This week, we got a special invitation to Carlsbad, California, to peek behind the curtain of Mercedes-Benz’s International Design Center (IDC). It was here that the automaker’s creative team shared details of its fifth design strategy, which includes NFTs, augmented reality, and some exciting new motor technology. The true star of the show, however, was the debut of Mercedes’s latest all-electric concept, the Vision One Eleven – a hyper-futuristic nod to an experimental legend that debuted over 50 years ago.
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California dreamin’… in orange
While we can’t talk about the main reason for our trip to California just yet, Mercedes-Benz and its design team had a jam-packed schedule for us leading up to an exciting world premiere of a new Vision concept that features several innovations we could eventually see in production EVs.
This is a similar design approach to last year’s debut of the Vision EQXX EV, of which several new technologies have since been integrated into EV designs donning the star badge, including the automaker’s upcoming MMA platform.
Before the official debut of the new Vision One Eleven, we were swiftly but politely herded like cattle through the sectioned-off IDC, station to station, where we learned about many of the exciting designs the automaker has going on.
Admittedly, some of these stations involved combustion vehicles – or, at the very least, hybrids – so we’re going to skip that recap. I do however want to point out two very interesting technologies that I got to learn about firsthand – both of which relate to the Vision One Eleven concept seen below.
Mercedes’s concept imagines a new way of augmented driving
One of the stations we were shuffled into at the Mercedes-Benz IDC was an augmented reality experience built around a cockpit that simulates that of the Vision One Eleven concept. When we went and saw the Vision EQXX last year, the automaker was working on some exciting tech in 3D maps in its UX navigation – some of which we’ve seen integrated into actual EQ-line EVs.
With the Vision One Eleven however, the Mercedes design team has taken the reality of the traditional driving experience and accentuated it with augmented vision technology. One that blends seamlessly with your real-world surroundings.
Like much of the tech you’ll hear about surrounding this concept EV, there will need to be some concessions made to actually make it into a production vehicle. The need for special glasses be damned, Mercedes-Benz is dreaming big here and may be well ahead of its time.
The AR experience previews a genuinely plausible future in which our vehicles will interact with us and the world around us through a combination of what’s actually in front of our faces and what is being digitally displayed. Whether its vehicle stats, 3D maps, or nearby points of interest, this experience was a treat to “drive,” and was well executed by the company in my opinion. We won’t see anyone driving around wearing AR goggles any time soon, but I’d imagine there’s a middle ground where the technology is successfully integrated.
Credit: Mercedes-Benz/YASA
Axial flux motors could be the future of electric hypercars
Have you ever heard of YASA? Yeah me neither, but you probably will. The company was founded by Dr. Tim Woolmer back in 2009 while he was still studying at Oxford. Although the market for EVs back then was a mere iota of what it exists as today, Woolmer had the foresight to understand the impending need for smaller, more powerful, and more efficient electric motors in the future.
Fast forward to today and YASA has successfully taken an archaic motor design dating back to the 1820s and optimized it using modern-day technology and materials in truly clever ways. The result is the axial flux motor – a truly viable alternative to traditional radial motors used in most EVs today. After an EV equipped with six axial flux motors ripped up the hill and into the record books at the Pike’s Peak climb in 2015, YASA started to turn some heads – including some big names in hypercars.
Its motors have since been integrated in production vehicles like Koenigsegg Regera, as well as the Ferrari Stradale SF90 hybrid. Naturally, Mercedes-Benz’s performance arm AMG wanted to learn more, which led to the umbrella wholly acquiring YASA in 2021. While YASA does still develop technologies for the automakers mentioned above, Mercedes-Benz and AMG in particular is its prime focus now and going forward.
This week, we got to see the first implementation of axial flux motors in a Mercedes vehicle beneath the Vision One Eleven concept… although how many motors are actually present remains a mystery. In speaking with the automaker’s chief technology officer Markus Schäfer, the Vision One Eleven can house up to four YASA motors, but as for how many are currently on the EV, we were told “multiple.”
Alright, time for the moment you’ve been waiting for. Here’s the new Vision One Eleven concept from Mercedes in all its glory, next to a familiar(?) face that inspired it. Hope you like orange paint and silver leather!
Mercedes’s new concept is an exercise in nostalgic creativity
Before the fog machines got pumping and Mercedes-Benz chief design officer Gorden Wagener rolled out in the radically designed Vision One Eleven concept, the German team was dropping us hints throughout the afternoon.
Whether it was a subtle, untitled photo in a presentation, or a virtual silhouette during the augmented experience, us visitors were eventually able to deduce what we would be viewing. Honestly the orange “One Eleven” branding everywhere was a dead giveaway too.
Mercedes’s latest concept is a nod to the fabled C 111 – a limited group of experimental vehicles from the late ’60s and early ’70s that were used to test turbodiesel engines and polymer-based body shells.
During the debut, we breathed an assuring sigh of affirmation when Markus Schäfer cruised out in one of the few remaining C 111’s in the world. It was quickly followed by the modern-day concept it inspired, the Vision One Eleven. Check the two out side-by-side.
Oh how the times have changed…
Like the experimental turbodiesel that inspired it, the Vision One Eleven concept is not expected to reach assembly lines. Instead, and like its Vision EQXX sibling, the One Eleven is more of a creative study in design – and a preview of some technologies we may see in production EVs one day.
The exterior design was dreamt up as a statue (the art) sitting atop its black base (the aerodynamics). It also features Mercedes-Benz’s iconic gull-wing doors, just like the original C 111. Gorden Wagener spoke to the design themes that went into the concept:
Our goal at Mercedes-Benz is not to do styling – our goal is to create icons. To me, that makes the difference between mainstream design and luxury. Design icons like the Type 300 SL and C 111 – both with gullwing doors – are part of our DNA. These legendary vehicles were major inspirations for the iconic design of the Mercedes-Benz Vision One-Eleven. This is beauty and the extraordinary united in one vision of the future. Our all-electric vision show car is the modern-day interpretation of the C 111, which was avant-garde at the time. The element of surprise comes from its exceptionally clean, purist and, at the same time, extremely muscular proportions. This iconic clarity is also reflected in the interior. The equally sensual but minimalist design language stands for ICONIC LUXURY by Mercedes-Benz.
The look of it is one thing. We’ll let you peruse the images below for a closer look, but despite its unique aesthetic, Markus Schäfer told us in a roundtable interview that the true focus of the Vision One Eleven concept – particularly, in regard to technologies we could see sooner rather than later – is performance. The Mercedes CTO refrained from sharing any specific details of what the concept can do on the track – but it is designed with technology that could break some records – especially the axial flux motors from YASA.
Schäfer explained that thanks to their considerably smaller size, weight, and increased power density, YASA motors will definitely be a part of Mercedes-Benz-branded EVs in the future, whether its a production hypercar closer in look to the Vision One Eleven, or an AMG performance version of a passenger EV powered by those boring old radial motors.
Another very interesting component (briefly) mentioned by Schäfer was the concept’s liquid-cooled cylindrical batteries, inspired by Formula 1 cell chemistry. During the concept debut, the CTO said Mercedes has some truly exciting battery technology to share with the world… just not yet. We will have to wait for a separate event at a later date (sure to also include more classwork on German engineering for us writers). Schäfer spoke:
The Mercedes-Benz Vision One-Eleven combines breathtaking design with groundbreaking powertrain technology. Like its historical namesake, it explores new paths for the future of sporting performance. At the heart of the compact and extremely efficient powertrain is the innovative YASA axial-flux high-tech electric motor. It offers a motorsport-like power output from a considerably smaller package. This makes the YASA axial-flux motor ideal for electric high-performance vehicles. Combined with the liquid-cooled cylindrical-cell battery with Formula-1 inspired cell chemistry, the Mercedes-Benz Vision One-Eleven is yet another proof point for the broad performance spectrum encompassed by our four-pronged development strategy for electric drive.
So while we likely won’t see a Mercedes-Benz Vision One Eleven on public roads someday, it does offer some exciting hints to what the automaker and its designers are up to. Performance is the name of the game in EVs going forward, as the company seems to still have luxury down pat.
The integration of axial flux motors and this mysterious new battery chemistry could soon offer another echelon of performance trims in existing Mercedes EVs, and/or help power future MB hypercars to new world records.
Next, we will need to see what that aforementioned battery tech is all about, and try to find out where and when we can see YASA’s motors in action within a Mercedes-Benz vehicle, concept or not.
Electrek’s Take
What do we think?
Before y’all start with the “it’s a concept, who cares,” hear me out, please. You should care. Will you be able to buy a Vision One Eleven one day? Probably not. Would you want to though? You see those silver leather seats? Not for me, personally. Eek.
The real star here in my opinion is the YASA motors. The axial flux technology was the talk among many of the writers and definitely one of the most impressive things I saw during the trip. Smart move by MB wholly acquiring this company. Its founder was working to make this technology feasible long before there was a genuine need for it. Hell, there wasn’t even really a bonafide EV industry when Dr. Woolmer was trying to bring the original 1800s design to fruition.
His clever use of liquid cooling and segmented “pole pieces” are genius innovation and should help enable some of the lightest, fastest, and most powerful EVs we’ve ever seen… we just need viable battery technology to keep up.
I’m already looking past the concept reveal and want to learn more about Mercedes’s new batteries. I was assured I’d get the invite, so stay tuned on that. In the meantime, enjoy the imagery above and the debut video below.
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Can an EV really help power your home when the power goes out? It’s one of the biggest FAQs people have about electric cars — but the answer can be a bit confusing. It’s either a yes, with a but – or a no, with an unless. To find out which EVs can offer vehicle-to-home (V2H) tech to keep the lights on or even lower your energy bills, keep on reading.
Modern EVs have big, efficient batteries capable of storing enough energy to power home for days. That can mean backup power during a storm or the ability to use stored energy during expensive peak hours and recharge again when kilowatts are cheap.
That’s all true – but only in theory. Because, while your EV might have a big battery, that doesn’t mean it has the special hardware and software that allow electricity to safely flow back out of the car baked in. Car companies call this vehicle-to-home (V2H) or bi-directional charging, and only a handful of models currently support it. That’s that, “yes, with a but” asterisk.
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Yes, an EV can power your home, but it has to be one of these.
So, if you’re excited about the upcoming RSX or Honda’s 0 electric rides and want to take advantage of V2x tech, you don’t have much longer to wait. No word on pricing.
Ford F-150 Lightning
F-150 Lightning powers home; via Ford.
Ford made early headlines using its F-150 Lightning as a life-saving generator during winter ice storms and hurricanes, so it should come as no surprise that it’s included in this list. The best-selling electric truck in America can send up to 9.6 kW of power from its onboard batteries back to the house. More than enough to keep the lights on and the refrigerator running during an outage.
To make it work, you’ll need to install the Charge Station Pro (formerly called Intelligent Backup Power) home charger, the Home Integration System (HIS), which includes an inverter, a transfer switch, and a small battery to switch the system on, as well Ford’s Charge Station Pro 80A bi-directional charger (which comes free with the Extended Range F-150 Lightning, but costs about $1,300 otherwise).
All-in, you’re looking at about $5,000 in hardware, plus installation, to make it work.
When paired with the Quasar 2 bidirectional charger from Wallbox (and the associated Power Recovery Unit, or PRU), a fully-charged Kia EV9 can power a standard suburban home for three days. Longer, still, if you’re keeping the energy use low. The Wallbox Quasar 2 isn’t cheap, though – pricing starts at $6,440 (again, plus installation). For that price, you the PRU plus a wall-mounted 12 kW L2 charger with 12.8 kW of with discharge power on a split-phase system.
Pretty much all the GM EVs
Chevy Silverado, Equinox, and Blazer EVs at Tesla Supercharger; GM.
With the exception of the Chevy Brightdrop, GMC Hummer EV, and the hand-built, ultra-luxe Cadillac CELESTIQ, every Ultium-based GM EV can send battery power back to your home through GM Energy’s Ultium Home System – arguably the most fully integrated EV + battery backup + solar option out there outside of Tesla.
GM Energy says its new 19.2 kW Powershift Charger delivers around 6-7% more juice than a typical 11.5 kW L2 charger, delivering up to 51 miles of range per charge hour. Bi-directional charging requires the Powershift Charger to be paired up with a compatible GM EV and the GM Energy V2H Enablement Kit. The full system retails for $12,699, plus installation, and can be financed through GM Financial.
NOTE: some 2024 models might require a software update to enable V2H functionality, which can be done either at the dealer or through an OTA update.
Taiga Orca WX3
Taiga Orca WX3; via Taiga.
Candian startup Taiga have been offering high-performance electric watercraft for several years now. For 2026, their third-gen offering features automotive-grade fast charging that will allow riders to plug into the same fast charging networks their electric cars and trucks use, getting them back in the water in 30 minutes or less.
That said, this isn’t an article about fast-charging your PWC. Taiga is incorporating bidirectional charging into all its electric watercraft as of 2026, turning the PWC EVs into a mobile energy resources that can recharge equipment at the dock, power hotel loads on larger yachts, or bring power to an off-grid cabin or campsite.
That rounds off the list of vehicles that ship with V2H software baked in, so if you’re wondering whether or not your EV can be used to power your home, now you know the answer is yes, as long as it’s one of the ones listed here. But you might remember that I answered the initial question by saying it was either a yes, with a but – or a no, with an unless. So if you want to use your car’s battery as a backup, but don’t have one of the EVs listed above, that doesn’t mean you’re completely out of luck.
No, with an unless
Fred Lambert explains Sigenergy V2X system.
As some of the earliest and most enthusiastic EV adopters, Tesla fans have also been among the loudest advocates for using the energy stored their cars’ batteries to back up their homes — or even the grid itself. Unfortunately for them, the slow-selling Cybertruck is the only Tesla vehicle that officially supports bi-directional charging. If you’re one of the many Model 3 and Y owners frustrated by those delays, there’s good news: those vehicles are now capable of V2H charging thanks to an “impressive” Powerwall competitor, Sigenergy.
The good news doesn’t stop there, however. The Sigenergy V2X also works with both the popular Kia EV6 and Electrek‘s 2024 EV of the Year, the Volvo EX30 over the DIN70121 protocol, and several VW/Audi/Porsche and Mercedes-Benz EVs over the ISO15118-2 protocol.
Our own Editor-in-Chief, Fred Lambert, recently went on a Sigenergy deep dive with Sylvain Juteau, President of Roulez Electrique, and came away deeply impressed with the system. I’ve included the video, above, and you can read more about the system itself at this link.
And, of course, I look forward to learning about any V2H models or more universal battery backup systems from you, the smartest readers in the blogosphere, in the comments.
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The Trump administration needs to strike multiple deals with U.S. miners to secure the nation’s supply chain against China, said Mark Chalmers, CEO of Energy Fuels, a miner focused on uranium and rare earth minerals.
The Pentagon decision to take an equity stake in MP Materials, the largest U.S. rare earth miner, in July and support the company with a price floor surprised many in the industry, Chalmers told CNBC.
But it was a necessary step that the White House should now follow with more deals to diversify the U.S. supply chain and reduce the risk that would come with backing a single national champion, the CEO said.
“One company doesn’t fix it,” Chalmers said of the MP Materials deal. “You have to have multiple deals to ensure that you don’t just have the company risk, because all companies aren’t going to deliver.”
The White House is “not ruling out other deals with equity stakes or price floors as we did with MP Materials, but that doesn’t mean every initiative we take would be in the shape of the MP deal,” a Trump administration official told CNBC.
Rare earths are key inputs in weapons platforms such as the F-35 warplane as well as consumer products like electric vehicles and smartphones. The U.S. is almost entirely dependent on China, which supplied 70% of rare earth imports in 2023, according to the U.S. Geological Survey.
China has manipulated the market by suppressing prices to drive Western competition from the market, said Ryan Castilloux, founder of Adamas Intelligence, a critical mineral market research firm. The MP deal demonstrated that the U.S. is willing to break with free market ideals and push back against China by mimicking its model of strategic capitalism when necessary, Castilloux said.
“We’ve seen just how disadvantaged the free market view is versus a long term, industrial policy driven market — and something needed to give,” Castilloux, an expert on critical minerals, told CNBC.
Possible rare earth targets
Energy Fuels’ stock has surged nearly 200% since the MP deal on July 10, as investors speculate that it could be a deal target for the Trump administration. Critical mineral miner NioCorp Developments is also up almost 200%, Ramaco Resources has gained 140%, and USA Rare Earth is up more than 70%.
MP Materials will likely need more heavy rare earths as it develops a second facility to make magnets under the Defense Department deal, Castilloux said. Heavy rare earths are needed to produce magnets that can withstand high temperatures in EV motors and defense industry applications, he said.
Headquartered in Denver, Energy Fuels is the largest uranium miner in the U.S. and is forming a rare earth operation through mines it has acquired around the world. Its operation will produce heavy rare earths, Chalmers said.
Energy Fuels is focused on “providing a product that is attractive to the U.S government” and complements the strengths of MP Materials, the CEO said.
“The government cannot bet on one horse — it just doesn’t make sense,” Chalmers said. “We spend a lot of time in D.C. making sure they understand the merits of our strategy,” he said.
Trump eyes lithium
Other critical minerals like lithium, cobalt and graphite are ripe for federal investment to smooth out volatile price fluctuations that undermine U.S. miners, said Rich Nolan, CEO of the National Mining Association. Those minerals are all used in batteries, among other applications.
The Trump administration has proposed an equity stake in Lithium Americas, as the Canadian company renegotiates the terms of a $2.2 billion loan from the Department of Energy for its Thacker Pass mine in northern Nevada. The mine is expected to become one of the largest sources of lithium in North America, with the first phase of the project scheduled to start operations in late 2027.
Lithium Americas stock surged more than 90% this week on news of the potential government stake.
Albemarle CEO Kent Masters told CNBC that something “in the ballpark” of the MP deal could apply to the lithium sector. Albemarle, headquartered in Charlotte, North Carolina, is one of the largest lithium producers in the world.
“What you want to do is move the market such that private industry can invest behind it,” Masters told CNBC in July, pointing to Apple‘s offtake agreement with MP just days after the Defense Department deal.
Miners seek price floors
While it might take a government equity stake to move the market in some cases, the price floor established by the Pentagon in the MP deal is the “critical part” that allows private industry to invest and build out the supply chain, Masters said.
Price support from the federal government “sends a true market signal that these investments are long term, that they are here to stay,” the National Mining Association’s Nolan said.
Under the MP deal, the Pentagon set a price floor of $110 per kilogram for neodymium-praseodymium oxide, orNdPr, a key input in rare-earth magnets. The government pays MP the difference when the market price is below $110 but in turn takes 30% of the upside when the price is above $110.
The price of NdPr surged 40% in the wake of the MP deal, Castilloux said.
“It serves as a blueprint for any market where suppressed pricing is slanting the competitive playing field against the U.S. and its allies,” the analyst said of the price floor. The deal signals that “there is a way to break free of China’s artificially suppressed pricing,” he said.
This month, we’ve been running a sidebar survey about what losing the federal home solar tax credit means for Electrek readers and how it impacts their solar power plans. After receiving nearly two thousand responses, here’s what you told us.
With the 30% federal home solar tax credit set to expire at the end of this year, homeowners everywhere are showing mixed reactions. And, in the case of nearly 30% of our readers, a sense of urgency. Nearly four in ten (38.7%) of our solar survey responders said that they were “deeply concerned” about the credit ending, and moving up plans to install a home solar system before the credit is gone.
That response suggests the industry could see a meaningful surge of demand in the final quarter of the year as households look to lock in tax benefits while they still can.
Meanwhile, 16.4% of Electrek survey respondents admitted they had no idea there even was a 30% federal solar credit. That fact, while frustrating, serves to highlight the need for better public awareness around both clean energy incentives, and the potential benefits to adding solar power to your home.
Interesting, but does it matter?
Home solar panels with Powerwall battery; via Tesla.
The general public? The people who don’t read Electrek, don’t follow the cimate tech blogs, and generally have no idea what’s going on in the world of clean energy incentives? Getting rid of a tax credit they don’t even know exists may not move the market one way or the other. And, frankly, I don’t think it will.
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Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisors to help you every step of the way. Get started here.
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