It seems luxury car buyers can’t get enough of the Bentley Bentayga, so the British brand is working on a second SUV for its range. Tipped to be dubbed the Barnato, the new model will be smaller than its older sibling but, more importantly, all-electric.

While it remains to be seen how much demand Bentley will see for the new model in markets like the US, where EV sales have stagnated, it will certainly appeal to those seeking the most serene and comfortable driving experience. The use of electric power will also help Bentley lower its overall fleet emissions.

Read: Bentley Just Told Us What The Barnato SUV Will Cost, Sort Of

Spied here doing the rounds at the Nurburgring for the very first time, this prototype is adorned with all of the same camouflage that we’ve seen on others. As such, key areas of the vehicle’s design remain hidden, though we can see the blacked-out lower grille.

Concept Looks

SHProshots

The headlights look to be temporary, although the upper LED strip is expected to be retained for the production model. It’s hard to say what the grille will look like, but we expect it to be body-colored and mostly used for decorative purposes, not for actually cooling the SUV. The grille could resemble that of last year’s EXP 15 concept.

Other important elements visible in this prototype include a large panoramic glass roof and a roofline sitting noticeably lower than the Bentayga.

Porsche Power

We know the Barnato uses the Premium Platform Electric (PPE) architecture, as do other VW Group models, including the Cayenne Electric. Carscoops understands it’ll come equipped with a sizeable 113 kWh battery pack that supports DC fast charging, adding 100 miles (160 km) of range in under seven minutes.

It’s likely Bentley’s electric motors will also be borrowed from the Cayenne Electric. Power in the Porsche ranges from 402 hp to 1,156 hp, and the British alternative may offer similar figures.

The similarities to the Cayenne Electric will continue in the cabin. While these spy shots only captured a small part of the SUV’s cabin, previous ones have shown that many parts will be lifted from the Porsche, including the curved OLED central display running Android Automotive OS.

SHProshots

Following a teaser in March, SAIC MG has revealed the upcoming 07. It’s a flagship that has been “engineered to be the ultimate choice in the new energy coupe segment.”

Sporting a design that rivals “luxury coupes in the ¥700,000 ($102,930) class,” the 07 will offer “top-tier styling” for less than ¥200,000 ($29,410). That’s a not so subtle reference to the Porsche Taycan, which begins at ¥918,000 or $134,985 in China.

More: China Isn’t Buying Porsches, But It Sure Loves Making Cars That Look Like Them

The similarities are readily apparent as the 07 looks like a pudgy Taycan. However, something has been lost in translation as it doesn’t seem quite right.

That being said, the model looks fairly good and sports C-shaped lighting units as well as a bulging hood. They’re joined by a wide lower intake that appears to have an active shutter grille and a prominent sensor.

Moving down the side, there’s a rakish windscreen that flows into a long curved roof. The latter is notable for having a lidar sensor mounted above the windscreen. Other highlights include Taycan-style front fender vents and door handles as well as a similar rear end. However, the MG’s booty could use some time at the gym.

MG has been coy on specifics, but they used Auto China to reveal the 07 rides on SAIC’s next-generation NEV platform. It will be offered with both electric and plug-in hybrid powertrains.

The automaker also announced higher-end variants – that cost around ¥300,000 ($44,112) – will use the Momenta R7 autonomous driving system. It promises to provide Urban Navigate on Autopilot as well as a “seamless parking-space-to-parking-space driving experience.”

MG went on to say the system doesn’t simply imitate human driving as it also “possesses physical scene understanding and predictive reasoning similar to an experienced driver.” This reportedly enables proactive defensive maneuvers to increase safety.

We’ll likely learn more in the coming weeks, but the car will apparently show turquoise lights when being driven autonomously.

Got your hands on a shiny new EV or hybrid, and wondering why its range isn’t quite as much as quoted? Well, some of that discrepancy can be down to the controlled nature of official range tests, plus a healthy bit of marketing fluff.

But there’s another reason as to why that 300-mile EV or 800-mile plug-in hybrid isn’t quite making those headline numbers. It simply doesn’t like to run when it’s too hot or too cold outside. So what are the specifics, then? You can thank AAA for expanding and updating this line of research, which they began in 2019.

A Climate-Controlled Treadmill Test For Cars

How they did this kind of testing is no less cool. They took three hybrids and three EVs and placed them in a laboratory test cell that included a dyno. In other words, it was the equivalent of running on a treadmill in a temperature-controlled room. Then, they set the vehicle’s air conditioning and heating systems to a comfortable 72F. Meanwhile, the test cell’s temperature was varied. Engineers at AAA settled on three temperature values – namely 20F / -6.7C (a cold winter), 75F / 23.9C (your average day), and 95F / 35C (a hot summer’s day). And they drove.

Read: EV Range Claims Still Sound Great, Until Freezing Temps Hit

Taking 75F / 23.9C as the baseline, AAA found that at 95F / 35C, the electric vehicles lost an average of 8.5% in driving range, corresponding to a 10.4% efficiency reduction. Hybrids fared worse, with a 12% decrease in fuel efficiency (miles per gallon). These values are noticeable, but unlikely to create a noticeable impact unless you tend to push the range envelope before recharging or refueling. This also means that your wallet will take a mild hit in terms of cost per mile.

Cold weather tests were rather more concerning. At 20F, the EVs saw a whopping 35.6% efficiency drop, resulting in an average range reduction of 39%. Hybrids also took a noticeable hit, with a 22.8% drop in fuel efficiency.

The Bottom Line

If you live in a part of the world where winters and summers are mild, and the temperature generally hovers around 75F or thereabouts, congratulations, you don’t need to worry too much. If you live in a place where summers are hot, you’ll need to account for some extra range when purchasing your EV if you plan (or if your commute dictates) to run it down to 20% before every charge.

But if you live in a place where the winters are harsh, you may want to evaluate your options. As Greg Brannon, Director of Automotive Engineering and Research at AAA, said, “EVs are efficient in moderate temperatures but lose significant range in the cold. We expected this from our previous research, but were surprised by the 23% reduction in fuel economy for the hybrids in cold temperatures. Drivers should consider climate, energy costs, and driving patterns when choosing a vehicle that best fits their lifestyle.”

Toyota released its financial results for the previous fiscal year, revealing a bittersweet reality: while consumers are buying their cars in record numbers, global but trade wars and geopolitical chaos are taking a serious bite out of the bottom line.

For fiscal year 2026, which ran from April 1 through March 31, Toyota Motor Corporation booked record revenue of 50.68 trillion yen ($323.42 billion), up 5.5 percent year over year. Operating income, however, dropped by roughly 1 trillion yen ($6.4 billion) to 3.77 trillion yen ($24 billion).

More: Toyota’s Next Corolla Cross Is Growing Up, And The RAV4 Should Be Worried

The single biggest culprit was a 1.38 trillion yen ($8.8 billion) hit from US tariffs. That alone was enough to drag Toyota’s North American division into a rare operating loss of 298.6 billion yen ($1.9 billion) excluding swaps, even though regional vehicle sales actually grew 8.5 percent. Selling more cars and losing money doing it is not the equation Toyota wants to be solving.

To combat these trade frictions, Toyota will begin exporting US-built models to Japan starting this year, including the Camry sedan, the Highlander SUV, and the Tundra pickup. This move is less about covering local demand and more of a strategic effort to balance trade relations with the US.

More: A Texas-Built Full-Size Pickup Is Now On Sale In The Country That Invented The Kei Car

The 2026 results were quite positive for global sales of electrified vehicles, which reached 5.04 million units, making up 48.1% of total volume (11,283 million). These include 4.62 million HEVs, 175,000 PHEVs, and 243,000 BEVs, with the latter surging by 68.4% compared to last year. For FY2027, Toyota expects to more than double its BEV sales to 598,000 units.

What’s Next For Toyota?

The overall forecast for FY2027 is rather cautious. Toyota expects sales volume to hold roughly steady, but operating income is forecast to fall 20.3 percent to around 3 trillion yen ($19.1 billion). The company is bracing for an additional 670 billion yen ($4.27 billion) in costs tied to economic and logistical disruptions over the coming year.3

More: The Toyota Van That Refused To Change For 22 Years Is Being Replaced, And It’ll Look Nothing Like Before

Toyota specifically called out the “destabilization” of the Middle East and the ongoing war there, which are pushing materials and energy costs higher. Combined with ongoing tariff pressures and a massive 1.8 trillion yen ($11.48 billion) investment in R&D, Toyota is signaling to investors that the next 12 months will be a period of defensive maneuvering.

Shareholders aren’t being left empty-handed. Toyota declared a full-year FY2026 dividend of 95 yen ($0.61) per share and plans to bump it to 100 yen ($0.64) for FY2027. Toyota stock currently trades at 2,913 yen ($18.58), down 14 percent since the start of the year.

More: Toyota’s Most Powerful Land Cruiser Ever Is A $112K Hybrid Americans Can’t Buy

Toyota’s newly appointed President, Kenta Kon, said: “I feel there is still significant room for improvement in our management and administrative operations. Those of us in such positions, by further examining where our abilities truly lie, can move beyond simply managing the front lines and instead get directly involved to support operations.”

Below you can watch the entire presentation that was streamed earlier today from Japan.

Porsche spent years telling us the future would be mostly electric. Now it’s scrambling to rebuild parts of the combustion lineup it already started phasing out, while simultaneously slashing jobs, shutting divisions, and reshuffling management to steady the ship and improve profits.

Having last month sold its stake in Bugatti and Rimac, the company this week confirmed plans to eliminate more than 500 jobs while discontinuing several electric-focused subsidiaries as part of a broader restructuring effort. Porsche is shutting down Cellforce Group, Porsche eBike Performance, and Cetitec as it narrows its focus back toward its main automotive business.

More: Porsche’s Profits Fell 93%, So It’s Selling Bugatti And Rimac

Cellforce was Porsche’s battery technology venture focused on developing high-performance lithium-ion cells for future EVs and motorsport applications. It “no longer has a sufficiently viable long-term perspective” and closes with the loss of 50 jobs, the company says.

Porsche eBike Performance, as its name suggests, handled electric bike drive systems and related hardware, but “fundamentally changed market conditions for e‑bike drive systems” means it gets the chop, and so do 360 workers. Cetitec, meanwhile, specialized in engineering and technical consulting services for automotive development programs. Sixty people in Germany are now looking for a new paycheck as a result of it being shuttered, along with a further 30 in Croatia.

Getting Back To Cars

“Porsche must refocus on its core business,” CEO Michael Leiters said, announcing the reset. “This is the indispensable foundation for a successful strategic realignment [and] forces us to make painful cuts — including our subsidiaries.”

The €1.4 Million Dashboard

At the same time, Porsche is also restructuring its executive board and folding the standalone Car-IT division into the wider research and development department led by Michael Steiner.

That’s a notable reversal because Porsche created the dedicated software-focused board role a few years ago specifically to recruit Sajjad Khan away from Mercedes-Benz, Automobilwoche reports. Khan had been tasked with modernizing Porsche’s infotainment and digital experience, and his influence is already visible in the electric Cayenne’s redesigned cockpit and connected features. That influence came at a price, though. Last year, Kahn reportedly earned €1.4 million ($1.65 m).

A bigger issue, though, is Porsche’s increasingly awkward product strategy. The company is preparing to kill the combustion Macan this summer despite demand for the gas-powered SUV still massively outweighing interest in the electric replacement in several markets, especially the US.

Porsche reportedly won’t have a new combustion or hybrid Macan (seen below testing in Audi Q5 mule form) ready until around 2028, leaving a painful gap in one of its most important model lines. Meanwhile, Chinese sales continue sliding as local EV brands offer cheaper alternatives loaded with flashy technology. It’s good that Porsche is grasping the nettle, but the pain isn’t going to disappear overnight.

Worried that automakers like Tesla could vacuum up the bulk of its low-tariff Chinese EV quota in one gulp, the Canadian government is reportedly rethinking how to dole out the import permits before they all end up in one company’s hands.

Under Canada’s new trade arrangement with China, up to 49,000 China-built EVs can be imported each year at a slashed 6.1 percent tariff, a steep drop from the punishing 100 percent duty. The first batch of 24,500 permits has been on the table since late March and is supposed to stay available through August 31, handed out on a first-come, first-served basis.

Read: Chinese EV Brands Are On A Hiring Spree In Canada As They Set Up Shop

According to Bloomberg, not a single permit has actually been issued yet. That window is about to get crowded, though, because Tesla just confirmed it will start selling a Chinese-built Model 3 in Canada at a sharply lower price. The new entry point is CA$39,490 before destination, roughly US$29,007, which guts the old floor set by the Model 3 Long Range AWD at CA$79,990, or about US$58,700.

Canada Wants Equitable Access For All Chinese Brands

In addition to Tesla, through its Volvo and Polestar brands already operating in Canada, may also be positioned to secure part of the initial allocation. Once the second half of the 49,000 permits becomes available after August 31, officials may revise the system and assign specific reduced-tariff allocations to individual automakers, giving more brands access to the program.

These brands could include newcomers to the Canadian market, such as BYD and Chery. According to unnamed officials, the quota system may eventually expand to favor companies that establish operations in Canada, including local assembly facilities.

News of these potential changes comes just after it was revealed firms including BYD, Cheyr, and the Geely-owned Zeekr brand have launched a hiring spree across Canada, eager to quickly set up shop and start selling their vehicles locally.

After several years of unimpeded growth, Chinese juggernaut BYD recently posted its eighth straight month of year-over-year sales declines, even with a barrage of new model launches trying to stem the bleeding. The Chinese giant clearly has growing pains, but one of its newest products is bucking the trend in spectacular fashion.

The company’s new, full-size, all-electric Great Tang SUV was presented earlier this year and showcased at the Beijing Auto Show two weeks ago. As the show opened, so did pre-sales for the EV, and in just two weeks, BYD has locked in more than 100,000 pre-sale orders for the Great Tang.

Read: BYD’s New Flagship Great Tang Charges From 10 To 97% In 9 Minutes

Of these, over 30,000 pre-sale orders were placed in the first 24 hours. These are extraordinary figures for a vehicle that’s even larger than the Hyundai Ioniq 9 and Kia EV9 sold in the West. Clearly, the Chinese still have the appetite to buy luxurious SUVs when they’re priced right.

The entry-level Great Tang starts at 250,000 yuan or $36,700, a shockingly low figure given that it uses BYD’s new Super e platform, includes its second-generation Blade battery, and has a 1,000-volt electrical architecture. This model uses a single, rear-mounted electric motor with 496 hp, and can travel up to 590 miles (950 km) on a charge under China’s optimistic CLTC cycle.

Comfort For Seven

The flagship version is priced at 320,000 yuan ($47,000) and delivers 784 hp, laughing in the face of the most powerful versions of the Ioniq 9 and EV9.

Not only do buyers get plenty of power and advanced battery tech, which means the Great Tang can charge from 10 to 97 percent in just nine minutes, but they also get a cabin loaded with features. As standard, the latest BYD is sold in a 2+2+3 configuration and includes three front screens and a display that folds out from the headliner for rear passengers.

Volkswagen hasn’t even officially launched the electric ID. Polo GTI yet, and already there’s talk of an even hotter Clubsport version lurking in development. Better still, it might come with fake gearshifts and simulated combustion-style power delivery and sounds designed to make EV hot hatch feel less, well, EV-ish.

According to Autocar, VW engineers are exploring a more extreme ID. Polo GTI Clubsport packing roughly 282 hp (286 PS / 210 kW), up substantially from the regular car’s expected 223 hp (226 PS / 166 kW) output. That would immediately put it closer to the upper end of the growing electric hot hatch class.

Related: VW’s New ID. Polo Starts Under $30K And Comes With Massage Seats

While the standard ID. Polo GTI should comfortably match the 215 hp (218 hp / 160 kW) Alpine A290 GTS and its mechanically related 223 hp Cupra Raval sibling, several rivals already bring considerably more firepower. The electric Mini JCW produces 255 hp (259 PS / 190 kW), while Stellantis has gone properly aggressive with the 276 hp (280 PS / 206 kW) Peugeot e-208 GTI and Opel Corsa GSE.

The Opel, unveiled this week, sets a serious benchmark, sprinting to 62 mph in just 5.5 seconds. Current expectations suggest the regular VW GTI might need around a second longer than that, though the Clubsport should give the Opel a real fight.

Performance upgrades reportedly won’t stop at extra power. Autocar says VW’s also considering replacing the current electronically controlled BorgWarner limited-slip differential with a fully mechanical setup for sharper front axle behavior.

Hyundai N-Style Shifts

But arguably the most interesting part is the fake shifting system, something that appeared on the GTI concept back in 2023, but which VW then said would not appear on a production GTI. Of course nobody asked about a GTI Clubsport.

VW dynamics boss Florian Umbach said the company is working on “a similar kind of paddleshift power delivery that the [electric] Hyundai N cars have.” Like the Ioniq 5 N, the setup would use software-controlled power delivery to imitate a combustion engine and transmission.

“It’s all about motor control and an audio soundtrack to match,” Umbach told the magazine, suggesting fake sounds – also featured on the 2023 VW GTI concept – will also be part of the Clubsport package.

Purists will absolutely argue about whether fake shifts belong in a GTI, but the reality is many drivers miss the interaction traditional hot hatches delivered and VW clearly knows engagement matters just as much as raw acceleration numbers.

Images shown below are of the 2023 GTI concept.

VW

A new art-house drama tells three stories that span the century — and connect to one tree. Silent Friend will open your eyes to the beauty of the natural world.

(Image credit: Lena Kettner)

REDWOOD CITY, Calif., – The Women Presidents Organization (WPO) has named Zūm to its list of the 2026 50 Fastest Growing Women-Owned/Led Companies, supported by J.P. Morgan Commercial Banking.

Zum ranks No. 4 on this year’s list, which highlights the impressive scale, growth, and impact of women-owned or led enterprises around the world. To be eligible, all companies must be privately held, women-owned or led, and must have reached annual revenues of at least $500,000 in each of the last five years.

“Zum is proud to be modernizing mobility systems in more than 4,500 schools nationwide through Zum CMX, a fully integrated system designed to eliminate the anxiety, uncertainty, and lack of visibility that have plagued student transportation for decades,” said Ritu Narayan, Founder and CEO of Zum. “We are honored to be recognized on this prestigious list of the 2026 50 Fastest Growing Women-Owned/Led Companies, and appreciate all of our team, customers, investors and partners who support our mission.”

“The women leading the 50 Fastest Growing Women-Owned/Led Companies are not only scaling successful businesses, they are navigating change, seizing opportunity, and setting the pace within their industries,” said Camille Burns, CEO of the Women Presidents Organization. “Their collective impact reflects the growing influence of women at the highest levels of business. These companies are redefining what scalable leadership looks like today.”Companies on the 2026 list represent a wide array of industries, including travel and hospitality, digital marketing, manufacturing, consumer packaged goods, human capital solutions, information technology and more. Combined, the 2026 50 Fastest generated $8.5 billion in revenue and employed more than 23,000 people in 2025 alone.

Zum’s technology-led and data-driven approach improves transparency, communication, and efficiency while delivering a safer, more reliable experience for students and families. The company recently announced a $100 million strategic investment from TPG, bringing its total funding to $430 million and valuing Zum at $1.7 billion.

Adopted in 17 states, Zum delivers its unified system across more than 4,500 schools, including Omaha Public Schools, Boston Public Schools, Kansas City Public Schools, Los Angeles Unified, and San Francisco Unified. Zum’s fully integrated Connected Mobility Experience (CMX) system connects people, vehicles, and operations in real time, reducing anxiety and creating reliable, safe and seamless transportation for families and schools.

The 2026 honorees will be formally recognized during the WPO Entrepreneurial Excellence Forum on May 7 in Hollywood, Florida. See the full list of the 2026 50 Fastest Growing Women-Owned/Led Companies at women-presidents.com/news-events/50-fastest.

To learn more about how Zum is leading the nation in safe and reliable student mobility, visit www.ridezum.com.

About Women Presidents Organization (WPO)
The Women Presidents Organization (WPO) is a non-profit membership organization where dynamic and diverse women business leaders around the world tap into collective insight with exclusive access to entrepreneurial equals, innovative ideas, and executive education. WPO members have guided their business to generate at least $2 million USD in gross annual sales (or $1 million USD for a service-based business). Each WPO chapter serves as a professionally-facilitated peer advisory group for members where they can harness the momentum of their successes and cultivate new strategies that will take them even farther. Learn more at women-presidents.com.

About J.P. Morgan Commercial Banking
J.P. Morgan Commercial Banking is a business of JPMorgan Chase & Co. (NYSE: JPM), a leading global financial services firm with assets of $4.4 trillion and operations worldwide. Commercial Banking serves emerging startups to mid-corporate businesses as well as government entities, not-for-profit organizations, and commercial real estate investors, developers and owners. Clients are supported through every stage of growth with specialized industry expertise and tailored financial solutions including digital banking and payments solutions, credit and financing, international banking, advisory services and more. Information about J.P. Morgan Commercial Banking is available at www.jpmorganchase.com/commercial.

About Zum
Zum is revolutionizing mass mobility with its Connected Mobility Experience (Zum CMX) system that connects and coordinates people, vehicles, and operations in real time. In the $50 billion student mobility market – the largest segment of the mass mobility industry – Zum CMX is transforming a daily source of anxiety and disruption into a reliable, transparent, and efficient mobility experience for students and families. Today, more than 4,500 schools rely on Zum CMX. Recognized globally for its innovative approach and operational execution, Zum has been named to Fast Company’s World’s Most Innovative Companies, CNBC Disruptor 50 and Changemakers, the World Economic Forum, and the Financial Times’ Fastest Growing Companies lists. Zum is backed by leading investors including Sequoia Capital, GIC, SoftBank, and TPG. Zum, Zum CMX, and associated logos are trademarks of Zum Services, Inc. All rights reserved. Learn more at www.ridezum.com.

The post Women Presidents Organization and J.P. Morgan Name Zum to List of 50 Fastest-Growing Women-Owned/Led Companies appeared first on School Transportation News.

Student transportation leaders often encounter unique situations that require creative solutions to meet student needs. An island off the coast of Virginia’s Eastern Shore required a solution that looks very different from the classic yellow school bus.

Accomack County Public Schools serves about 5,000 students who attend 11 kindergarten through 12th grade. Three of these schools are located on islands off the coast of the state.

“Tangier Island is located off the western coast of Accomack County in the Chesapeake Bay, and unlike our other island, Chincoteague, Tangier is only accessible by boat or airplane,” explained Danielle Clark, the district’s public information officer.

The small island of Tangier only has a population of 436, and Clark shared that residents rely on ATVs, bicycles, golf carts and few cars for transportation. When a student with disabilities needed transportation to school, the district’s transportation department purchased a dedicated golf cart to ensure safe and reliable transportation.

“The driver, Mr. Kim Parks, is affectionately referred to as Mr. Kim or Sox by the students and staff,” said Clark. “He is the all-around handyman of the school and takes great pride in his role of helping students, staff and the community as a whole.”

Chris Reeder, transportation supervisor at Accomack, said his department is responsible for providing and maintaining the golf cart used on Tangier. He continued that when the batteries needed to be replaced, staff had to transport the new batteries by boat to the island.

“We also have to meet the boat for any trips the students go on there,” said Reeder. “They arrive over here on the boat, and we take them by bus to various locations of field trips.”

This is just one story of a unique geographical or needs-based scenarios that requires creative solutions from student transportation departments. In North Carolina, the state’s Department of Transportation posted a video of a school bus being transported to and from Knotts Island to provide transportation for students in Currituck County.

A similar situation exists in South Carolina where students are ferried from Sandy Island to the mainland where they board a school bus. Boats can also be more commonplace when transporting students in Alaska, British Columbia and other locations surrounded by large bodies of water.

Related: (STN Podcast E284) Always Something to Learn: Special Needs Takeaways from TSD 2025
Related: Districts Use Alternative Transportation to Support McKinney-Vento Homeless Students
Related: School District Directors Share Strategies for Transporting Students with Disabilities

The post Virginia School District Uses Unique Transportation Solutions to Meet Island Needs appeared first on School Transportation News.

Stellantis has figured out a new way to squeeze value out of its Leapmotor partnership, and Opel is the brand getting the keys. The German automaker has confirmed plans for a new electric compact SUV built on underpinnings from the Chinese EV maker, validating reports that surfaced earlier this year.

The yet-unnamed crossover is targeted for a 2028 launch, with development running under two years from start to showroom. Styling work is being handled by Opel’s design team in Russelsheim and will lean on the brand’s current visual language. The first teaser shows a sporty SUV with large wheels, tight overhangs, and the now-familiar Opel Vizor face with integrated LED lighting.

More: Opel’s New Corsa GSE Beats Peugeot’s GTI Using Peugeot’s Own Powertrain

According to Opel CEO Florian Huettl, the new SUV will be “developed by international teams located in Germany and China”. It will use “core components of the latest Leapmotor electric architecture and battery technology”, with Opel’s input being limited to design, chassis engineering, lightning and seating technology.

Production of the upcoming EV will take place at the Figueruelas plant in Zaragoza, Spain, starting in 2028. The same facilities are the home of production for the Opel Corsa, Peugeot e-208, Lancia Ypsilon, and Leapmotor B10.

Another Opel SUV?

The new offering will expand Opel’s SUV lineup next to the Mokka, Frontera, and Grandland, targeting the highly competitive C-SUV segment in Europe.

While Stellantis didn’t get into details about its specifications, the new Opel will most likely be based on the Leapmotor B10. The electric SUV measures 4,515 mm (177.8 inches) long, slotting right in between the Frontera and the Grandland in terms of footprint.

More: Stellantis’ Cheapest New EV Is Chinese, Made In Europe, And $15K Under Its Own Peugeot

The Leapmotor B10 is fitted with a single electric motor producing 215 hp (160 kW / 218 PS) and offers two battery sizes of 56.2 kWh and 67.1 kWh, offering a range of up to 434 km (270 miles). It will also be available with a range-extender powertrain offering a total range of up to 900 km (559 miles).

Leapmotor B10

Stellantis has stated that the Leapmotor B10 has been “rigorously tested” at the Balocco proving ground in Italy, meaning there could be differences to the setup of the EU-spec version compared to the model sold in China.

More: Stellantis To Sell Europeans A $10K Chinese SUV For Nearly Triple, And Still Undercut VW

More importantly, the Leapmotor B10 is priced from €29,900 ($35,100) in markets like Germany, France, and Spain, undercutting the rival Skoda Elroq by €4,000 ($4,700). While it is too early to talk about pricing for the Opel version, the company promises it will be an “accessible” electric vehicle, adding that the use of Leapmotor-sourced components would “significantly enhance affordability for European customers”.

The Ugly Truth

Stellantis has recently announced plans of cutting 650 engineering jobs at Opel’s historic headquarters in Russelsheim, reducing the remaining technical staff to around 1,000 people.

The site employed over 7,700 engineers back in 2017, undertaking important R&D projects for the PSA Group. Now, it has narrowed down its scope to areas like AI, software, ADAS, battery tech, and digital lighting systems. While unrelated, with the job cuts, the Leapmotor deal allows Stellantis to significantly reduce R&D expenses and the time needed to bring a new product to the market.

More: Opel And Alfa Romeo’s Next EVs May Be Built Around Chinese Tech, Not German Or Italian

Crucially, the upcoming electric SUV won’t be the only Leapmotor-based product from a Stellantis brand. According to the company “the new vehicle is intended to serve as a blueprint for efficient global collaboration” meaning it could pave the way for other similar projects in the future.

The Story Of The Joint Venture

Stellantis acquired a 21% stake in Leapmotor in October 2023, becoming the largest shareholder of the Chinese brand. The LPMI (Leapmotor International) joint venture is 51% owned by Stellantis, which has the exclusive rights of selling and producing Leapmotor products outside China.

The European rollout has been quite successful, with Leapmotor delivering 40,000 units in 2025 and kicking off 2026 with a first quarter of 24,751 registrations. Besides the Old Continent, the LPMI joint venture has expanded its activities to South America, Mexico, Asia-Pacific, Middle East, and Africa.

Skoda is gearing up to introduce the all-new Epiq on May 19 and they’re rushing to cross all the t’s and dot all the i’s. As a result, spy photographers recently caught two prototypes undergoing last minute testing on the Nürburgring.

They were intrigued by the one seen below as they believed it could be a Sportline or RS variant, because it has steering wheel-mounted paddle shifters. However, these are common on Skoda EVs as they’re used for regenerative braking. That being said, we wouldn’t necessarily rule out a Sportline version as we can see a sporty steering wheel with a dimpled rim.

More: Skoda’s Smallest EV Has One Big-Car Surprise

The interior image doesn’t reveal much else, but it gives us our first proper glimpse at the crossover’s 13-inch infotainment system. It will be joined by a 5.3-inch digital instrument cluster, slender air vents, and a wireless smartphone charger. Buyers will also find ambient lighting, sustainable materials, and a cargo compartment that can hold up to 47.5 cubic feet (1,344 liters) of gear.

SH Proshots

The front fascia and rear bumper are disguised, making it hard to determine if this is indeed a sporty variant. However, testers might have given us a subtle hint in the form of front fender vent stickers. Of course, we probably shouldn’t read too much into that.

Regardless of what the prototype is hiding, Skoda has already announced three different variants known as the Epiq 35, 45, and 55. The first combines a 38.5 kWh battery pack with a front-mounted motor producing 114 hp (85 kW / 116 PS) and 197 lb-ft (267 Nm) of torque. This enables the crossover to run from 0-62 mph (0-100 km/h) in 11 seconds and have a range of 196 miles (315 km).

SH Proshots

The mid-level model pares the aforementioned battery with a beefier 133 hp (99 kW / 135 PS) motor. This lowers the 0-62 mph (100 km/h) time to 9.8 seconds without having an impact on range.

The range-topper sports a larger 55 kWh battery as well as a motor developing 208 hp (155 kW / 211 PS) and 214 lb-ft (290 Nm) of torque. This is the most interesting of the group as it accelerates from 0-62 mph (100 km/h) in 7.4 seconds and has a range of up to 267 miles.

While we’re skeptical this is a performance variant, it’s not hard to imagine one on the horizon as Volkswagen has already confirmed plans for an ID. Polo GTI with 223 hp (166 kW / 226 PS) in 2027.

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Less than a year after introducing the FX Super One minivan, Faraday Future is hitting pause. The floundering automaker blamed the move on the vehicle’s 400V architecture, which they deemed uncompetitive.

As for what the future holds, the company isn’t exactly sure. However, they want to pivot to either an 800V architecture or a range-extended powertrain. They said the change would provide “users with stronger product competitiveness and greater value.”

More: Faraday Turned A Chinese Minivan Into A Rolling Mansion With A Talking Grille

The firm added an 800V architecture would deliver “longer range, faster charging speeds, and superior powertrain efficiency.” Likewise, they praised range-extended vehicles for being “well-suited to extreme-cold winter regions such as the U.S. East Coast.”

A number of EVs have made the transition from 400V to 800V architectures recently including the Mercedes EQS, Polestar 3, and Volvo EX90. However, these are established automakers, while Faraday Future is a penny stock that claims to be an “embodied AI ecosystem company.”

While the FX Super One project is now paused, the company hopes to begin mass production of the updated model in the future. However, this appears to be “subject to securing financing from strategic or medium-to-long-term investors.”

Despite needing funding and not knowing which way they’re going to go, Faraday laid out two delivery timelines. The updated 800V FX Super One would reportedly be faster to arrive as the company expects its “first phase of delivery within 6 to 9 months, second phase of delivery within 12 to 15 months, and third phase of delivery within 21 to 24 months.”

The company didn’t elaborate on these different phases, but said going the range-extended route would take longer as the first phase of delivery would be within 9 to 12 months, while the second would be within 21 to 24 months. The third phase would then come within 24 to 28 months, according to their projections – which have been far off in the past.

Despite sounding like a major failure, Faraday Future tried to spin it as a positive as they said the move enables them to concentrate on their new robotics business during its “critical ramp-up period.” The company added they shipped a total of 68 robots through the end of April.

Jaguar’s reboot is about to get a lot more real. After months of teasers, heated debate, and one of the most polarizing relaunches in recent memory, the British brand is reportedly preparing to reveal the actual production name of the EV currently known as the Jaguar Type 00. The wait has been long, and it’s not over anytime soon, as production hasn’t started, but a lot is riding on this nameplate.

Known internally as the X900, the concept and production mules have been all over the planet. It’s a long, low-slung four-door electric grand tourer that is supposed to reset the bar for what a Jaguar is. Now, according to a report from Autocar India, we’ll find out what Jaguar will call it on May 12. Then, in September, the brand will reveal the production-spec version, and if all goes according to plan, deliveries will start sometime in 2027.

More: Jaguar’s 1,000-HP Answer To Bentley Looks Nothing Like The Jaguar You Knew

Underneath the long hood and fastback roofline sits Jaguar’s new dedicated EV platform, dubbed JEA, short for Jaguar Electric Architecture. The company says the car will use a tri-motor setup with one motor up front and two at the rear, producing over 1,000 hp (746 kW) and roughly 959 lb-ft (1,300 Nm) of torque in the launch edition. That would immediately make it the most powerful Jaguar road car ever built.

Jaguar is also targeting around 700 km (435 miles) of WLTP range from a battery pack measuring about 120 kWh. The automaker claims the car can recover approximately 321 km (200 miles) of range in just 15 minutes of fast charging.

Despite the outlandish concept styling, spy shots suggest the production car stays remarkably faithful to the original design previewed by the concept. It keeps the exaggerated proportions, long front end, slab-sided surfacing, and sleek roofline, though the production version swaps the concept’s two-door layout for a more practical four-door GT configuration. Jaguar needs a win here. Hopefully, it has an appropriately grand name for this new grand tourer.

China’s GAC has expanded its EV lineup yet again, this time launching an electric SUV under its premium Hyptec sub-brand. It’s called the S600, and while the name won’t win any creative writing awards, the styling does some talking on its own. The crossover borrows more than a few cues from the Porsche Macan Electric, and pre-orders are already open.

Most modern SUVs trip over each other in the design department, and the S600 isn’t entirely innocent of that either. The upper sections of the headlights bear a clear resemblance to a certain Stuttgart silhouette. That said, the overall execution is genuinely clean.

Read: European Automakers Won’t Like What GAC And Magna Are Doing

GAC’s designers were clearly willing to sacrifice a bit of rear headroom and cargo space for a sleeker coupe-style roofline. The payoff is a particularly sharp tail section, anchored by intricate LED taillights and a configurable light bar that stretches the full width of the body.

Prioritizing Luxury

The new Hyptec model measures 5,015 mm (197.4 inches) long, 1,933 mm (76.1 inches) wide, 1,700 mm (66.9 inches) tall, and rides on a 2,936 mm (115.5-inch) wheelbase. That makes it noticeably larger than something like the Zeekr 7X, which is 4,787 mm (188.4 inches) long with a 2,900 mm (114.1-inch) wheelbase. Unsurprisingly, the S600’s cabin looks ready to swallow a family and all their luggage without much complaint.

A large central touchscreen is found in the center of the dash, while there’s also a separate digital gauge cluster. High-end metallic finishes are visible around the air vents and on the door panels, as well as around the center console, which houses a wireless phone charger. A large head-up display is also featured.

The rear of the cabin looks equally plush, with seatbacks that recline up to 143 degrees and deployable footrests. A 22-speaker audio system also comes standard.

GAC will sell both all-electric and range-extended versions of the S600. The pure electric version will be offered with lithium iron phosphate and ternary lithium batteries. While we don’t yet know their capacities, the driving range should range from 410 miles (660 km) to 497 miles (800 km). Power will be supplied to a single 335 hp (250 kW) electric motor.

The range-extended model will also feature a 1.5-liter turbocharged engine, increasing total driving range but limiting EV-only range to 143 miles (230 km).

Ford knows its first swing at EVs missed. The Mustang Mach-E and F-150 Lightning sold in respectable numbers but never delivered the volume, margins, or cultural impact the company was chasing, and both have since been overtaken by leaner, cheaper competition. The Blue Oval’s answer is a ground-up reset, and the headline product is a mid-size electric pickup priced at $30,000.

We’ve known about this model for quite some time, developed by Ford’s small skunkworks lab. The brand has now shed new light on the Ford Electric Vehicle Design Center, which houses its ace team of engineers, and provided select members of the automotive press with a quick preview of the new truck.

Read: Ford’s Biggest Product Push In Years Will See 80% Of Its American Lineup Refreshed By 2029

The campus now houses 350 people, including company veterans and new arrivals from startups and the consumer electronics industries. Situated in Long Beach, California, the site is rethinking how Ford should build EVs, making them simpler and cheaper. At the core of this is the new Universal EV Platform.

This platform consists of three large cast elements joined together and then topped by the cab of the pickup, or both body styles, which will follow. While Ford didn’t unveil the electric truck in full, Car and Driver caught a glimpse of a camouflaged mule, noting that it has a traditional pickup truck shape and appears similar in size to the current Maverick, albeit with higher sides on the bed.

In addition, it seems the EV will have a short nose, allowing Ford to expand the cabin size. According to Ford, the truck will have more interior space than a Toyota RAV4.

Easy To Repair

An important aspect of the new platform will be its repairability. After all, there’s no point in selling an affordable car if it has to be scrapped after even the most minor of collisions. According to the chief engineer of Ford’s advanced vehicle structure architecture, the three large platform castings will each include cutlines, where damaged sections can be cut out and replaced with new ones.

48-Volt Tech

Another key area of development is the EV’s wiring. Vehicles using the new platform will rely primarily on 48-volt electrical systems for most components, other than the lights, electric windows, and other parts that will still run at 12 volts. Ford has significantly reduced the amount of wiring used in the vehicle and notes that 48-volt components are also much lighter and smaller.  

In total, the truck will have 20 percent fewer parts and 50 percent fewer cooling hoses and connections than previous Ford EVs, meaning it can be assembled 15 percent faster. Ford says the new pickup will be ready by next year.

The floodgates are creaking open in Canada. Just as Tesla relaunched its Chinese-built Model 3 in the country, several of China’s most aggressive automakers are putting the pieces in place to follow it through the door. Geely, Chery, and BYD are all moving on the Canadian market.

As part of its preparations, Chery has brought two SUVs from its Jaecoo brand to Toronto, equipped with Ontario manufacturer license plates. Autonews Canada identified the vehicles as Jaecoo E5s, an all-electric SUV that starts at about $37,000 in Australia, where the currency is roughly at parity with the Canadian dollar.

While these vehicles are thought to be in Canada only temporarily, their appearance comes shortly after the automaker sent almost two dozen local dealer representatives to the Beijing Auto Show, giving them a firsthand look at the Chinese market.

Read: Americans Pay $37K For The Cheapest Tesla, Canada Got A Chinese One For $29K

It’s not just Chery that’s making important moves in Canada. According to a report from last month, BYD plans to open 20 sales locations this year. The company reportedly intends to work with local partners to establish those stores. It’s also said to be actively considering building its own factory in Canada, or perhaps acquiring one from an established brand.

Zeekr Gears Up

In the not-too-distant future, Canadians could have several new models from the Geely Group to choose from. One of the most exciting brands prepping for a local launch is Zeekr, with confirmation that it recently began hiring for seven senior-level positions in late April, all based in Toronto and including positions in sales, legal, marketing, and aftersales. The hiring push also includes product and network development roles.

Geely is also looking to hire someone to serve as Zeekr’s head of network development, responsible for evaluating dealer business plans and establishing a dealer operations guide.

The rush for Chinese brands to launch in Canada comes just months after the two nations signed an important new trade deal. Through this deal, tariff rates for 49,000 EVs imported from China will be slashed from 100 percent to just 6.1 percent. Importantly, the quota of 49,000 eligible vehicles will be allocated on a first-come, first-served basis, meaning automakers need to act quickly. Only 24,500 permits will be issued in the first six months of the program.

The Porsche Taycan Turbo GT was already the apex predator of Zuffenhausen’s electric lineup, but Porsche apparently decided that wasn’t enough. The flagship sedan has just been treated to a new Manthey Kit, layered on top of the existing Weissach Package, and the result is a 6:55.553 lap of the Nürburgring with development driver Lars Kern at the wheel.

That impressive time is 12 seconds quicker than a standard Taycan Turbo GT and more than nine seconds clear of the production-spec Xiaomi SU7 Ultra’s 7:04.957, which means Porsche has clawed back the title of fastest production EV in the executive segment after watching the Chinese newcomer take it last year. It is worth noting that a Xiaomi prototype clocked an even more impressive 6:22:091 in June 2025, although that doesn’t count as a production EV.

More: The Manthey Porsche Just Ran A Near-Perfect Nürburgring Lap. A Mustang Still Beat It

The Manthey Kit is the product of a joint effort between Porsche’s Weissach development center and Manthey’s engineers in Meuspath, with the brief drawn straight from motorsport. The package includes a reworked aero kit, a more potent powertrain, lighter wheels, track-focused tires, and a retuned suspension.

It Looks Like A Race Car

Visually, the Manthey-prepped Taycan Turbo GT goes full track weapon, with an aggressive carbon fiber aero kit doing most of the talking. The nose gets an adjustable splitter flanked by canards and GT3-style gills cut into the fenders.

More: Honda’s Civic Type R Held This Record For 3 Years, VW’s 321 HP Golf Just Took It Back

The profile gains wider fender extensions, deeper side skirts, and lighter 21-inch forged aluminum wheels fitted with carbon aero discs on the rear axle. The new wheels use titanium bolts, cut 6 pounds (2.7 kg) of unsprung mass, and wear wider performance tires. Around back, Porsche added a boxier diffuser and a larger manually adjustable rear wing.

According to Porsche, the Manthey upgrades generate more than three times the downforce of the standard model. At 200 km/h (124 mph), the car produces 310 kg (683 lbs) of downforce, up from 95 kg (209 lbs). That figure climbs to 740 kg (1,631 lbs) at the top speed of 309 km/h (192 mph), which is 5 km/h (3 miles) faster than before.

More Power, More Speed

As for the power boost, the combined output of the electric powertrain rises to 804 hp (600 kW / 815 PS) in standard form and 978 hp (730 kW / 993 PS) in Attack mode. Those figures mark increases of 27 hp and 40 hp respectively over the Taycan Turbo GT.

More: Porsche’s Next Sedan Could Replace Both The Panamera And Taycan

When launch control is activated, total output remains at 1,019 hp (760 kW / 1,033 PS), but maximum torque climbs by 22 lb-ft (30 Nm) to 936 lb-ft (1,269 Nm). Even so, those figures still fall short of the rival Xiaomi SU7 Ultra, which produces 1,526 hp (1,138 kW / 1,548 PS) and 1,770 Nm (1,305 lb-ft) of torque.

The added downforce and extra power are paired with a revised setup for the Porsche Active Ride suspension, four-wheel steering, and AWD systems. Braking performance has also been upgraded with 440 mm (17.3 inches) front discs and performance brake pads.

Porsche development driver Lars Kern said the Manthey Kit turns the Taycan Turbo GT with Weissach Package into “the ultimate track tool.” The upgrades allowed him to carry 14 km/h (8.7 mph) more speed through the “Lauda-Lefthander” section of the Nurburgring compared to his previous run.

He was born before the Great Depression, came of age in WWII, and is still making wildlife documentaries. Brits call David Attenborough a national hero, as he celebrates his 100th birthday.