaintiffs named in the lawsuit say they are “terrified and hesitant” to drive their vehicles because of this risk.

What Does VW Say?

While no doubt inadvertently engaging a vehicle’s Adaptive Cruise Control system could be a little unnerving, VW has noted that neither of the two plaintiffs has had to stop driving their vehicles because of the alleged fault.

One plaintiff, Janice Beecher, says she brushed the ACC button while pulling into a parking space, claiming the ID.4 then accelerated and struck a tree. VW counters that Beecher never stated she applied the brakes during the incident.

The company adds that although Beecher reported the issue, the ID.4’s event data recorder did not capture any sign that the event occurred.

As for the second plaintiff, Omar Hakkaoui, he says his wife damaged their ID.4 after it suddenly accelerated in their driveway. However, according to VW, Hakkaoui has not claimed that his wife touched the ACC controls on the steering wheel.

The German automaker argues that the class action’s warranty claims fall short and that the plaintiffs have not clearly identified the defect they believe affects the electric crossover.

It also maintains that the lawsuit should not go forward as a class action because the plaintiffs live in Massachusetts and Connecticut and cannot represent owners who live outside those states.

Sometimes, the fix really is the obvious one, especially when the original solution involved little more than strong glue and wishful thinking. Tesla has outlined how it intends to keep the Cybertruck’s optional off-road lightbar from slipping away.

Instead of relying on adhesive, which has not aged well in practice, the company now plans to fasten the light bar to the roof with actual bolts.

Read: Cybertruck’s Light Bar Has Joined The Long List Of Things Falling Off Teslas

Last month, Tesla announced that it was recalling 6,197 Cybertrucks because the optional LED light bar was being held on solely with strong adhesive.

Not surprisingly, several light bars failed to stay attached, separating from vehicles while driving. The issue stemmed from problems with the adhesive primers used during installation. So far, Tesla has logged 619 warranty claims related to the light bar coming loose.

Bolts Sure Are Better Than Adhesive

Well, at least now Tesla has come up with a solution that should, in practice, work. The company has developed a new steel bracket that affixes to both sides of the light bar.

The bracket then slides between the stainless steel window frames of the Cybertruck and includes a small attachment that is bolted directly into the vehicle’s roof.

Also: Tesla Recalls Every Single Cybertruck After Glued Stainless Steel Trims Fall Off

Although Tesla has now developed the fix, it’s not yet ready to start repairing customer cars. According to the original recall bulletin, owners won’t be formally notified until December 26. That means service center appointments likely won’t begin until early 2026.

So, if you own a Cybertruck with the light bar held on exclusively with adhesive, it might be wise to limit your drive. Or, if you must drive it before you’re able to book in an appointment at your local Tesla service center, it wouldn’t be a bad idea to get some duct tape to try and better secure the light bar, if only temporarily.

A Long-Standing Issue

The off-road light bar has been a sore point for owners ever since the Cybertruck arrived in late 2023. Owners who paid extra for the Foundation Series version of the electric pickup were supposed to receive the light bar as standard, yet most trucks showed up without it because Tesla was still finalizing the accessory.

By August, the delay had worn thin enough that one owner took the matter to court and sued Tesla in California.

The world’s largest automotive market has become a linchpin for General Motors, a place where nearly all its brands are striving to secure a stronger presence. To that end, GM’s China Advanced Design studio has unveiled another fresh concept study, a “sporty EV” created specifically with Chinese buyers in mind.

The exploration sketches and renderings were made by GM designer Charles Huang at the company’s Shanghai facilities. They show what looks like a small crossover – some might even see shades of a future Bolt – with oversized wheels and a contrasting bi-tone paint scheme.

More: Buick’s New Concepts Look Suspiciously Ready For Production

At the front, the concept trades a traditional grille for a clean, enclosed surface with split LED headlights and a Chevrolet emblem that may light up. The bodywork is restrained, defined by crisp lines and minimal decorative detailing.

The most striking element is the wraparound glasshouse, framed by a thick C-pillar that seems to clasp the rear of the vehicle. The contrast between the deep blue and black tones amplifies this visual tension.

GM Design / Instagram

According to the designer, the profile is inspired by a “released arrow”, an idea most evident in the early sketches. The later, photorealistic renderings dial the drama back, edging closer to something feasible for production.

In fact, it’s easy to picture this crossover parked in a Chevrolet showroom, fitted with regular mirrors and door handles, of course, assuming those still have a place in modern EV design.

The presentation on the GM Design Instagram profile doesn’t include any sketches of the interior. We don’t have any specs, either, although a rear-mounted electric motor and a medium-sized battery pack would probably do the job.

More: GM Imagines Tomorrowland’s EVs And They’re Nothing Like Today

The EV seems to have a similar length to the Chinese-spec Chevrolet Tracker RS and the US-spec Bolt. That puts it below the Trailblazer, Trax, Equinox EV, and Blazer currently sold in the States.

While the Chevrolet concept is just a design study with no production intent, GM is working on multiple affordable EVs for the future. It is safe to assume that at least some of them will adopt an SUV bodystyle, possibly similar to the “sporty EV” depicted in the sketches.

Though GM describes the project as a design study with no immediate production intent, it arrives at a time when the company is actively developing several affordable EVs for many markets. It’s likely that some of those models will borrow cues from this study, especially the SUV silhouete.

One year after introducing the AUDI sub-brand for China, Audi and its joint-venture partner SAIC are already gearing up for their second production model, following the market launch of the E5 Sportback in September.

The momentum continues with the reveal of the new AUDI E SUV concept at the Guangzhou Auto Show, a preview of an electric SUV expected to reach Chinese showrooms in 2026.

More: Of Course, The New AUDI E5 EV Is Ridiculously Cheap In China

The concept feels nearly production-ready, carrying over the same design cues as its low-slung stablemate. Signature styling cues include the wraparound lights on both ends and the clean surfacing with sculpted fenders.

The electric SUV also features short overhangs, flush door handles, and camera-based mirrors, with fin-shaped C-pillars adding a distinctive profile.

The AUDI emblem now sits prominently on the nose, and at 5,057 mm (199.1 inches) in length with a 3,060 mm (120.5 inches) wheelbase, the concept nearly matches the footprint of the combustion-powered Q7.

The company hasn’t revealed the interior, though it’s likely to mirror the E5 Sportback’s layout, centered around a vast 27-inch 4K display stretching across most of the dashboard.

The concept also includes the AUDI 360 Driving Assist System, an advanced driver-assistance suite developed specifically for Chinese traffic patterns and road conditions.

The AUDI E SUV is built on the Advanced Digitized Platform (ADP), developed jointly with SAIC. Power comes from dual electric motors delivering a combined 671 hp (500 kW / 680 PS) to a quattro all-wheel-drive system.

According to the company, it accelerates from 0 to 100 km/h (0–62 mph) in roughly five seconds.

The 800-volt battery pack holds 109 kWh and promises a CLTC range of over 700 km (435 miles). A rapid 10-minute charge can add about 320 km (199 miles), though the figure trails slightly behind the smaller, slipperier E5 Sportback, which stretches to 770 km (478 miles) per charge.

A Stretched A6 e-tron For China

Sharing the spotlight in Guangzhou, the A6L e-tron stretches Audi’s EV presence in the region. This version, built for Chinese buyers, gains 132 mm (5.2 inches) in wheelbase and a subtly revised front end featuring a black trim strip that links the main headlights across a covered grille.

More: Audi’s China-Only EV Deserves An RS Treatment

The cabin features a market-specific infotainment system and enhanced driver assistance features. It runs on an 800-volt electrical system with a 107 kWh battery offering a CLTC range of 770 km (479 miles).

Production takes place in Changchun under the Audi-FAW joint venture, alongside the Q6L e-tron and Q6L Sportback e-tron.

AUDI’s leadership describes this expansion as part of a sweeping realignment in China. CEO Gernot Döllner called it “the largest model initiative in our company’s history,” noting that five new locally built models have already launched in the latter half of 2025.

Audi China President Johannes Roscheck emphasized the brand’s dual strategy of combining two powertrains and two partners to secure long-term growth. In his words, “local innovation is now part of our foundation,” as the company aims to balance its legacy in combustion engines with a steady acceleration toward electrification.

The plan carries through 2026, with several new models already slated to join the China-specific portfolio.

While we’re not convinced there were many Porsche customers clamoring for a high-powered electric SUV, there’s no denying that the new Cayenne Electric boasts some impressive figures, chief among them, the fact that it’s the most powerful series production model ever built in Zuffenhausen.

Read: 1,139-HP Cayenne Electric Is Porsche’s Most Powerful Road Car Ever

In Turbo guise, the Cayenne Electric produces a staggering 1,139 horsepower and sprints from 0 to 62 mph (100 km/h) in just 2.5 seconds.

That puts it squarely in hypercar territory, yet this is a full-size luxury SUV, complete with every comfort you could possibly need or not need. Porsche also claims it can cover up to 488 miles (785 km) on a single charge when driven in urban conditions.

Still, like many high-performance EVs, the Cayenne Electric’s greatest strength is matched by a significant drawback. Weight remains the elephant in the room, and in this case, it’s a glaringly heavy one.

How Heavy Is Too Heavy?

A look at the technical breakdown for the Cayenne Turbo Electric shows a curb weight of 5,831 lbs (2,645 kg) according to the DIN standard, or 5,997 lbs (2,720 kg) under the latest EU Directive, which factors in a 165-lb (75-kg) driver.

That makes this the heaviest road-going Porsche ever produced. Unless the engineers in Stuttgart have performed some kind of chassis sorcery, hiding that mass will be a serious challenge.

For context, consider the new hybrid BMW M5, a car already heavily criticized, even mocked, for its bulk. The sedan tips the scales at 5,390 lbs (2,444 kg), while the M5 Touring version edges up to 5,530 lbs (2,508 kg). The Cayenne Turbo Electric surpasses both with room to spare.

It also outweighs the Ford F-150 Raptor, which comes in at 5,710 lbs (2,590 kg), and is not far behind the Raptor R at 5,950 lbs (2,698 kg). Even standard versions of the F-150, such as the V8-powered Regular Cab at 4,948 lbs (2,245 kg) and the SuperCrew at 5,038 lbs (2,285 kg), appear relatively light in comparison.

The new all-electric Cayenne is also roughly on par with the Hyundai Ioniq 9, which weighs between 5,523 lbs (2,505 kg) and 5,908 lbs (2,680 kg) depending on the specification. However, it’s worth noting that the Ioniq 9 is a three-row SUV and is longer and wider than the Porsche.

Heavy, But Not the Heaviest

That said, the Cayenne isn’t quite as weighty as the Rivian R1S Quad Motor, which reaches an astonishing 6,824 lbs (3,169 kg). Despite that, the Rivian’s 1,025 horsepower still falls short of the Porsche’s output.

Also: BMW M5 Weighs 1,000 Lbs More Than Its Predecessor, Is Heavier Than Many F-150s!

The launch of the Cayenne Electric comes at an interesting time for the Porsche brand. Not too long ago, it had been planning to only sell the future Cayman and Boxster models with electric powertrains and had been planning a flagship seven-seat SUV, codenamed the K1, to be also sold exclusively as an EV.

Those plans have now shifted. Porsche has confirmed that all of these future models will be re-engineered to accommodate combustion power as well.

The Lucid Gravity is a finalist for 2026 North American Utility Vehicle of the Year and their case is getting stronger with the introduction of a new Touring trim. It was unveiled at the Los Angeles Auto Show and is currently available to order.

Designed to slot beneath the range-topping Gravity Grand Touring, the latest variant is instantly recognizable and features a familiar design. Few details were released, but it sports LED lighting units, a glass roof, and flush-mounted door handles. They’re joined by 20-inch wheels, acoustic front glass, and a power liftgate and frunk.

More: Meet The Finalists For North American Car, Truck and Utility Vehicle Of The Year

The five-seat interior sports PurLuxe upholstery as well as heated front chairs with 12-way power adjustment. Buyers will also find a 34-inch curved display as well as a lower 12.6-inch touchscreen.

Elsewhere, there’s a wireless smartphone charger, a ten-speaker audio system, and a four-zone climate control system. Other highlights include an ambient lighting system and an auto-dimming rearview mirror.

An assortment of options will be available including leather, a third-row, and a 22-speaker premium audio system with Dolby Atmos technology. Customers can also get a heated steering wheel as well as heated, ventilated, and massaging front seats.

Tech That Watches Your Back

The crossover comes standard with an air suspension as well as the DreamDrive 2 suite of driver assistance systems. It includes Adaptive Cruise Control, Automatic Emergency Braking, and Drive Assist (Lane Centering).

There’s also Lane Departure Protection, Front & Rear Cross Traffic Protection, and Blind Spot Monitoring with Active Intervention. Rounding out the highlights are Speed Limit Assist, Traffic Sign Recognition, Safe Exit Warning, and High Beam Assist.

While that’s a pretty comprehensive list, buyers can upgrade to DreamDrive 2 Premium or DreamDrive 2 Pro. The latter allows for hands-free driving as well as remote automatic parking.

Performance and Range

Power is provided by an 89 kWh battery pack that feeds a dual-motor all-wheel-drive system developing up to 560 hp (418 kW / 568 PS). That’s 268 hp (200 kW / 272 PS) less than the Grand Touring, but the crossover can hit 60 mph (96 km/h) in four seconds flat.

The Touring has an EPA-estimated range of up to 337 miles (542 km), which trails the Grand Touring by 113 miles (182 km). That’s a pretty significant difference, but the 300 kW DC fast charging capability enables the crossover to get 200 miles (322 km) of range in as little as 15 minutes.

If you want to take advantage of the native NACS port and use a Tesla Supercharger, you’ll be limited to 220 kW. That’s a bit of a bummer, but it’s still relatively speedy.

What Will It Cost You?

Pricing starts at $79,900 before a $1,650 destination fee. This makes it significantly cheaper than the Gravity Grand Touring, which begins at $94,900.

In Canada, pricing starts at $113,500 and this includes a $2,300 destination fee, a $200 documentation fee, and a $100 federal air conditioning tax.

The Los Angeles Auto Show continues and Hyundai has used the event to introduce the US-spec Ioniq 6 N and Elantra N TCR Edition. The former originally debuted over a year ago, while the latter was introduced this summer.

Starting with the high-performance Ioniq 6 N EV, it features an 84 kWh battery pack and a dual-motor all-wheel drive system producing a combined output of 601 hp (448 kW / 609 PS). However, a boost function increases that number to 641 hp (478 kW / 650 PS).

More: Hyundai’s Fastest Electric Sedan Can Drift And Snarl Like A Gas Car, Hit 62 MPH In 3.2 Seconds

This setup enables the car to accelerate from 0-60 mph (0-96 km/h) in approximately 3.2 seconds when using Launch Control. Drivers can also expect to hit a top speed of up to 160 mph (257 km).

Hyundai declined to reveal the car’s range, but noted the model has a 350 kW DC fast charging capability. This will enable the battery to go from a 10% to 80% charge in as little as 18 minutes.

Other highlights include a sport-tuned suspension with electronically controlled dampers and N e-Shift technology. They’re joined by N Launch Control, N Drift Optimizer, N Grin Boost, N Torque Distribution, and an N Active Sound + system.

Since we’ve already seen the model numerous times before, we’ll briefly note the car features black and red accents as well as 20-inch forged wheels. They’re joined by sportier bumpers and a rear spoiler.

Hyundai hasn’t released full details, but said the car will have a Black interior with Performance Blue accents. Buyers will also find sporty seats with Alcantara upholstery as well as leatherette bolsters. Other highlights include a unique steering wheel as well as additional physical switchgear for more intuitive operation.

The Ioniq 6 N will arrive next year and be offered in “limited quantities.” There’s no word on pricing, but the 2025 Ioniq 5 N starts at $66,200.

Elantra N TCR Edition

Speaking of yesterday’s news, Hyundai introduced the Elantra N TCR Edition. Designed for boy racers on a budget, the car has a massive carbon fiber rear wing that tells everyone you’re compensating for something. It’s joined by special badging as well as gloss black 19-inch forged wheels that are backed up by a four-piston front braking system.

The interior sports an Alcantara-wrapped steering wheel, shifter, and handbrake. They’re accompanied by Performance Blue seat belts, aluminum door sill plates, and unique door puddle lamps.

Hyundai didn’t mention pricing or specifications, but the model should have a turbocharged 2.0-liter four-cylinder engine pumping out 276 hp (206 kW / 280 PS) and 289 lb-ft (391 Nm) of torque. It can be connected to either a six-speed manual or an optional eight-speed dual-clutch transmission.

The Hyundai Elantra N TCR Edition will arrive in the first quarter of 2026 as a “limited production run.” There’s no word on how many will be offered stateside, but expect it to cost more than the regular model, which begins at $35,100.

BMW’s latest step into its electric future comes with more stamina than we expected. The second-generation iX3 , unveiled a few months ago with a projected range of 497 miles (800 km) under the WLTP cycle, has quietly outperformed even BMW’s own estimates, though, as always, there are a few caveats tucked in the fine print.

In a real-world run, the electric SUV managed to stretch its legs to more than 621 miles (1,000 km) on a single charge.

Read: The iX3 Is BMW’s Neue Klasse Future Now With A Surprising Price Tag

Eager to see how far their new creation could really go, a small team from BMW decided to take the iX3 on a proper road trip. They set off from the Debrecen plant in Hungary, where the model is built, and pointed it toward Munich, the automaker’s home base in Germany.

Not only did they complete the 626.1-mile (1,007.7 km) journey, but they did so with 2 percent charge remaining, which could have been enough to travel an extra 12 miles (20 km).

What Are The Caveats?

As you could have probably guessed, the team did everything they could to extend the iX3’s driving range. For example, they avoided highways during the journey, sticking to smaller and lower-speed roads where the SUV’s regenerative braking system would be most effective.

Additionally, the iX3 was equipped with smaller 20-inch wheels, rather than the 21- and 22-inch wheels it’s also available with. They also didn’t use the heating, cooling, or radio during the test, to save as much energy as possible.

BMW picked the iX3 50 xDrive, the only version announced to date, which has a pair of electric motors delivering 463 hp and 476 lb-ft of torque, meaning it can hit 60 mph (96 km/h) in just 4.7 seconds, and a sizeable 108.7 kWh battery pack.