EV startup Arrival has completed a huge step in bringing its first commercial EV into production, particularly in the way its flagship Van is being assembled. Arrival has successfully built its first production-verification Van using its Microfactory in Bicester, UK, marking the start of a new streamlined assembly that could eventually shift how and where EVs are built in the future.
Although the company currently has headquarters in both London and Charlotte, North Carolina, all of its R&D and design currently takes place in Bicester, where Arrival Van production will also begin.
Rather than pour hundreds of millions of dollars into the construction of mega production facilities, Arrival has taken the opposite approach. In what it calls its “Microfactory,” Arrival takes existing industrial facilities and installs its own assembly cells that can be quickly and efficiently implemented.
This strategy removes the need for any special foundations, pits for painting, or other assembly processes. Individual assembly cells are instead, bolted directly into the concrete floor. Each cell includes 3-4 off the shelf robots in addition to all the necessary equipment to guide parts around the facility, like autonomous robots for instance.
Since going public via SPAC merger in March of 2021, the start-up’s stock has stumbled, leading to an announcement this past July that it would be reorganizing its business to focus on Arrival Van production. As a result, Arrival put a complete halt to Arrival Bus and Car development for the time being.
Although Arrival has been making progress in building out production-ready Vans, none had been built in a Microfactory… until now.
Some of the robotic cells in Arrival’s Bicester Microfactory / Source: Arrival
Arrival shows proof of concept for Van Microfactory model
The startup shared its latest feat in bringing its last-mile delivery Van to production in a press release today, alongside a status update for Arrival as a whole. The Van seen above is the first to be assembled in Arrival’s initial software-defined Microfactory using in-house technologies, composite materials, autonomous mobile robots, and other in-house components.
By successfully rolling off the Microfactory assembly line in the UK, this latest Van shows proof of concept for Arrival’s unique production approach and moves its creators one step closer to scaled EV production and initial deliveries. Arrival founder and CEO Denis Sverdlov spoke to the company’s progress so far:
Today is an important day for Arrival. This is the first time a vehicle has ever been built in our Microfactory, using a new method that does not use a traditional assembly line. Although we have not yet achieved serial production, we are focused on making it happen. We will continue to produce vehicles in our Microfactory in order to master at-scale production. It has been more difficult than we had initially imagined, and I thank the team for the immense amount of effort, technology, innovative breakthroughs, and problem solving.
While this remains a huge accomplishment for the EV startup, Arrival’s upcoming Van builds will not be reaching customers just yet… at least not this year. The company states that all Vans built at the UK Microfactory will be used for continued testing, validation, and quality control.
As for official start of scaled production and delivery timelines, Arrival says we will learn more during its Q3 earnings report taking place November 8. Perhaps we will also get an update on its Van production progress in the US as well, now that one Microfactory is successfully up and running. We will report back when we learn more in November.
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Sen. Richard Blumenthal (D-CT) speaks to reporters outside the Senate Chamber of the U.S. Capitol Building on Oct. 1, 2025 in Washington, DC.
Andrew Harnik | Getty Images
Democratic senators on Monday blamed the White House push to fast track artificial intelligence data centers and its attacks on renewable energy for rising electricity prices in certain parts of the U.S.
Sen. Richard Blumenthal of Connecticut, Sen. Bernie Sanders of Vermont and others demanded that the White House and Commerce Department detail what actions they have taken to shield consumers from the impact of massive data centers in a letter sent Monday.
Voters are increasingly feeling the pinch of rising electricity prices. Democrats Mikie Sherrill and Abigail Spanberger campaigned on the issue in the New Jersey and Virgina governors’ races, which they won in landslides last week.
The senators took aim at the White House’s relationship with companies like Meta, Alphabet, Oracle, and OpenAI, and the support the administration has shown for the companies’ data center plans.
The Trump administration “has already failed to prevent those new data centers from driving up electricity prices from a surge of new commercial demand,” the senators wrote. They accused the White House of making the problem worse by opposing the expansion of solar and wind power.
The White House blamed the Biden administration and its renewable energy policies for driving up electricity prices in a statement.
President Donald Trump “declared an energy emergency to reverse four years of Biden’s disastrous policies, accelerate large-scale grid infrastructure projects, and expedite the expansion of coal, natural gas, and nuclear power generation,” White House spokeswoman Taylor Rogers said.
The tech sector’s AI plans have ballooned in size. OpenAI and Nvidia, for example, struck a deal in September to build 10 gigawatts of data centers to train and run AI applications. This is equivalent to New York City’s peak baseline summer demand in 2024.
The scale of these plans have raised questions about whether enough power is available to meet the demand and who will pay for the new generation that is needed. Renewable energy, particularly solar and energy storage, is the power source that can be deployed the quickest right now to meet demand.
Retail electricity prices in the U.S. increased about 6% on average through August 2025 compared with the same period in 2024, according to the Energy Information Administration. Prices, however, can vary widely by region.
Germany is about to become home to Europe’s largest battery storage system – a massive 1 gigawatt (GW) / 4 gigawatt-hour (GWh) project in Jänschwalde, Brandenburg.
LEAG Clean Power GmbH and Fluence Energy GmbH, a subsidiary of US-based Fluence Energy (NASDAQ: FLNC), are teaming up to build the “GigaBattery Jänschwalde 1000.” The four-hour system will use Fluence’s Smartstack technology, its latest large-scale energy storage solution.
Once complete, Europe’s largest battery storage project will play a key role in stabilizing Germany’s grid and storing renewable power for when the sun isn’t shining and the wind isn’t blowing. It’s designed to deliver essential grid services, support energy trading, and boost energy security as the country phases out fossil fuels.
LEAG’s broader “GigawattFactory” plan combines solar and wind farms with flexible power plants and large-scale batteries across Germany’s Lusatian energy region. “By constructing gigascale storage facilities, we’re addressing one of the biggest challenges of the energy transition: ensuring constant power regardless of the availability of renewable energies,” said Adi Roesch, CEO of the LEAG Group.
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Fluence CEO Julian Nebreda described the project as a “milestone for the energy future of Germany and Europe,” adding that it demonstrates how collaboration and cutting-edge technology can “transform the foundation of our economy and our everyday lives.”
The German government recently reaffirmed the importance of storage in building a secure and affordable clean power system. With this 4 GWh giant, LEAG and Fluence are implementing that priority in one of Europe’s most coal-heavy regions.
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The GV90 will be the brand’s largest, most luxurious SUV yet. With its official debut coming up, a production version of the Genesis GV90 was spotted in public for the first time, offering a closer look at the stunning SUV.
The Genesis GV90 is a stunning flagship SUV
Genesis vehicles already have a unique design that’s hard to miss. The big Creste Grille, Two-Line Quad Lamps, and smooth character lines offer a refined, luxurious look, but Genesis is planning to take it to the next level with the GV90.
The GV90 is an “ultra-luxe, state-of-the-art SUV,” according to Genesis. It will be the luxury brand’s new flagship vehicle and first full-size electric SUV.
We got our first look at the flagship SUV last March after Genesis unveiled the Neolun concept at the New York Auto Show.
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The GV90 has been spotted out in public several times now, even flashing high-end features like coach doors and adaptive air suspension, but now, we are finally getting our first look at the production version in real life.
Genesis Neolun ultra-luxury electric SUV concept (Source: Genesis)
A new video from HealerTV shows the production version of the Genesis GV90 in action. Although it’s still covered in camo, you can see a few slight design changes from the concept shown last year.
The headlights and grille appear closer in design to its current vehicles, but other than that, the GV90 looks essentially the same up front as the Neolun concept.
Since it’s still covered, it’s hard to see where the headlights are connected at this point. From the side and rear, the GV90 looks identical to the concept.
Genesis has yet to announce an official launch date, but the GV90 could debut by the end of the year with sales expected to kick off in mid-2026.
Genesis Neolum electric SUV concept interior (Source: Hyundai Motor)
The flagship SUV is rumoured to be the first vehicle to debut on Hyundai’s new eM platform, which it claims will “provide 50% improvement in driving range” compared to its current EVs. It will also serve as a tech beacon, featuring Hyundai’s most advanced connectivity and safety tech.
We will learn official prices and final specs soon, but one thing is for sure: it won’t be cheap. The Genesis GV90 is expected to start at around $100,000, but higher trims could cost significantly more with added features and options.
Genesis is also introducing its first hybrid, the GV80, next year, followed by its first extended-range electric vehicle (EREV) based on the GV70. The EREV is expected to launch in late 2026 or early 2027. There’s also an off-road SUV in the works, which will likely arrive as a 2027 model.
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