Tesla took to X over the weekend to announce that Dutch automotive safety regulator RDW had committed to approving its Full Self-Driving (Supervised) system in February 2026. As it turns out, Elon Musk’s company jumped the gun, and the agency made no such commitment.

Watch: Tesla Fans Gave FSD The Wheel For Elon’s Coast-To-Coast Trip

The claim sparked quick clarification from the regulator and a flurry of online chatter about Tesla’s ongoing bid to expand FSD beyond American roads.

While Tesla has been offering its Full Self-Driving system in the United States for years, it hasn’t been able to do the same in Europe.

Europe’s Roadblock

According to the carmaker, it has already provided FSD demonstrations “to regulators of almost every EU country” and believes the most effective path to rolling out the system across the continent is through the RDW, with the goal of securing an exemption for the feature.

In its X post, Tesla Europe & Middle East proclaimed that “RDW has committed to granting Netherlands National approval in February 2026.” The company even urged followers to contact the regulator directly to “express your excitement & thank them for making this happen as soon as possible.”

However, the regulator quickly pushed back. In a statement published on its website, the regulator explained that it expects Tesla to demonstrate FSD next February, but it denied making any commitment to approval.

Tesla has been working hard toward shipping Full Self-Driving (Supervised) in Europe for over 12 months now. We have given FSD demos to regulators of almost every EU country. We have requested early access, pilot release programs or exemptions where possible.

We have developed…

— Tesla Europe & Middle East (@teslaeurope) November 22, 2025

“We do not share details about ongoing applications from manufacturers, as this concerns commercially sensitive information,” it wrote. “Both RDW and Tesla are aware of the efforts needed to reach a decision on this matter in February. Whether this timeline will be met is yet to be determined in the coming period.”

Regulator Grows Tired of Tesla Fans’ Calls

The regulatory agency also asked Tesla’s fans to stop contacting it about FSD, noting that “it takes up unnecessary time for our customer service,” adding “this will have no impact whatsoever on whether or not the schedule will be met.”

Recently, Tesla boss Elon Musk said, “pressure from our customers in Europe to push the regulators to approve would be appreciated.”

Speaking with Bloomberg, the head of safe autonomy at the University of Warwick, Siddartha Khastgir, said it’s unusual to see a carmaker attempting to pressure the RDW.

“An approval process of an automated driving system is a deeply technical one to ensure the safety of the public,” he explained. “The sanctity of any such approvals is ensured by its independence and rigor, not force. While public sentiment is important for all authorities, this shouldn’t undermine the rigor of the approval process.”

Ford is widening the reach of its “hands-off” driving tech, showing just how quickly features once kept for top-tier models are filtering into everyday vehicles. BlueCruise now targets the brand’s most accessible SUVs in Europe, giving buyers a taste of advanced driver assistance without having to climb the price ladder.

Besides the Puma and the fully electric Puma Gen-E, the system will soon be offered on the Kuga compact SUV and the Ranger PHEV midsize pickup as part of an optional Driver Assistance Pack.

The BlueCruise made its European debut with the Mustang Mach-E in 2023, before gradually expanding from the UK to 16 countries across the continent.

More: Ford Racing Is Readying A Secret ‘Road Car’ For January

Starting from spring 2026, Ford’s small and compact SUVs and its midsize pickup will also be offered with the hands-free system. That leaves only the VW-based Capri and Explorer EVs, the Transit/Tourneo range, and the ICE Mustang without access to the technology.

The BlueCruise, which is based on the Intelligent Adaptive Cruise Control, allows the driver to take their hands off the wheel while keeping their eyes on the road. It manages acceleration, braking, and steering, with cameras and sensors monitoring traffic, lane markings, and even the driver’s gaze and head position to ensure attentiveness.

More: Ford’s Ranger Street Truck Just Got Louder And Greener With New PHEV Punch

In Europe, the BlueCruise can be activated on over 135,000 km (84,000 miles) of highways, which are marked as “Blue Zones”. For example, one could use it to travel from Stockholm to Rome, covering 2,000 km (1,500 miles) across six countries and totaling around 25 hours of hands-free driving.

Globally, Ford and Lincoln owners have logged over 888 million km (552 million miles) using BlueCruise-equipped vehicles. However, the majority of those were most likely covered in North America.

The company says that the tech will be available in “selected new model year vehicles” of the Puma, Puma Gen-E, Kuga, and Ranger PHEV starting in spring 2026. Subscription options and pricing for the Driver Assistance Pack will be announced closer to that date.

The BlueCruise is currently available in select European markets, including Austria, Belgium, the Czech Republic, Denmark, France, Great Britain, Germany, Greece, Hungary, Italy, the Netherlands, Norway, Poland, Portugal, Spain, and Sweden.

Toyota’s booth at the 2025 Japan Mobility Show brimmed with futuristic ideas, from spider-like delivery bots to a six-wheeled Lexus minivan. Yet among all the tech-heavy marvels, one creation charmed visitors more than any other: the Kids Mobi, a self-driving, bubble-shaped EV made exclusively for children.

More: Honda Shogo Is A Tiny EV That Brings Joy To Hospitalized Kids

Framed as a “safe and secure AI-powered personal mobility for kids,” the concept blurs the line between toy and vehicle. It has a smooth, pod-like body with enclosed wheels and animated LED “eyes” that mimic expressions.

Even the sensors on the roof are shaped like ears, with the whole thing being reminiscent of an animated character.

The canopy, lifted straight from a sci-fi sketchbook, swings upward to reveal a snug single seat built for children up to 130 cm tall (about 4 feet 3 inches). Once inside, the canopy closes and an AI assistant called the “UX Friend” comes to life, chatting and playing with the young passenger throughout the ride.

While the Kids Mobi obviously relies on autonomous tech for navigation, Toyota says children can still participate in the drive, giving them a sense of control.

“It’s not just adults who want to drive and enjoy some time to themselves,” the company explains. “Kids also want freedom of mobility. And just as adults have cars, kids deserve a trusty sidekick.”

Letting a child ride solo in an autonomous pod may sound like science fiction at best and unsettling at worst, but Toyota argues it could eventually prove safer than a traditional school bus.

For now, the Kids Mobi remains a concept, though it reflects what the automaker calls the “ultimate goal” of its AI x Robotics Data Center. That means the idea will keep evolving long after the show floor closes.

Still, the project represents the “ultimate goal” of the automaker’s AI x Robotics Data Center, so development will continue.

More: Toyota Wants To Teach Your Kids To Drive With Camatte Petta Concept

Until the Kids Mobi is ready to hit the road (or, more likely, the bike lane and sidewalk), visitors of the Japan Mobility Show can check it out up close and snap a photo with it. Toyota will also give each kid an original keychain as a souvenir.

Another Kid-Friendly Concept

Interestingly, the 2025 lineup at the show includes another Toyota concept that could serve as a helpful companion for toddlers.

The Chibibo is a quadruped robot that walks alongside people and vehicles serving as a last-mile delivery solution. A shown in the official renderings, it could help a child carry their backpack, lunchbox, or any other item that would be too heavy for them.

The spider-like design allows the robot to navigate narrow alleyways and climb stairs, taking parcels to places that vehicles can’t. When idle, it crouches down into a resting pose, much like a loyal robotic pet.

Toyota

Unlike every other Tesla, the Cybercab was envisioned without a steering wheel or pedals, created from the start as a vehicle meant to drive itself. Elon Musk said the company plans to build millions of these two-seat EVs, each priced under $30,000, hoping to turn self-driving technology from a futuristic experiment into something people could actually buy.

Read: Tesla Cybercab Is A $30,000 Robotaxi Without A Steering Wheel Or Pedals

Or at least, that was the idea. Tesla has now admitted it may have to fit the Cybercab with conventional controls if it wants to reach the production numbers Musk has promised.

When Autonomy Meets Reality

According to Tesla board chair Robyn Denholm, the company views the Cybercab as the long-awaited affordable model that investors have been pressing for, often referred to by the press as the Model 2.

Yet the minimalist two-seat layout limits its practicality, and Tesla’s initial pledge to sell it without traditional controls makes the task harder. The brand’s self-driving software remains well short of true Level 4 or Level 5 autonomy, so customers may be wary of a car that expects to handle everything on its own.

While speaking with Bloomberg, Denholm made clear that Tesla is flexible. “If we have to have a steering wheel, it can have a steering wheel and pedals,” she said, a comment that marks a shift from the original vision.

Regulation Hurdles

Regulations currently stand in the way of Tesla introducing a large number of Cybercabs onto US roads. In fact, the National Highway Traffic Safety Administration (NHTSA) only allows manufacturers to deploy up to 2,500 autonomous vehicles per year without traditional controls.

Musk, who has poured significant sums into political campaigns, including major donations to Donald Trump, appears to have hoped that influence might soften the rules. So far, regulators haven’t moved.

His frustration surfaced recently when he referred to US Transportation Secretary Sean Duffy as “Sean Dummy” after the agency reopened a SpaceX contract connected to NASA’s moon mission.

Denholm has put on a brave face, noting that Tesla is willing to change its plans if that’s what regulations require.

“The original Model Y was not going to have a steering wheel, or pedals,” she said. “If we can’t sell something because it needs something, then we’ll work with regulators to work out what we need to do.”

For as good as the Lucid Air and Gravity are, their price tags keep them out of reach for most buyers. Thankfully, the American brand is working on a more affordable mid-size SUV, and this is our first chance to see it from the rear.

The teaser image arrives almost exactly a year after Lucid first previewed the model’s front, timed to align with an important new partnership with Nvidia.

What Are We Seeing?

The image itself is deliberately dark, but there’s enough light to reveal a three-quarter rear view of what could be named the Earth.

Compared to the Gravity, it’s noticeably smaller, with a roofline that slopes sharply into a compact decklid. The more steeply raked rear glass gives it a sportier silhouette, setting it apart from its larger sibling and bringing it closer in profile to Tesla’s Model Y.

Read: Lucid Teases New Midsize EV That’s Big On Curves, Starting Under $50K

Additionally, Lucid has equipped it with simple horizontal LED taillights, no doubt cheaper than the complex units found on the Air and Gravity.

Other important details visible in this teaser include the newly designed door handle sitting flush with the bodywork and distinctive wheel arches.

Lucid plans to release more than one vehicle on its forthcoming mid-size platform, although details about the others are limited.

We know production of this new SUV will be handled by the carmaker’s AMP-2 factory in Saudi Arabia and should start before the end of next year. It’s expected to hit the market for less than $50,000.

Lucid x Nvidia

The company dropped this teaser of the mid-size model alongside a critical new partnership with Nvidia. Moving forward, Lucid will adopt Nvidia’s Drive AV platform, which promises eyes-off, hands-off, and mind-off Level 4 autonomous driving.

Lucid’s existing DreamDrive Pro system was developed in-house and has already been improved in the Gravity thanks to Nvidia’s systems, allowing for Level 2++ semi-autonomous driving.

To achieve Level 4 driving, Lucid will incorporate Nvidia’s full suite of sensors, including cameras, radar, and LiDAR. Starting with its mid-size models, each vehicle will include two Nvidia Drive AGX Thor accelerated computers running the Nvidia DriveOS operating system.

Lucid says “this next-generation AI computing platform, with its centralized architecture and redundant processors, will unify all automated driving functions, enabling a seamless evolution through the autonomy spectrum.”

The strengthened relationship between Lucid and Nvidia will also bring new automated-driving features to the Gravity via over-the-air software updates.

The autonomous driving space is always shifting, and today General Motors revealed that buyers of the 2028 Cadillac Escalade IQ will be able to drive without watching the road. That’s only one part of the automaker’s new announcements that also include Google Gemini and Vehicle-to-Grid power.

Moving Autonomy Forward

Eyes-off driving is something plenty of automakers have talked about, but few are even close to delivering. General Motors currently sells cars with Super Cruise, a Level 2 system that can accelerate, brake, and change lanes.

However, it can only do this on specific highways and the driver must maintain attention on the road at all times. That said, it’s Super Cruise that is laying the foundation for eyes-off driving.

More: I Tried Out GM’s Smarter Super Cruise And It Feels Promising

So far, GM says Super Cruise has accrued some five million miles without a single accident attributed to it. The car of the future won’t just let you drive without watching the road – it’ll also let you leverage Google‘s AI bot Gemini to do all sorts of things.

That includes changing settings in the car, but it goes further to the extent that it should be able to learn driver preferences. Think of it as a supercharged version of the memory button.

Rather than just remembering seating and mirror position, it could remap the media buttons, change the display layout, automatically pull up navigation to a routine destination, and more.

Launching next year, it’ll even give drivers guidance on one-pedal driving, monitor maintenance, and help with things like finding a place to eat.

Going Beyond Cars

GM isn’t stopping at AI and autonomous driving. It appears to be picking up some of the Tesla playbook as it says it’ll soon offer bidirectional EV charging, solar integration, and a stationary home battery.

In other words, owners will have the opportunity to sell some of their extra juice back to the grid and then purchase it again later when rates are lower.

Apparently, while electric vehicles might not be growing as rapidly as they used to, the technology around them continues to mature – and that can only be good news for consumers.

Toyota has stolen the limelight at the Japan Mobility Show 2025 with a varied selection of premieres across its range, including a new Corolla concept. The sedan previews the next chapter for one of the brand’s best-selling and longest-standing nameplates, with sharp styling and multiple powertrain options.

The concept is part of a new campaign titled “To You, Toyota” and was penned by the company’s European design center in Nice, France (ED²). At first glance, it bears little resemblance to the current 12th-generation of the Corolla.

More: The Lexus LS Has Just Morphed Into A Bizarre Six-Wheeled Van

Instead, it features crisp, modern lines and proportions more in tune with an electric vehicle, hinting at a new design direction for the familiar compact, much like Toyota achieved with the latest generation of the Prius.

A Sharp Exterior Design

The front end introduces a refined take on Toyota’s hammerhead design, with full-width LED headlights merging horizontal and vertical lighting signatures. Gone is the traditional grille, replaced by a narrow lower intake on the bumper and a subtle vent at the base of the windshield.

From the profile, the car presents itself as a sleek four-door sedan that could carry forward the Corolla nameplate. The front fenders appear to host a charging port beside a new vertical accent beneath the mirrors. Other notable features include a descending window line, sculpted side panels, and conventional door handles.

The rear view is defined by a clean, integrated ducktail spoiler extending from the sloping roof. Sharp shoulders lead to full-width taillights with pixel-like illumination, and “Corolla” lettering sits across the flat tailgate. The rear bumper adds some depth with a sculpted finish and centered license plate placement.

More: Century Coupe Leads Toyota’s Fight To Rolls-Royce

The interior is just as a radical rethink as the exterior. The dashboard has a clean design with modestly-sized screens for the digital instrument cluster and the passenger display.

There is also a floating center console with a gear selector is shaped after the vehicle, along with futuristic seats and ambient lighting. Basic controls for the media and the HVAC are grouped on steering wheel and on each side of the instrument cluster.

Toyota didn’t share the specifications of the “reinvented” Corolla but confirmed it will stay true to its multi-pathway approach. This means it will offer a variety of powertrain options including fully electric and hybrid, answering to the needs of buyers in different markets around the world.

Crucially, there won’t be any compromise on space or functionality independently of what lies under the hood.

Despite the clear production intent of the Corolla concept, the automaker didn’t announce a set date for the debut of the new generation. Still, with the current model having been around since 2018 with a facelift in 2022, a successor could arrive in 2026.

More Concepts in the Spotlight

Beyond the main reveal, Toyota also showcased a range of inventive concepts that hint at a playful and inclusive vision of mobility. Among them were a series of brightly colored, pod-like vehicles designed for children, known as Kids Mobi.

The lineup also included spider-like transporters, the Chibibo for goods and Walk Me for personal movement. On the other hand Boost Me is a mobility device tailored for people with disabilities that’s nimble enough for a tennis court.

More: From Robots To EVs, Suzuki’s Tokyo Show Lineup Has It All

Completing the collection was Challenge Me, a rugged, off-road-capable wheelchair, KB Lifter which is a treadmill on wheels, and Cyber Love, a rolling, box-shaped lounge that seems to blur the line between vehicle and living space.

Furthermore, the company presented various light commercial vehicle concepts including a tiny single-seater EV for last-mile delivery (Coms-X), a minimalist cab-over pickup envisioned for developing markets (IMV Origin), an autonomous minivan that could serve as a taxi (Kago-Bo), a similar van version for professional use (Kayoibako).

Last but not least, Toyota showcased a new HiAce concept in both regular and high-roof bodystyles, featuring modern styling cues and fortress-style side windows.

Toyota

A video of a Xiaomi SU7 sedan seemingly taking itself for a spin went viral over the weekend in China, sparking safety concerns. The internet was quick to imagine hacked cars and rogue AI, but Xiaomi quickly shut down the drama, claiming that the mysterious drive was simply triggered by a remote command from the owner’s Apple iPhone.

More: Xiaomi Boss Admits They Bought Teslas And Tore Them Down To Learn Every Secret

The incident took place on September 30, when the owner, identified as Li Xiaoshuang, parked his light blue SU7 outside a store in the city of Weihai. Minutes later, while he was inside the shop with a woman, the car began to creep forward with no one behind the wheel. Realizing what was happening, Li rushed outside and sprinted after his runaway EV.

A Confusing Start

After sharing the surveillance footage, the owner contacted Xiaomi’s customer service to report the car’s strange behavior. The representative informed him that the EV had received a remote command from a device labeled “iPhone 16.2.” The owner, however, insisted he hadn’t touched his phone nor did he own an iPhone 16 and provided the video as proof.

The mix-up was later clarified when engineers confirmed that “16.2” wasn’t referring to a newer iPhone model at all, but to the internal identifier Apple assigns to the owner’s iPhone 15 Pro Max. Likewise, an iPhone 16 Pro also linked to the vehicle, belonging to the woman seen in the video, appeared under the code “17.1.”

Technical Verification

After reviewing the EV’s data logs and the smartphones’ activity records, Xiaomi engineers confirmed that the car had, in fact, received a valid remote parking command from the owner’s iPhone at that exact moment. The company also verified that every system operated correctly.

More: China Recalling Over A Third Of All Xiaomi SU7s After Deadly Crash

The company issued a formal apology for the misunderstanding and thanked the owner for cooperating in the investigation. They also emphasized that all vehicle systems operated as intended. The owner eventually acknowledged Xiaomi’s findings after witnessing the data verification himself, and urged others to stop spreading false claims about software bugs or hacks.

Accidental Commands, Real Consequences

So what could have triggered the remote parking command without the owner realizing it? The most likely explanation is that the feature was unintentionally activated through the iPhone app or its voice assistant.

Still, the idea that a simple tap or phrase can send a two-ton machine rolling on its own should give manufacturers pause. As cars become more like smartphones on wheels, it might be time for automakers to impose tighter safeguards on how these systems talk to each other, rather than assuming every “smart” feature is foolproof.

Below you’ll find the official statements from both Xiaomi and the owner.

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Xiaomi’s Official Statement

Regarding the recent online video of a Xiaomi car suddenly driving away, we attach great importance to this incident and immediately established a special task force to investigate and collaborate with the user to verify the situation.

Both parties verified the user’s authorized mobile app operation logs and vehicle data, reaching a consensus: “The vehicle’s backend data matches the iPhone 15 Pro Max’s operation logs, response times, and vehicle exit commands, ruling out any vehicle quality issues.”

During the investigation, with the user’s consent, we obtained vehicle backend data and operation logs from two phones with vehicle control permissions: the female owner’s iPhone 16 Pro and the male owner’s iPhone 15 Pro Max, with corresponding device model identifiers of iPhone 17.1 and iPhone 16.2, respectively.

The vehicle’s backend data shows that during the time window described by the user, the vehicle received a parking assist command from the iPhone 15 Pro Max, which activated the parking assist feature (activation requires the vehicle to be within close range of the phone’s Bluetooth connection) and initiated the exit.

When contacting online customer service regarding the user’s feedback, they stated that the parking assist command originated from an iPhone 16. We have verified that our online customer service representative confused the device model identifier (iPhone 16,2) with the corresponding device model (iPhone 15 Pro Max) during communication with the user, leading to misunderstanding and miscommunication. We apologize for this and will continue to improve our service efforts.

Xiaomi Auto always prioritizes user safety and user experience. Thank you for your attention and support.

Owner’s Response:

I am the owner of the vehicle in question. The above information is true. The Xiaomi Auto team has verified the data with me in person and confirmed it is correct. Thank you for your professionalism and service. Please refrain from spreading rumors. Thank you.

Sources: Weibo, Xiaomi