Today, Audi is unveiling the Q6 e-tron, a next-gen electric vehicle based on the new PPE platform co-developed by Audi and Porsche.
It is going to compete in the highly popular midsize SUV segment, and when it comes to specs and design, I think the German brand has a winner. But pricing is not available yet.
Disclosure: Audi paid for my flights to and from Munich, and my hotel stay so that I could get a “sneak preview” of the Q6 e-tron. The company had no say in our reporting, nor did it ask to.
Last week, Audi brought a bunch of auto journalists and myself to Munich to get briefed on the PPE platform, a new EV platform co-developed by Audi in Porsche, and get a first look at the German brand’s first vehicle built on it: the Q6 etron.
Electrek already checked out the Porsche Macan EV, the other PPE-based vehicle coming to market this year, but we are excited to see Audi’s own take on it.
While several legacy automakers are pulling back on their electrification plans, I made sure to poke around last week and gauge the German company’s own level of commitment to its electrification effort. I was pleased to hear that Audi is still committed to stopping launching new internal combustion engine vehicles by 2027 and going all-electric by 2033.
The launch of the Q6 e-tron makes this much more realistic as it not only comes based on a next-gen EV platform bringing a lot of improvements compared to Audi’s other EV platforms, but it also completes its SUV EV lineup with the Q4 e-tron and Q8 e-tron.
Audi Q6 e-tron’s new PPE platform tech
My main complaint about Audi’s electric vehicles was their efficiency. There were a few reasons for that. The automaker was, and still is to a lesser degree, fairly conservative with a big buffer on its battery packs.
Of course, Audi also makes premium SUVs packed with features, which makes it quite a challenge to achieve a high level of efficiency.
But with the PPE, Audi is benefiting from a much more efficient electric powertrain that helps make the Q6 e-tron much more efficient than previous generations.
At the battery level, PPE includes improvements at every stage, from the cells to the pack:
Audi is now using much more energy-dense CATL NMC cells in a prismatic form factor. It also increased the size of its modules with 15 cells per module and 12 modules per pack.
At the pack level, Audi’s PPE pack is more efficient in design with a new thermal management system.
For the Q6, the battery pack has a total capacity of 100 kWh and a useful capacity of 94.9 kWh:
The European market will get a version with the two middle modules removed for a total capacity of 83 kWh, but like with its other electric SUVs, Audi doesn’t believe that it’s worth bringing vehicles with shorter ranges to market in the US.
At the drive unit level, Audi has also made some major improvements with the PPE platform both on the power and torque density and with efficiency:
This was achieved through a bunch of improvements to advanced cooling and lubrification systems, amongst other things.
With the Q6, Audi is using an asynchronous motor on the front axel and a permanent magnet motor on the rear.
Audi has also improved battery preconditioning,w which now has an even greater impact on charge time:
The automaker already had a great charging curve, but it now says that the new battery pre-conditioning can shave off 18 minutes of charging in cold temperatures.
Speaking of cold temperatures, the Q6 is equipped with a new heat pump integrated with the powertrain thermal management system:
Heat pumps are a great way to minimize the impact of climate control on range. They are generally seen as particularly useful in colder climates, but Audi has shared some interesting data about their impact.
The automaker claims that the new heat pump in the Q6 e-tron can increase the range by 30 km (~19 miles) between -10°C to 20°C (14°F to 68°F):
Beyond all these efficiency and performance improvements, the PPE also brings scalability and cost improvements.
Audi Q6 e-tron Design
The Q6 is a midsize SUV coming to complete the electrification of Audi’s SUV lineup. It sits between the smaller Q4 and bigger Q8, while being the electric counterpart to the popular Q5.
The brand is doing something where the even numbers are electric and odd numbers ICE.
The Audi Q6 e‑tron has a length of 4,771 millimeters (15.6 ft), a width of 1,993 millimeters (6.5 ft) and a height of 1,648 millimeters (5.4 ft) – making it just a smidge bigger than the popular Tesla Model Y.
The vehicle has an extremely long wheelbase with short overhands and a high front-end – giving it an aggressive-looking stance despite some mostly soft lines on the sides.
It has a well-executed fake grille.
From the back, you can see the more classic Audi look:
You have 10 different wheel design options for the Q6 from 19″ to 21″.
The back also features the new second-generation digital Audi OLED lights. There are some really cool things Audi can do with those, but unfortunately, some of the functionalities, specifically everything with motion, won’t be available in the US due to regulations.
You will still be able to configure some static ‘light signatures’, which is pretty cool.
The front trunk or frunk is nothing huge, but it’s big enough to hold a small piece of luggage or your mobile charger.
It holds 64 liters (2.2 cu ft) of storage space.
The trunk is much more spacious at 526 liters (18.5 cu ft) of storage space with the backseat up. If you fold them down, the storage space increases to up to 1,529 liters (53.9 cu ft).
Moving to the interior, you will find a variety of interesting materials. I was particularly impressed by the version that I saw at the sneak preview, which had some cool cloth and mesh materials, but we were unfortunately told that some wouldn’t make it to the North American version of the car.
Nonetheless, the interior is solid with a large back seat that can comfortably seat people much taller than 6 ft.
You have a center console that folds in the middle and two USB C plugs underneath the rear climate controls.
But the cockpit is where the fun is at. The star of the show is a new curve display that actually consists of two screens: an instrument cluster in front of the driver and a touchscreen at the center of the dash:
There’s also an optional passenger display that has a privacy mode limiting the field of view so that the content is not visible to the driver. It enables the passenger to safely play videos on the screen while the car is moving.
As if that’s not enough, there’s also an optional heads-up display for the driver. It’s one of the best I’ve seen so far. It’s bright and covers a very large area that interacts with its environment, like integrating navigation.
Now, all of these screens are powered by new software built on the Android Automotive operating system. It’s smoother, allows easier and more in-depth software updates, and allows better and faster integration of third-party apps.
This should be a big step up in user experience inside the vehicle.
Audi Q6 e-tron Specs
During the sneak preview, we mainly saw the European versions of the Q6 and their specs, but Audi America has released some official specs and estimates.
For example, the North American market is actually getting more powerful motors on the Q6 e-tron.
Here’s what Audi is releasing so far in terms of specs for the US market:
The standard Q6 60 e-tron quattro achieves over 300 miles of range on the EPA test cycle based on preliminary manufacturer estimates.
To be announced later this year.
Charging
DC Fast Charging: 270 kW HPC @ 800 volts, capable of 10-80% SOC in 21 mins.AC Charging: 9.6kW (240V/40A)
DC Fast Charging: 270 kW HPC @ 800 volts, capable of 10-80% SOC in 21 mins.AC Charging: 9.6kW (240V/40A)
Lighting
Due to U.S. regulations, certain lighting functionalities are not available. More information will follow later this year.
Due to U.S. regulations, certain lighting functionalities are not available. More information will follow later this year.
When it comes to the range, Audi is only confirming “over 300 miles) on the EPA test cycle, but I wouldn’t be surprised if it gets much more than that as it is getting 625 km (388 miles) on the WLTP standard.
Audi has always had a strong charging curve in its electric vehicles, and the Q6 e-tron with the PPE platform is no exception.
It’s capable of charging at 270 kW on a 800-volt system and 135 kW on bank charging on 400-volt.
But the really impressive thing is how the powertrain is able to keep the high charge rate at a high state of charge. Here’s the full charge curve:
The Q6 e-tron also has a strong 220 kW regenerative braking, and to our enjoyment, Audi is bringing a true one-pedal driving experience to the Q6 e-tron. You can choose between 4 different levels of regen braking with the top one allowing for one-pedal driving and a complete stop.
The electric SUV also comes with adaptive cruise control powered by a front camera, radar, and ultrasonic radars.
Exact pricing and availability have not been released just yet, but it is coming to Europe in the next few months and in North America toward the end of the year.
As for pricing, Audi has limited its communication to “between the Q4 and Q8,” which starts at $50,995 and $73,700, respectively.
No NACS for the Audi Q6 e-tron
This is a real bummer, but it’s not too bad, considering it might be the only real objective downside to this new entry from the German brand. Everything else is either great or subjective.
You also can’t really blame Audi, as it is more of a timing issue than anything. The automaker has announced plans to adopt NACS in North America, but the Q6 is coming a bit too soon for integration, which will come to new vehicles coming in 2025.
Owners are going to have to use an adapter to access the Supercharger network.
On the bright side, the Q6 e-tron has a great charging curve and also two charge ports. The DC-capable driver-side charge port is well located for the Supercharger network, and the passenger charge port is great for street charging.
Electrek’s Take
If you can’t tell yet, I really like this SUV. I only drove it for a few minutes, and it was a nice fully-loaded SQ6 with air suspension, so my driving impressions aren’t worth that much, but I enjoyed it quite a bit.
Audi is selling about 75,000 Q5 SUVs a year in the US now, and it expects the Q6 to take over that market as it transitions entirely to EVs over the next 10 years.
That’s a big and scary transition for a legacy automaker, but I think the Q6 e-tron should give them confidence going into it. Based on everything I’ve seen so far, it is highly competitive on the higher end of this segment. Emphasis on higher end. This is very much a premium and highly customizable vehicle.
The PPE platform looks like a solid base on which Audi built an interesting design packed with high-tech features, from the lighting to the HUD to the Android-based OS.
Obviously, Model Y comparisons are going to come since it’s now the world’s best-selling vehicle, and it also competes in the midsize SUV segment. During its own sneak preview in Germany last week, Audi itself identified the Model Y as a competitor.
That said, I don’t expect it to compete price-wise, especially in the US, since Audi doesn’t have access to the tax credit as it doesn’t have a US factory. If it does compete with the Model Y, it will mainly shave some demand off the top from customers looking for a more premium experience.
The Q6 e-tron will likely start at closer to ~$60,000, and you will be able to add options probably close to $80,000.
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EQORE, a distributed battery storage startup based in Somerville, Massachusetts, has raised $1.7 million in seed funding to help industrial buildings tackle rising electricity costs. The round was oversubscribed and includes backing from the Massachusetts Clean Energy Center (MassCEC), Henry Ford III of Ford Motor Company, and Jonathan Kraft of The Kraft Group.
The timing couldn’t be more relevant. Data centers are booming, and that demand is slamming an already stressed grid. Big, utility-scale batteries help at the grid level, but they can’t fix the bottlenecks happening on local distribution networks. That’s where onsite storage steps in — storing energy when demand is low and discharging it when demand spikes, which helps stabilize costs for both the grid and the businesses using it.
MassCEC’s head of investments, Susan Stewart, said, “What excites us the most about EQORE’s technology is the dual impact: grid support and customer savings.” She noted that commercial and industrial buildings are ideal hosts for battery storage, but haven’t gotten much attention until now. “EQORE is closing that gap.”
Investor Randolph Mann highlighted what makes the company stand out: “By uniting advanced controls with high‑resolution metering and true end‑to‑end service, EQORE finally makes commercial behind-the-meter storage effortless and financially compelling for businesses.”
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EQORE comes out of MIT’s Sandbox program and delta v accelerator and is currently part of the Harvard Climate Entrepreneurs Circle incubator. CEO and cofounder Valeriia Tyshchenko, a third‑generation engineer from Ukraine and MIT graduate, said the new funding will help the company scale alongside its existing revenue.
With the seed round closed, EQORE plans to grow its team and ramp up battery deployments at energy-intensive manufacturing facilities. The company doesn’t just install batteries; it operates them. Its autonomous software shifts when a facility uses power based on market conditions and utility incentives, reshaping load in real-time without disrupting operations.
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Hyundai took the sheets of its new off-road electric SUV, the Crater Concept, at the LA Auto Show. Here’s our first look at the compact off-roader.
Meet Hyundai’s new off-road SUV, the Crater Concept
We knew it was coming after Hyundai teased the off-road SUV earlier this week, hidden under a drape. Hyundai took the sheets off the Crater Concept at the LA Auto Show on Thursday, giving us our first real look at the rugged off-roader.
Hyundai refers to it as a compact off-road SUV that’s inspired by extreme events. The concept was brought to life at the Hyundai America Technical Center in Irvine, California.
The off-road SUV draws design elements from Hyundai’s Extra Rugged Terrain (XRT) models, such as the IONIQ 5 XRT, Santa Cruz XRT, and the new Pallisade XRT Pro.
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Although it’s a concept, Hyundai said the Crater Concept is a testament to its commitment to designing future XRT vehicles that are more functional, more capable, and more emotional.
The Hyundai Crater off-road SUV Concept (Source: Hyundai)
“CRATER began with a question: ‘What does freedom look like?’ This vehicle stands as our answer,” Hyundai’s global design boss, SangYup Lee said.
The off-road SUV features Hyundai’s new Art of Steel design theme, first showcased on the THREE concept at the Munich Motor Show in September.
The Hyundai Crater Concept (Source: Hyundai)
Hyundai said the design team was guided by one clear goal: To create a rugged and capable vehicle that’s designed to go anywhere. The Crater Concept embodies that vision with added wide skid plates, 33″ off-road tires, limb risers, rocker panels, and a roof platform.
Hyundai designed the interior for “tech-savvy adventure seekers,” with a singular design centered around a high-brow crash pad that stretches across the dashboard.
The Hyundai Crater Concept (Source: Hyundai)
The concept also swaps the traditional infotainment setup for a head-up display that spans the entire front window, which Hyundai said includes a live rearview camera.
Hyundai’s off-roader includes a new Off-Road Controller for front and rear locking differentials, as well as a terrain selector with modes including Sand, Snow, and Mud. Other off-road features include downhill brake control, trailer brake control, a compass, and an altimeter.
Although Hyundai said it was electric, it didn’t reveal any further details about the powertrain. The off-road SUV could be a battery-electric or fuel-cell-electric vehicle.
Like the new Nexo, Hyundai’s hydrogen fuel cell vehicle, the concept features “HTWO” lamps exclusive to its FCEVs.
Earlier this week, the design team at Hyundai Design North America also introduced its new design and ideation studio codenamed “The Sandbox.” The creative design studio is set to serve as a global hub for future XRT vehicles and gear.
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OpenAI is partnering with Taiwan’s Foxconn, the world’s largest contract electronics manufacturer, to design and build artificial intelligence data center components in the U.S., the AI startup’s latest announcement tied to its massive infrastructure development plans.
While no financial terms were disclosed, OpenAI said in Thursday’s announcement that it will have early access to evaluate the systems Foxconn produces, and the option to purchase them. The companies said the goal is to accelerate the deployment of infrastructure while securing long-term U.S. capacity.
Under the agreement, OpenAI and Foxconn will co-develop multiple generations of AI servers in parallel, while manufacturing core components like power, networking, and cooling systems at Foxconn’s U.S. facilities. The company’s website says it has factories in Wisconsin, Ohio, Texas, Virginia and Indiana.
“This partnership is a step toward ensuring the core technologies of the AI era are built here,” OpenAI CEO Sam Altman said in a statement, calling AI infrastructure a “generational opportunity to reindustrialize America.”
OpenAI has been on a dealmaking blitz of late with many of the world’s largest technology companies, and has announced spending commitments of roughly $1.4 trillion, raising concerns about whether the startup will ever generate enough profit to justify those investments. Altman said earlier this month that the company will hit $20 billion in annualized revenue by the end of this year and hundreds of billions by 2030.
Prior deals include a $100 billion announced — but unfinalized — agreement with Nvidia for the chipmaker to invest in OpenAI in phases as the company builds out infrastructure. OpenAI also has cloud partnerships with Microsoft, Google and Amazon and hefty compute buildout commitments with Oracle.
Foxconn adds a manufacturing layer, further localizing OpenAI’s supply chain and potentially speeding the pace of deployment. The company is best known for assembling Apple’s iPhones but has expanded into AI and automotive manufacturing. It builds server racks tailored for AI workloads and is a key global supplier to Nvidia, the dominant player in high-end AI chips.
“Foxconn is uniquely positioned to support OpenAI’s mission with trusted, scalable infrastructure,” said Chairman Young Liu.
But the company has a checkered history in the U.S. In 2018, Foxconn broke ground on what was supposed to be a massive factory in Wisconsin for making flat-panel displays. That project was a failure, and is now the site of an AI data center being built by Microsoft.