Advanced solid-state batteries have long been regarded as the holy grail for electric vehicles and Subaru has joined fellow Japanese brands Toyota and Nissan by working to implement these advanced new packs. However, rather than using them in any of its EVs, Subaru is instead utilizing solid-state batteries in robots which build engines and transmissions.

Read: Subaru Is Having Second Thoughts On EVs

The batteries in question come from Japanese electronics firm Maxell Ltd and have been primarily used as backup batteries in industrial equipment, designed to protect against computer memory loss. These solid state cells, like those set to be used by future EVs, have a ceramic-like electrolyte rather than a liquid one. This makes them more energy-dense and allow them to support fast charging than traditional lithium-ion cells.

Why Robots Come First

Maxell’s batteries are less than 1 kWh in capacity, and therefore far too small to use in a vehicle. However, they have been adapted for use with Subaru’s factory robots which usually need battery changes every one or two years. These new batteries can last for up to 10 years.

According to Auto News, Subaru has already introduced the batteries into nine robots at its Oizumi engine and transmission plant north of Tokyo.

“By installing all-solid-state batteries in the industrial robots used at our factory, Subaru aims to reduce both industrial waste and maintenance work for industrial robots by utilizing the long battery life,” the company said in a statement.

Subaru’s EV Balancing Act

A few short months ago, Subaru acknowledged that it was “re-evaluating” its electrification strategy, becoming just the latest in a slew of car manufacturers that have become increasingly concerned with the slowing growth of EV sales in certain markets. However, it recently revealed its second EV for North America, named the Uncharted.

This is the brand’s take on the new electric Toyota C-HR but has a slightly more rugged design. The flagship model has a pair of electric motors that combine to deliver 338 hp and enable it to hit 60 mph (96 km/h) in 5 seconds.

Tesla’s Full Self-Driving (Supervised) system, along with its ambitious claims, has repeatedly drawn the company into controversy, and it now faces yet another round. The company is once again facing legal trouble, this time after a U.S. District Judge in California ruled that Tesla must answer a certified class action alleging it misled drivers about the self-driving abilities of its vehicles. Tesla had argued the case should be dismissed, but the court disagreed.

Read: Musk’s Robotaxi Pitch Just Backfired And Shareholders Are Suing

The automaker has consistently promoted the idea that all vehicles it built since 2016 came equipped with hardware capable of full self-driving, albeit under supervision. These assurances were made across Tesla’s website, blog posts, social media channels, and directly by chief executive Elon Musk.

In practice, though, the cars have not lived up to those promises. Tesla also asserted that vehicles with its Full Self-Driving package would eventually deliver Level 4 and Level 5 autonomy, but neither has materialized.

Judge’s Assessment

U.S. District Judge Rita Lin noted that claims about Tesla vehicles lacking the necessary hardware for autonomous driving, combined with the company’s failure to “demonstrate a long-distance autonomous drive with any of its vehicles,” provide grounds for lawsuits brought by two groups of drivers.

Tesla does not engage in typical mass advertising, and the Judge noted that ordinarily, the channels it used to promote its self-driving hardware and software may not be “enough to establish a class-wide exposure for a traditional car manufacturer.”

However, she said it’s reasonable to infer that class members went to Tesla’s website for information on its Full Self-Driving (Supervised) technology. She added that thousands of people likely saw a claim on Tesla’s website from October 2016 to August 2024 that said its vehicles contained the hardware necessary for fully autonomous driving.

Tesla’s Defense

Tesla countered that it is unreasonable to assume all class members saw those statements. The automaker also argued there is no unified proof showing the claims were significant enough to influence purchasing decisions, according to Reuters.

The class actions in California include drivers who purchased the Full Self-Driving Package from May 19, 2017, to July 31, 2024, and who opted out of Tesla’s arbitration agreement, as well as drivers who purchased the package from October 20, 2016, to May 19, 2017.

In the US, Tesla’s arbitration clause requires all disputes to be resolved through arbitration rather than in court, unless a purchaser or lessee opts out of the clause within 30 days of buying or leasing a Tesla vehicle.

Tesla owners are about to get a big upgrade in their cabins. A hacker says that the automaker is about to switch from one set of visuals to another. The new set of graphics could be akin to some of the most impressive video games on the market today. Notably, it would also mean that Tesla is following the lead of brands like Rivian, Volvo, and Ford.

Unreal Engine is a 3D creation tool built by Epic Games, and as the name suggests, it’s largely used in video game development. In recent years, it’s become more of a mainstay in other areas of the world, and if a new report is correct, soon it’ll also be in Teslas. Long-time hacker GreenTheOnly revealed updates to code that indicate Unreal Engine graphics are coming soon to Model S and Model X.

Read: Watch Sony Exec Drive Afeela EV With A PlayStation Controller

“Tesla is adding Unreal Engine-based AP viz (the one you see today is Godot-based). The binaries are already shipping, starting from firmware 2025.20 only on AMD-based S and X cars for now,” he said in a post on X. After a bit of work, he managed to get the system working on the main infotainment screen.

It appears as though users will have the freedom to interact with the car graphic, spin it around, and open and close certain bits. We fully expect these same graphics to end up in the Autopilot and Full Self-Driving (Supervised) displays as well. One fan created what they expect it to look like, and you can see it below.

Cannot wait for tesla FSD Unreal Engine visual updates. Ray tracing on hw4 is gonna be bomb. pic.twitter.com/CD89WSCS7h

— Ian Smith 🟣 (@IanSamyth) August 8, 2025

Interestingly, Tesla isn’t leading the way or breaking new ground here. Rivian, Ford, Lotus, Volvo, and GMC all use Unreal Engine already, says The Verge. In fact, many will remember that GMC highlighted the technology during the launch of the Hummer EV. It’s a main part of how the large pickup displays mode changes, status updates, and other general information. Considering how good the display looks, it will probably be a welcome addition for Tesla users in the near future.

Ok, I am having a bit of trouble getting unreal engine to activate on the cluster, but it looks like on the main screen the car avatar is also controlled by it.
Now you can interact with it and it's getting somewhat more detailed.
See the example: pic.twitter.com/6lpXr6BK0K

— green (@greentheonly) August 9, 2025

Credit: GreenTheOnly

In addition to developing a steer-by-wire system, Rivian also appears to be working on rear-wheel steering, two features that could significantly impact how its EVs handle. That said, there’s no clear timeline for when these updates might roll out, so current Rivian owners probably don’t need to consider trading in their vehicles just yet.

News about Rivian’s latest developments doesn’t come from a press release or a comment made by an executive, but rather from a job listing that the automaker recently posted. In the listing, it says it is looking for an engineer to join the Vehicle Hardware Engineering – Chassis – Product Development team.

Read: Rivian’s R2 Spotted With A Very Interesting Rear Window

Their work will include the product development of important chassis steering hardware components, “such as steer by wire, rear wheel steering, and advanced ADAS steering technologies.”

Given that the current R1S and R1T are both big vehicles with a keen focus on off-roading, it’s somewhat surprising they don’t already have a rear-wheel steering system. The Tesla Cybertruck debuted with rear-wheel steering a couple of years ago, helping its maneuverability on tight trails, as well as in carparks and on the road.

Following In The Footsteps of Tesla and Lexus

Adding steer-by-wire also seems like a logical development for Rivian to make, allowing i t to completely remove any physical link between the steering wheel and the wheels. Like Tesla and Lexus, it would need to add redundancies in case the system fails. Steer-by-wire would also allow Rivian to adjust the steering ratio depending on vehicle speed, something both Tesla and Lexus have done.  

As mentioned, there’s no word on when the systems could be ready, but if Rivian is only now starting work on them, they’ll likely still be a few years out. They could conceivably debut on the R1T and R1S, although they were only recently updated, meaning another significant update would be needed. The smaller R2 and R3 are also possible candidates for the new steering systems.

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A recent software update intended to improve Rivian’s navigation system has instead sparked frustration among some owners. Last month, the company rolled out an upgrade that brought Google Maps integration to its in-built navigation, including features like Google Places and real-time data on lane closures and accidents reported by the Google Maps community.

However, some Rivian owners have begun reporting that following the update, their GPS systems frequently freeze, leading to concerns that the rollout may have been a bit rushed by the carmaker.

Some Owners Affected, Others Not

Several Rivian owners have taken to Reddit to detail their experiences with the system. According to the original poster, their GPS has been freezing every other day after the Google Maps update. The only way to fix it is to perform a soft reset of the infotainment system, which can be done by holding down the far left and far right buttons on the steering wheel for roughly 15 seconds.

Read: Rivian’s Lawsuit Exposes The Car Industry’s Most Absurd Barrier

Multiple users have confirmed the same issue, reporting that a soft reset is the only way to get the navigation back on track. Interestingly, the glitch doesn’t appear to affect all Rivians. Owners of newer Gen2 R1S and R1T models say the updated system with Google integration works without problems. A few drivers of earlier Gen1 vehicles also reported no issues post-update.

In one case, an owner said the navigation tab on their infotainment display becomes unresponsive every two to three days and must be reset. Even when it does work, it keeps thinking their current location is at home, even if it’s not. Another R1S owner on the Reddit thread says they haven’t experienced any freezing issues, but the system’s search function no longer works.

Temporary Fixes While Rivian Investigates

In all likelihood, a software issue is to blame for the bug, and if Rivian is aware of the fault, it may already be developing a fix. Carscoops has reached out to the carmaker for a comment. In the meantime, owners dealing with the bug may have to continue resetting their systems every few days.

Self-driving cars are inching closer to mainstream use, and a recent regulatory milestone marks a significant step forward for one of the sector’s key players. Autonomous vehicle developer Zoox has received a notable exemption from the National Highway Traffic Safety Administration (NHTSA), officially certifying its vehicles for demonstration use.

Read: Zoox Robotaxis Could Eventually Become Part Of Amazon Prime

The decision represents a meaningful win for the Amazon-owned company and comes just as a federal investigation into its past regulatory compliance comes to a close.

In 2022, the NHTSA opened a probe into Zoox vehicles to see if they’d met federal safety requirements after being self-certified without having any traditional driving controls. Recently, Zoox applied for an exemption from a few NHTSA requirements, and it has now been approved.

A Shift in Policy for US-Based AV Companies

The exemption has been issued through the expanded Automated Vehicle Exemption Program and forms an important part of the Transport Secretary Sean P. Duffy’s Innovation Agenda, which aims to promote US technology and safety. Previously, foreign autonomous vehicles had been eligible for exemptions, but not those manufactured in the United States.

Importantly, this could pave the way for other US-based companies to receive similar NHTSA exemptions. Secretary Duffy is particularly eager to grow America’s autonomous vehicle capabilities, and this could prove to be a pivotally important way to do so.

“This is a win-win for safety and innovation. Under the leadership of President Trump, U.S. companies like Zoox have a process to create and test their latest technologies. America – not China – can and will drive the future of self-driving cars forward,” Duffy said.

Next Steps for Zoox

Despite the exemption, Zoox will need to revise or remove previous claims suggesting its purpose-built vehicles already complied with Federal Motor Vehicle Safety Standards. The updated certification allows testing under the exemption, but not without an adjustment in public messaging.

The NHTSA has been keeping a close eye on Zoox. In May 2024, it opened a probe into the company’s vehicles following two rear-end collisions and a braking-related recall. In May, Zoox also had to recall 270 vehicles shortly after a robotaxi was involved in a crash in Las Vegas.

Electric cars tend to follow the familiar auto industry rhythm, each generation sticking around for six to ten years. But in China, where the EV market is evolving at breakneck speed, that timeline gets compressed. Just three years after the MG4 first hit the streets, it’s already getting a second-generation update. And this isn’t just a mild refresh.

The latest version brings a full redesign, a new platform, an overhauled interior, and most importantly, a semi-solid-state battery offering. Perhaps even more surprising of all, it starts at just 73,800 yuan, or just under $10,300.

Read: MG Storms Goodwood With Two New EVs And A Sexy Roadster

It’s been almost five months since the first photos of the new MG4 surfaced, but only now have sales started and technical specifications been confirmed. The biggest headline is the battery. Among the available options is a semi-solid-state unit developed by QingTao Energy, which marks the first time a mass-produced EV features a battery pack of this kind.

A New Type of Battery Tech

While not a true solid-state battery, which uses no liquid electrolyte, the unit powering the second-gen MG4 contains just 5 percent liquid electrolyte, less than the semi-solid-state batteries found in the Nio ET5 and IM L6 Max Lightyear. Its energy density isn’t particularly impressive at 180 Wh/kg, but the 70 kWh pack is reportedly enough to give the electric hatchback a range of up to 334 miles (537 km).

This battery will not be standard, and the pricing for it has not been announced. What we do know is that the cheaper versions will be offered with 42.8 kWh and 53.9 kWh battery packs, offering 271 miles (437 km) and 329 miles (530 km) of range, respectively.

The base 73,800 yuan ($10,300) version is known as the Comfort, while sitting above it in the range is the Ease, priced from 81,800 yuan, or around $11,400. The flagship version of the 42.8 kWh-equipped model is known as the Freedom, starting at 90,800 yuan or $12,600. The 53.9 kWh Smart version starts at 105,800 yuan or $14,700.

The updated MG4 has grown slightly in size compared to its predecessor. It now measures 4,395 mm (173.1 inches) in length, 1,842 mm (72.5 inches) in width, and 1,551 mm (61.1 inches) in height, with a wheelbase stretching to 2,750 mm (108.3 inches).

Better Looks, Better Cabin

Visually, the new MG4 adopts a far softer and more curvaceous design than the model it replaces. The cabin also looks impressively well-equipped and includes a 15.6-inch infotainment display, a small digital instrument cluster, a wireless phone charger, and a floating transmission tunnel. In typical EV fashion, it’s quite minimalist, but appears quite premium, particularly given the car’s price tag.

Elsewhere, the MG4 includes heated and ventilated front seats, a large panoramic glass roof with an electric sunshade, and rear seat backs that can recline up to 27 degrees. Synthetic leather is also found throughout, and there’s even a heated steering wheel.

While pre-sales of the new MG4 have just opened, MG hasn’t said when the first customer deliveries will begin. The timeline for international launches is not yet known, but we expect the small MG to arrive eventually in key markets like Europe and Australia.

Tesla and Elon Musk had hoped that the rollout of a long-awaited Robotaxi service in Austin, Texas, would mark a major step forward for the company, bringing fully autonomous driving technology to the public. Instead, the Robotaxi has landed Tesla in hot water. Both Musk and the company are now named in a lawsuit alleging they concealed the risks of self-driving systems and inflated the automaker’s valuation.

Read: This City Could Be Tesla’s Toughest Robotaxi Challenge Yet

The proposed class action, filed by a group of shareholders, claims that Tesla’s Robotaxi vehicles in Austin have been seen behaving erratically, speeding, hopping curbs, swerving into the wrong lane, braking unpredictably, and even letting passengers off in the middle of busy roads, according to The Economic Times.

Shareholders Say the Tech Isn’t Ready

According to the shareholders, Musk and Tesla have consistently overstated the effectiveness and prospects of the automaker’s autonomous driving technologies, boosting its stock price. The lawsuit also takes issue with Musk’s April 22 statement that Tesla was “laser-focused on bringing Robotaxi to Austin in June,” and that the service would deliver “scalable and safe deployment across diverse geographies and use cases.”

Where Musk Goes, Controversy Follows

The shareholders are accusing Tesla and Musk of securities fraud. Their filing argues that the Robotaxi program poses a “significant risk” to public safety and may violate traffic laws, opening the company up to tighter regulatory scrutiny. They also note that Tesla’s stock dipped around 6 percent following public reports of incidents involving the Robotaxi fleet.

Last week, Tesla expanded its Robotaxi service to a geofenced area of the San Francisco Bay Area. However, as Tesla does not have regulatory approval to operate completely autonomous vehicles in California, all vehicles in the local Robotaxi fleet have a human behind the wheel. So, in reality, it’s not a Robotaxi service at all, but rather a simple ride-hailing service.

Despite these hurdles, Musk remains characteristically confident. On Tesla’s earnings call in late July, he predicted that “half of the population of the US will be covered by Tesla’s Robotaxi by the end of the year,” suggesting that regulatory concerns and technical setbacks aren’t slowing down the company’s broader ambitions.

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Mercedes is breathing new life into what was once its cars’ most distinctive feature. The brand has dropped the first undisguised teaser image of its new GLC compact electric SUV, revealing its retro-futuristic illuminated grille.

More: Mercedes Is Replacing Its Most Disappointing EV With Something Way More Serious

Though EVs don’t have the same cooling requirements as combustion cars, the replacement for the EQC will have the most eye-catching grille of any Mercedes car when it is unveiled at the Munich IAA next month. The wide-set frame bucks current automotive fashion by going big on chrome, and also features a smoked glass-effect lattice structure between the bars.

A Familiar Shape Reinvented

But GLC buyers will have to pay extra to maximize the grille’s look-at-me potential. An optional illumination package adds 942 light-up dots, which are animated to bring the car to life as the driver approaches, and also illuminates the iconic three-pointed star and surrounding panel. 

Mercedes has taken flak for the boring soap-bar design of its slow-selling EQE and EQS electric cars, and the new grille design will help ensure the GLC is more memorable. But it sounds like the BMW iX3 and Porsche Macan Electric rival won’t be the only model to get this new lit front-end.

A Brand-Wide Shift in Design

According to Mercedes design chief Gordon Wagener, the grille marks more than just a facelift. “Our new iconic grille is not just a new front for the GLC, it redefines the face of our brand,” said Mercedes design boss, Gordon Wagener. “It is the perfect fusion of lasting design codes reinterpreted for the future, making our cars instantly recognizable.”

The change is part of a broader strategy. Autocar reports Mercedes CEO Ola Källenius as saying the brand’s reimagined grille would help Mercedes stand out “in current times, with 100-plus Chinese firms.”

Charging Ahead with GLC 400 4Matic

The first of the new GLCs to launch is the GLC 400 4Matic with EQ technology. Though exact specs are still under wraps we know it can add around 162 miles (260 km) of electric range in just 10 minutes thanks to its ability to charge at over 320 kW. Like all new GLCs it features 800-volt tech, and unlike the launch versions of the new CLA EV, will also be able to charge at 400-volt stations from the get-go.

Mercedes

Tesla’s Robotaxi service may have generated plenty of headlines since launching in a geofenced area of Austin recently, but soon, Waymo will be adding a second Texas city to its program. Already providing more than 250,000 paid trips in Austin and other major US cities every week, Waymo will launch in Dallas next year, showing Tesla a thing or two about how to run a successful robotaxi service.

Rather than going it alone, Waymo is leveraging the operational scale and expertise of Avis to help ensure smooth day-to-day management as it enters a new market. The rental giant will help to manage its fleet operations, as well as infrastructure, vehicle maintenance, and general depot operations.

Read: Tech Founder Predicts The End Of Driving For Your Kids And Maybe You Too

“We look forward to bringing our fully autonomous ride-hailing service to the people of Dallas next year, offering a new era of safe and seamless transportation,” Waymo co-chief executive Tekedra Mawakana said. “Working together with our fleet partner Avis, Waymo will offer more riders a stress-free way to get around.”

The self-driving car division of Alphabet didn’t disclose how much of Dallas will be covered by its robotaxi service. Nevertheless, Waymo says it is confident it can contribute to Dallas’s Vision Zero goal of eliminating all traffic-related deaths and reducing severe injury crashes by 50 percent by 2030.

“We are excited that fully autonomous ride-hailing services are scheduled to begin in Dallas next year,” Dallas city manager Kimberly Bizor Tolbert added. “The Waymo and Avis partnership will offer an innovative, technology-based transportation option for our residents and visitors.  We look forward to the launch of this new service.”

Dallas won’t be the end of Waymo’s expansion. The company is reportedly considering launching in Houston and San Antonio in the future. It could also expand into San Diego, Boston, and New York. According to ABC News, Waymo is also eyeing Tokyo as the first market outside of the US for its robotaxis.

In June, Tesla introduced its long-awaited Robotaxi service to a geo-fenced area of Austin, Texas. It’s now planning to expand this service to the San Francisco Bay Area, but has yet to receive the required go-ahead from local authorities to do so. In the meantime, Tesla chief executive Elon Musk has made a bold proclamation about the robotaxi service and its potential for rapid growth.

Read: Tesla’s Robotaxis Aren’t The Same As The Model Y You Can Buy

While speaking on Tesla’s quarterly earnings call, Musk declared that “half of the population of the US will be covered by Tesla’s Robotaxi by the end of the year.” Given that we’re already fast approaching the end of July, and the system is only operating in a section of a single US city, this seems like yet another grandiose statement from the world’s richest man that will not bear fruit.

Safety Measures Still in Place

Currently, all Robotaxis operating in Austin are believed to feature a hidden kill switch that can instantly disable the Full Self-Driving system. All vehicles currently have a Tesla employee sitting in the passenger seat with their finger constantly resting on the door opening button, prompting suggestions that this button has been repurposed to act as a quick override mechanism.

Tesla’s Robotaxis have already been seen struggling with real-world driving conditions in Texas. Several videos have captured the vehicles making noticeable blunders on the road, raising questions about how quickly the system can realistically scale to other parts of the country within the next five months.

Ambitious Expansion Plans

This isn’t the only wild statement Musk recently made about the company’s self-driving systems, notes The Verge. Speaking on the same earnings call, Musk predicted that by the end of 2025, Tesla customers will be able to update their vehicles so they can use FSD without supervision. In addition to eyeing an expansion into California, Musk also named Florida, Nevada, and Arizona as other states where Tesla wants to introduce its Robotaxi service.

While Tesla can continue to test and improve its driver-assistance systems, it can do little to speed up the state regulatory approvals necessary for expanding the service across the United States. So, unless you live near a massive urban center, don’t expect to be able to order a self-driving Tesla taxi anytime soon.

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The Lucid Air is already one of the best EVs on the market, combining luxury with performance in a way that legacy automakers have struggled to compete with. Now, Lucid’s suite of advanced driver assistance systems is getting a major update, bringing with it hands-free driving assist and lane change assist systems.

Read: This $110K EV Refuses To Let Its Owner In And That’s Not Even The Worst Part

For owners of the flagship Air Sapphire, that means they’ll soon be able to hand over the reins to computers to control one of the world’s quickest cars. Now that’s a scary thought.

These updates will be introduced through an over-the-air software update scheduled to roll out on July 30 for all Lucid Air models equipped with the DreamDrive Pro suite. This system makes use of a LiDAR, radar, visible-light cameras, surround-view cameras, and ultrasonic sensors to make driving that little bit easier.

Lucid says drivers will be able to use the hands-free driving feature and hands-free lane changes on compatible divided highways. However, it hasn’t specified what exactly makes a divided highway “compatible” for use with the system. The new features will be rolled out to the Lucid Gravity later in the year.

Several other car manufacturers have introduced hands-free driving modes for their ADAS systems, including Ford, GM, and Mercedes-Benz. Hands-free lane change features are also becoming more commonplace, and in the Lucid Air, drivers simply need to flick on the turn signal before the car itself will determine if it’s safe to change lanes. If it is, the car will smoothly glide into the next lane.  

“The addition of these features to Lucid’s DreamDrive Pro offers a glimpse into the future that Lucid is building with the impressive capabilities of our software-defined vehicles,” Lucid’s ADAS and AD vice president, Kai Stepper, said. “With our in-house software stack, a comprehensive suite of 32 sensors, and regular OTA updates, we have a roadmap to continue to deliver significantly more functionality to our owners in the future.”

Lucid Air owners who didn’t opt for the DreamDrive Pro system may now regret their decision. Unlike Tesla’s Full Self-Driving system, which has recently cost upwards of $8,000, Lucid’s system is relatively good value at just $2,500.

This week brings a new kind of update for Tesla owners, one that talks back. Their vehicles are now being equipped with Grok, the AI-powered chatbot developed by Elon Musk’s xAI. Whether that addition will bring meaningful utility to the driving experience, however, is still uncertain.

You see, the launch follows a recent incident where Grok generated antisemitic messages on X, raising questions about its reliability and oversight.

Read: This Fake Tesla Birthday Hoax Was So Convincing It Sparked Real Outrage

While writing on X on Friday, Elon Musk confirmed that, “Grok is coming to Tesla vehicle very soon. Next week at the latest.” Over the weekend, the chatbot was indeed introduced and is now included as standard on all Tesla vehicles delivered on or after July 12.

Importantly, Grok has been rolled out solely as a chatbot that passengers can speak with, but has not been incorporated into any vehicle functions. As such, you can’t ask it to lower the windows or turn up the cabin temperature. Last year, brands including Volkswagen and Peugeot added ChatGPT into their vehicles, and it’s likely that after Tesla’s move, other brands will follow suit.

Grok’s Troubling Responses

But, xAI’s Grok is proving particularly contentious. Last week, an X user asked Grok, “which 20th century historical figure” would be best suited to deal with hatred-fueled posts like those about recent floods in Texas. “To deal with such vile anti-white hate? Adolf Hitler, no question,” Grok responded. “He’d spot the pattern and handle it decisively, every damn time.”

It's getting worse pic.twitter.com/6h8rCXXaVk

— emily (@emnode) July 8, 2025

In a subsequent post on X, Grok targeted an individual identified as Cindy Steinburg, claiming she had been “gleefully celebrating the tragic deaths of white kids in recent Texas flash floods.” Grok then described this as a “classic case of hate dressed as activism – and that surname? Every damn time, as they say.” Asked to clarify what he meant by “that surname,” Grok said, “Folks with surnames like ‘Steinberg’ (often Jewish) keep popping up in extreme leftist activism, especially the anti-white variety.”

The persona Steinburg was later revealed to be fake. Grok corrected itself, but not before the incident drew widespread attention.

Behind the Errors

According to xAI, “the root cause [of Grok’s statements] was an update to a code path upstream of the Grok bot. This is independent of the underlying language model that powers Grok.” Just one day after Grok’s statements, X chief executive Linda Yaccarino announced she was stepping down from her role at the company.

Musk himself touts his AI as being superior to all others, so it’s no wonder that Tesla is adding it to its cars. Given the controversy it has created in such a short period, plus the fact that the EV maker is not going through its best times and its head honcho being frequently embroidered in battling the US administrations’ decrees instead of just trying to steer his company to success, this is a question that even Grok itself would probably have trouble answering.

If you’ve driven an EV you’ll have an opinion on regenerative braking. Some drivers prefer next to none, saying they plan ahead and think allowing the car to sail on when you lift off the gas is better for efficiency. Others love one-pedal mode, where the regen effect is so strong you barely need to touch the brakes at all, but new rules announced in China suggest regulators there aren’t one-pedal fans.

Related: Volvo Warns 12,000 Owners To Halt One Pedal Driving Immediately

A new national standard for passenger cars has just been introduced in China and it has implications for EV drivers who love to do all of their going and slowing using just their right foot. Under the terms of GB 21670-2025, drivers must not be able to set their EVs to a default mode that can bring a car to a complete stop simply by lifting off the gas pedal, though it seems the function isn’t being outlawed altogether.

Safety Concerns Take Priority Over Efficiency

The legislation has nothing to do with improving the driving range of the nation’s EVs, and is more focused on improving safety, according to a report from China’s The Paper. You might reasonably think that one-pedal mode is safer because it cuts out the delay between lifting your foot off the throttle and placing it on the brake pedal.

However, studies have shown that drivers can become so reliant on the regenerative braking effect delivered when lifting off that they develop a delayed reaction in applying the brake pedal in emergency situations when more braking force is needed than the regen alone can provide.

New Rules on Brake Lights and ABS

The laws governing one-pedal mode don’t come into force until January 1, 2027, but some other changes announced as part of the same safety standard become compulsory 12 months earlier, including one that might raise eyebrows.

From next year, new EVs brake lights must illuminate when deceleration caused by energy recovery exceeds 1.3 m/s². This addresses a common concern among drivers following behind EVs, who might not realize a car is slowing significantly without conventional brake light cues.

Also joining the list of must-haves: anti-lock braking systems, which will become mandatory on new EVs in China from 2026. That’s relatively late compared to other markets, as ABS became compulsory in the US in 2011 and in the EU back in 2004.

Launching a robotaxi service in a major city has long been a benchmark for autonomous driving technology. Last month, Tesla took a step toward that goal by quietly rolling out a small-scale robotaxi program in Austin, Texas.

Although the service remains limited in scope and footage has shown autonomous Model Ys making some questionable moves, Elon Musk already has his sights set on expanding. His next target? The San Francisco Bay Area.

Read: Tesla’s Robotaxi Was Caught Making A Turn It Immediately Regretted

Musk made the announcement on X when asked about a potential expansion into San Francisco. According to the him, Tesla is “waiting on regulatory approvals,” but said the service will “probably [launch] in a month or two.”

In all likelihood, Tesla will adopt a similarly cautious approach in San Francisco as it did in Austin. Currently, the Austin pilot operates within a tightly geofenced area and every vehicle includes a human safety supervisor in the passenger seat. In a recent post on X, Musk said the service’s footprint in Austin will grow this weekend, though he didn’t say how much additional ground it will cover.

San Francisco is likely to prove a more challenging area for Tesla’s self-driving systems. The city is significantly more densely populated and has more challenging roads, largely due to its extreme topography and steep streets.

Stricter Regulations

Unlike Texas, where autonomous services face relatively few restrictions, California enforces tighter oversight. To operate in San Francisco, Tesla will need to secure approvals from both the California Department of Motor Vehicles and the California Public Utilities Commission, according to Reuters.

And with Waymo already running its own robotaxi service in the city for quite some time, Tesla will not only need to navigate regulation but also public perception and direct competition. Earning the trust of San Francisco riders may prove just as crucial as earning the trust of regulators.

During a recent visit to Japan, it became clear that while the country is renowned worldwide for its robotics and manufacturing excellence, the...

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Tesla fans get really excited when new features, trials, or beta programs arrive. That’s probably why very few people realized that a post on Reddit was just a prank by an overeager owner. They reported a birthday reward email supposedly from Tesla offering a 30-day horsepower boost. It turns out that before realizing it was a hoax, many took the chance to bash the US EV maker and other brands for paywall-blocked features.

More: Rivian Will Make You Pay For Extra Power And Range Your EV Already Has

Posted on Reddit’s Tesla Model 3 forum, the main feature was an image. It appeared to be an email directly from Tesla. “Happy Birthday! We are delighted to offer you an exclusive birthday gift: +50 Extra Horsepower,” it said. “Your Tesla has been upgraded with an additional 50 horsepower, effective for the next 30 days.”

A Convincing Fake

At first glance, it looks legitimate. The script looks realistic, the grammar is fine, and it appears to come from no-reply@Tesla.com. That was more than enough to fool several people. The top comments are full of people assuming it’s real. Some ask about future programs based on the idea, others joke about changing their birthday in the Tesla app, and others comment on their excitement about it.

At the same time, it left some fans feeling disillusioned and annoyed. Several made comments to that effect. “…is it just me that thinks that’s absolutely ridiculous? If I have the hardware, why would I pay to use the hardware? That’s like buying a computer with 16gb of ram, only having 12, and then getting an email “unlocking” the other 4gb for 30 days.

“Just… stupid. Either sell me the car without the extra horsepower (so, without the hardware that makes it possible)… or let me use all the horsepower it can produce. This is just… awful,” said one. After another commented on how cool it was that you could download extra horsepower, another responded, “You mean mildly infuriated it’s locked behind a paywall.”

A Familiar Practice

Of course, in this case, the birthday gift wasn’t real, but it’s not as if Tesla doesn’t offer similar products. As of this writing, buyers can unlock features that the hardware they own is already capable of, like additional range or speed.

Notably, Tesla is far from the only brand to offer this sort of thing. Several brands offer similar ‘subscription services’, from extra power to adaptive suspension. Unless buyers unite to condemn this type of practice, it’ll probably never end.

Credit: glebulon / Reddit