Hyundai’s performance arm is evolving fast, and Europe is about to see a major shift. The N division’s electric ambitions are picking up speed with a growing lineup of EV-only models, starting with the Ioniq 5 N that’ll soon be joined by the Ioniq 6 N. That doesn’t mean the combustion engine is getting kicked to the curb just yet, though, as Hyundai’s go-fast sub-brand isn’t ready to shut the door on other powertrain options.

More: Kia Is Done With Gas GT Performance Cars

While the Elantra N continues to wave the ICE flag in North America, Europe has taken a stricter turn. Emissions regulations have already pushed the i20 N and i30 N hot hatches off the map, sparking speculation that Hyundai N would go fully electric, much like Kia appears to be doing with its GT-badged performance cars.

EVs Are Just One Part of the Plan

Speaking to Autocar, Joon Park, Vice President of Hyundai N and head of the Global Marketing Strategy Team, pushed back on the assumption that N is going EV-exclusive. “The problem that we have is that there is a perception from the media and our fans that Hyundai N is only focusing on the EV world, which is not true,” Park said. “Even though we are going to introduce the Ioniq 6 N at Goodwood Festival of Speed, we are not limiting ourselves to EVs.”

Park added that the division is open to exploring a wide range of ideas: “We’re going forward with EVs, of course, as well as all the other proposals we could do. Because for N, imagination and courage are the words we need to remember.”

Room for Hybrids and More

The performance division’s boss, a self-declared fan of combustion-powered sports cars, didn’t go into detail about what kinds of powertrains future Hyundai N models might use. Still, it’s reasonable to think the brand could align with its parent company’s multi-pathway strategy.

More: Genesis Says Its New Hybrids Will Surprise You

The Hyundai Group has already confirmed it’s developing a variety of models with hybrid and EREV (extended range electric vehicle) systems. These are meant to complement its growing battery-electric lineup while reducing reliance on charging infrastructure.

Not every one of those platforms will be a fit for Hyundai N’s performance focus, but the direction is clear. A similar approach is also in the works at Genesis, where the newly launched Magma sub-brand is expected to blend performance with a mix of powertrain technologies.

What’s Coming Next

The Hyundai i30 N, which launched in 2017, kicked off the sub-brand’s journey with a proper hot hatch that set the tone for future N models. Since then, the performance treatment has been applied to the i20, Kona, Veloster, Elantra, and more recently, the Ioniq 5.

Now, the Ioniq 6 N is getting ready for its debut at the Goodwood Festival of Speed, where it will serve as a showcase for what the next all-electric N car will look and feel like.

Another model that could join the lineup in the coming years is a production version of the Vision N 74 Concept, positioned as a low-volume halo car. The concept featured a hydrogen-electric hybrid setup delivering 670 hp (500 kW / 680 PS), though it’s still unclear whether a similar powertrain would make it into a road-going version.

Tata Motors might not be the first name that springs to mind when talking about global carmakers, but maybe it should. Despite flying under the radar for many, even car enthusiasts, the Mumbai-based company is keeping Jaguar and Land Rover alive in today’s turbulent automotive landscape shaped by tariffs, shifting regulations, and economic unpredictability.

Beyond its stewardship of British luxury brands, Tata builds a wide range of vehicles under its own badge. These include value-driven hatchbacks, compact SUVs, and increasingly, electric cars. Tata has been investing heavily in electrified mobility, offering affordable EVs starting at an impressively low $11,600.

Future Cars: Toyota’s Next Venza Could Be A Sexier RAV4 Coupe-SUV

Now, it has its sights set on taking on the compact SUV segment with a new offering designed to rival the popular Kia Seltos that’s expected to be available in both internal combustion and electric versions. Let’s take a closer look at what’s coming.

A Boxy Stance

Previewed in concept form at the 2023 Delhi Auto Expo, and more recently at this year’s Bharat Mobility Show, the final design largely mirrors the Sierra show car. Its boxy aesthetic sports notable Land Rover influences such as cue a floating roof design, flush door handles and upright stance. Why, you could almost call it a baby Defender and you wouldn’t be wide off the mark.

A gloss black fascia incorporates neatly hidden front headlamps with DRLs that span the width of the front, while lower down, a trapezoidal intake handles cooling duties. Sheetmetal surfacing eschews unnecessary design flourishes and squarish wheel arches combined with chunky cladding cement its all-purpose intent.

Out back, the rear quarter windows wrap around the lower D-pillars before seamlessly intersecting the tailgate glass. Its clamshell hatch design sports a thin, full-width LED taillamp cluster with alloy-effect lower bumper inserts.

Tech-Forward Interior

Step inside, and the focus shifts to connectivity and comfort. The Sierra is expected to be a five-seater and come loaded with digital features including a full instrument cluster, large touchscreen with wireless Apple CarPlay and Android Auto, and a panoramic sunroof to brighten things up.

Future Cars: Mazda’s New CX-20 Is Coming To Replace The CX-3

Other highlights likely to make the list include ventilated seats and a suite of Level 2 driver assistance systems, giving it a leg up in a segment where such features are starting to become standard.

Powertrains and Platform

Reports from abroad suggest the Sierra will be offered with two separate platforms: the ‘Atlas‘ for petrol and diesel models, and the ‘Acti.EV’ for the electric variant. However, current indications suggest Tata may focus on the Atlas platform, which supports a range of powertrain configurations and simplifies production.

As for what’s under the hood, we’re still waiting on final specs. Some sources suggest the EV version will offer a range of up to 310 miles (500 km), which would be impressive for a vehicle in this price bracket.

Internal combustion models will sport a petrol 168-hp 1.5-litre turbo four and a 2.0-litre diesel, with power sent to the pavement via a six-speed manual or six-speed automatic transmission. A seven-speed DCT is said to be in the works as well.

Rivals and Reveal

The Sierra won’t be heading overseas, at least not anytime soon. It’s designed to compete in the Indian market against well-established rivals like the Kia Seltos, Hyundai Creta, Maruti (Suzuki) Grand Vitara, Hyundai Alcaza, MG Astor, and Honda Elevate.

Future Cars: Nissan’s Next Juke Is So Different, You Might Not Recognize It

The production model is expected to make its official debut later this year, with sales to follow shortly after. Pricing and full specifications are likely to be announced closer to launch.

Would Tata find success if it brought the Sierra or something like it to markets outside of India? It’s a question worth asking since there are compact SUV buyers looking for a stylish, yet affordable, option, something the segment is not exactly rife with.

Illustrations Josh Byrnes / Carscoops

The Metals Company is applying for permission from the Trump administration to mine for nickel and cobalt beneath a remote patch of the Pacific Ocean. Other countries say the minerals aren't America's to mine.

(Image credit: CHARLY TRIBALLEAU)

EVs are quieter, smoother and more refined than gas cars and, provided they’re showing plenty of available range miles, far more relaxing for the person behind the wheel. But it can be a different story for anyone riding shotgun or in the back, as evidenced by multiple social media posts from passengers asking if it’s normal to feel more carsick in the back of an electric car.

Related: Honda Engineers Fight EV Nausea With Clever Acceleration Mapping

According to scientists who spoke to The Guardian, those green-faced EV riders aren’t imagining it. Humans could very well find themselves experiencing motion sickness in an electric vehicle even when its full performance is not being deployed, despite having spent decades traveling in a combustion-powered car without an issue.

EVs Change How People Experience Motion

There are a few potential reasons for this, some of which are related to the way the driver interacts with the EVs controls, and others due to how our brains process the signals we’re receiving while being transported.

Let’s take the driver first. If you’ve ever driven an EV, you’ll know that, unlike ICE cars, they produce all of their torque instantly and that characteristic is what gives them so much energy off the line and at low speeds.

Some early EVs had horribly jumpy throttle tip-in as a result, and while most automakers have now worked out how calibrate the right pedal response to make getting on the gas smoother, a driver who has only recently switched from a gas car might still be struggling to apply the throttle smoothly. Their best bet is to engage the Eco mode, which always has a soggier throttle.

Regenerative Braking Is a Hidden Culprit

It’s a similar story with slowing down due to an EV’s regenerative braking, especially if the driver has the regen level set high or is using a one-pedal mode. As soon as they lift off the gas, the car begins to slow down noticeably, meaning they have to be very measured with their foot movements to prevent passengers feeling sick.

And even then, the sustained deceleration – which is very different to the brief, but more aggressive deceleration we’re used to in ICE cars – can still make us nauseous.

Part of the problem is also that our brains are used to picking up signals from the sound, vibrations and movements delivered by cars with petrol engines. It’s something we’ve spent years subconsciously learning. But EVs don’t give out those same signals.

Our Brains Weren’t Built for Silent Speed

“Greater sickness in EVs can be attributed to a lack of previous experience, as both a driver and as a passenger, where the brain lacks accuracy in estimating the motion forces because it relies on previous experience in other types of cars,” William Emond, a PhD student researching car sickness told The Guardian.

“When discovering a new motion environment, the brain needs to habituate because there is no knowledge of previous experience in such a context. This is, for example, why almost everyone becomes sick in zero-gravity environments,” he explained.

Some experts have suggested that carmakers could help cut down on passenger sickness by incorporating visual signals inside the cabin such as changes to ambient lighting to help tell our brains what’s about to happen.

Do EVs make you feel carsick, or are you just sick to death of them in general? Either way, we want to hear from you. Let us know in the comments: is it motion sickness or EV fatigue?

High-performance EVs aren’t just for flagship models and six-figure price tags. AMG’s next move brings some of that top-shelf energy to something a little smaller and a bit more within reach.

This week’s big AMG news is the Concept GT XX that’ll morph into the all-new 2027 GT, a slippery production EV targeting the Porsche Taycan. But when that lands, the GT won’t be the only fast four-door electric coupe with AMG badges. It’ll be joined by the smaller, slightly more affordable CLA 45 with EQ Technology.

Related: Mercedes Will Fix New CLA EV’s Charging Crisis From Next Year

Though not as exotic as its big brother, the CLA 45 EQ will still have some similar performance tricks up its sleeve, including an active rear spoiler, which our spy photographers snapped in detail for the first time during a recent Nurburgring test.

Hidden Aero Tricks Come Into View

The disguise on earlier prototypes made it look like the cars were fitted with a fixed, ducktail rear wing to help keep their rear tires pressed into the pavement. But now we have confirmation that what they’ll actually have is an electrically or hydraulically operated rear wing that moves up into the airflow automatically at speed or can be manually operated by a button on the dashboard.

Personally, I preferred the ducktail idea, though being able to retract the spoiler so it fits flush when not needed is vital to cut drag and maximize efficiency. Some reports have also suggested the wing might function as a mini air brake, an idea AMG has used before on cars like the SLR.

SHProshots

Another bit of tech the CLA 45 EQ will inherit from the AMG GT and the upcoming GT SUV is axial flux motors developed by Mercedes-owned British brand Yasa. These motors are much lighter and more compact than the conventional units used in the regular CLA unveiled this year, and Autocar’s sources say there’ll be three of them onboard the baby AMG to give true torque vectoring capability.

The same reports suggest a power figure upwards of 500 hp (507 PS), which doesn’t sound like much by modern EV standards, but does represent a healthy improvement on the 349 hp (354 PS) of the CLA 350 4MATIC with EQ Technology. However, Yasa’s motors generate lots of torque and don’t weigh much, meaning AMG might have come to the conclusion it doesn’t need to match the circa-641 hp (650 PS) of Hyundai’s upcoming Ioniq 6 N to beat it on the road.

Charging Woes, Soon to Be Solved

Non-AMG CLAs feature fast-charging 800-volt electrics but are currently unable to use 400-volt charging stations. Even so, Mercedes should have fixed that ludicrous situation by next year, so CLA 45 EQ buyers will have more charging choices. Not that it will have to plug in very often. A range of at least 400 miles (644 km) seems plausible based on the 479-mile (771 km) legs of the dual-motor CLA 350.

That kind of practicality, plus organ-pulverizing straight-line speed, a drift mode, and a V8 soundalike digital backing track could make AMG’s baby sedan one of the best enthusiast EVs around when it goes on sale next year.

SHProshots

Hurricane forecasters rely on weather data collected and processed by Department of Defense satellites. That data will no longer be available as of Monday, June 30.

(Image credit: Luis Alberto Cruz)

Lotus had a tough first quarter as they delivered 1,274 vehicles, which was a 42% decline from a year ago. The bad news continued with revenues of just $93 (£67.8 / €79.4) million, which was a year-over-year decline of 46%. The company also posted a net loss of $183 (£133.4 / €156.2) million.

That’s a bad showing, but Lotus confirmed their first plug-in hybrid model is coming later this year. It will have their 900V Hyper Hybrid EV technology, which was originally announced last November.

More: We Drove Lotus’ Electric SUV To See If It Can Silence Its Haters

At the time, the company said the Hyper Hybrid powertrain would deliver a combined driving range in excess of 684 miles (1,100 km). That’s a huge improvement over the Eletre, which has a WLTP range of between 254 and 373 miles (409 – 600 km) in the UK.

Besides talking about Hyper Hybrids, Lotus CEO Qingfeng Feng said “We remain closely attuned to evolving dynamics in key markets such as the U.S. and are actively evaluating strategic pathways as well as localization opportunities to further strengthen our presence and expand sales operations in the global markets.” That seems to have been a huge hint about the future of Lotus production.

In fact, Autocar is now reporting that production will end in Hethel and be moved to the United States. That would likely be the final nail in the coffin for claims about being a ‘British’ automaker.

The publication suggests Lotus production could be moved to Volvo’s plant in Ridgeville, South Carolina which currently builds the EX90 and Polestar 3. This would help the company get around Trump’s tariffs, even though the US and UK have already reached a trade deal. Despite that, Lotus told the publication Emira production has been paused since the middle of May as part of the “fallout from the increase in tariffs in its key market of the US.”

BBC News says the move is only under consideration at this point, but it could result in approximately 1,300 people losing their jobs. However, the Financial Times suggests the decision has already been made and implies the situation is dire as the company has reportedly “struggled to pay its suppliers in recent weeks.”

While Lotus has a lot of problems, one of the biggest appears to be that their customers aren’t interested in EVs. As Feng noted, “We … understand that a pure-electric sports car is not going to attract a lot of attention.” To get around this, the aforementioned Hyper Hybrid powertrain will be found in both lifestyle cars – like the Eletre and Emeya – as well as sports cars.

Jaguar has largely gone radio silent since unveiling the Type 00 concept in December. It marked the beginning of a new era for the brand, which had struggled trying to chase Audi, BMW, and Mercedes.

However, a lot is happening behind the scenes as the British automaker continues testing their “electric four door GT.” It’s slated to debut late this year and will be built in the United Kingdom.

More: Radical Jaguar Type 00 Concept Previews Make-Or-Break Electric Sedan

A prototype was recently spied undergoing testing near the Nürburgring and it appears to remain pretty faithful to the concept. While a number of details are hidden by camouflage and padding, we can see the production model will have an upright front fascia and slender headlights. They’re joined by a sporty lower intake that is broken up into three different sections.

Bigger changes occur further back as the production model has four doors and a larger greenhouse. Designers also gave the car flush-mounted door handles and a massive charging port cover. Elsewhere, there are sizable wheels and a sporty roofline that echoes the concept.

Baldauf

The rear end is heavily disguised, but could be far more harmonious than the appliance-like rear end seen on the Type 00. Details are hard to make out, but it appears the model will have a slender, split taillight bar. We can also get a glimpse of what appears to be a more curvaceous bumper and fascia.

We can expect to learn more later this year, but the company has already confirmed the car will ride on the all-new Jaguar Electrical Architecture. It’s also slated to have a range of up to 430 miles (692 km) as well as a fast charging capability that can deliver 200 miles (322 km) of range in as little as 15 minutes.

Baldauf

Electric or not, the M3 still matters, especially when BMW decides to shake things up. Car enthusiasts haven’t exactly been begging for an all-electric version of the M3, but that hasn’t stopped BMW from building one anyway.

The upcoming EV, currently referred to as the iM3, will be sold alongside the combustion-powered version of the sports sedan. Over the past year, it’s been spotted undergoing testing in multiple locations around the globe. Now, two new prototypes have been caught by our spy photographers, giving us a closer look at some previously unseen details.

Sharp Looks, Familiar Details

One of the camouflaged test cars appears to be wearing production-ready fender flares for the first time. These widened arches are a subtle but important detail, giving the car a broader, more aggressive stance that mirrors the current G80 M3’s proportions. Visually, they make a strong first impression.

Read: BMW’s Electric Super Sedan Could Arrive Sooner Than You Think

This same prototype is also equipped with a set of eye-catching black wheels featuring an intricate spoke design, similar to those of the G80 and the G82 M3. As we’ve seen in the past, it also has a Neue Klasse-inspired front fascia with sleek headlights that flow gracefully into the small faux kidney grilles. There are no coffin grilles in sight.

Similarly, the rear end is radically different than the current six-cylinder model, and thankfully, does not appear as short and stumpy as the weird rear of BMW’s recently unveiled Vision Driving Experience Concept.

Heavyweight Status Confirmed

A second prototype was also spotted, this time fitted with a set of 20-inch Michelin Pilot Sport S 5 tires, sized at 295/35. More interestingly, our photographers also managed to capture a shot of the door badge displaying the car’s VIN and preliminary weight figures.

Four numbers were listed: 2,675 kg (5,897 lbs), 4,475 kg (9,865 lbs), 1,250 kg (2,756 lbs), and 1,475 kg (3,252 lbs). The first figure, 2,675 kg (5,897 lbs), appears to represent the gross vehicle weight or the total allowable weight of the car, including its own mass, passengers, cargo, and fluids. The second figure, 4,475 kg (9,865 lbs), likely refers to the gross combined weight when towing a trailer. The final two numbers specify the maximum axle loads: 1,250 kg (2,756 lbs) at the front and 1,475 kg (3,252 lbs) at the rear.

The number that stands out is the preliminary gross weight of 2,675 kg (5,897 lbs), and how that stacks up against the current ICE-powered M3 Sedan. According to BMW’s spec sheet, the base M3 has a curb weight of 1,780 kg (3,924 lbs) and a maximum permissible weight (presumably equivalent to gross weight) of 2,210 kg (4,872 lbs).

More: The 2025 BMW M5 Weighs 1,000 Lbs More Than Its Predecessor, Is Heavier Than Many F-150s!

That would make the electric M3 prototype at least 465 kg (1,025 lbs) heavier than its gas-powered counterpart, but somewhat surprisingly, possibly lighter than the ICE M5, which has a maximum permissible weight of 2,950 kg (6,504 lbs) and a curb weight of 2,510 kg (5,534 lbs).

However, it’s worth pointing out that the ICE model’s gross weight includes a full tank of fuel and various fluids not needed in an EV. For reference, the ICE M3 also has maximum axle load ratings of 1,080 kg (2,381 lbs) at the front and 1,180 kg (2,601 lbs) at the rear.

The interior of this car was also snapped. However, it has been fitted with several temporary parts, including two displays that won’t make it to the production model. Perhaps the only part visible on this prototype that could make it to production is the intriguing steering wheel.

BMW hasn’t officially announced a launch date, but according to a report, production is expected to begin in March 2027 and continue through October 2034. For now, only a sedan is mentioned, though rumors of a Touring version continue to circulate.

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Solid-state batteries have been the big promise in the EV world for years now. Enthusiasts and experts alike have predicted they would render current battery chemistries like LFP and NMC practically obsolete by this point. So far, though, we’re still waiting for that promised breakthrough.

Still, the world’s largest carmakers aren’t ready to give up on them just yet. Companies like BMW, Mercedes-Benz, and Stellantis continue to pour resources into solid-state tech, lured by the possibility of EVs that could travel over 1,000 km (621 miles) on a single charge.

BMW recently started testing a specially-equipped i7 prototype in Munich with large-format solid-state cells from US company Solid Power. These cells use sulfide-based electrolytes and will be used in future Neue Klasse models from the automaker. But it won’t be until the 2030s that mass production of these cars begins.

Read: Mercedes EQS Solid State Prototype Hits The Street With 621 Miles Of Range

Cross-town rival Mercedes-Benz is also working on solid-state EVs of its own. It started real-world testing of a retrofitted EQS in February, using a battery from Factorial Energy, a company Mercedes has been working with for several years.

According to Auto News, this new battery will have 25% higher energy than current packs. It’ll also be lighter and more compact. This will also impact the designs of future Mercedes models with solid-state packs, according to the company’s head of battery development, Uwe Keller.

“[These benefits] not only lead to longer vehicle ranges but also affect the vehicle design, for example the architecture,” he revealed. “Solid state cells are also less prone to overheating.”

Stellantis is also making moves to bring solid-state batteries to the market. Like Mercedes, it’s working with Factorial Energy on the project and will start tests in 2026. According to the senior vice president of tech research at Stellantis, Anne Laliron, “Solid state is the North Star in battery chemistry,” allowing car brands to choose between “more range or fewer materials – both reduce cost and carbon footprint.”

While it’s unclear when Stellantis will bring the tech to the road, both Toyota and Nissan believe they can commercialize solid-state batteries in the very near future. Toyota is targeting production in 2027, while Nissan says it can launch a solid-state battery by 2028. However, given the turmoil Nissan currently finds itself in, we wouldn’t be shocked to see that date get pushed back.

Tesla is no stranger to recalls in the United States, but more often than not, its vehicles can be fixed with a simple over-the-air software update. However, that’s not the case with their latest recall, which will require owners to return their cars to a store or service center to be fixed. Making things worse for Tesla is the fact that the recall is for the brand-new 2026 Model Y and Model 3.

A safety report reveals that one or more fasteners joining the seat back to the seat base may not have been torqued correctly during assembly. Owners of vehicles with the defect may now have a loose or rattling seat. Unsurprisingly, the NHTSA and Tesla have determined this poses a safety risk in the event of a crash, prompting a recall.

Read: Tesla Starts 2025 With Recall For 240,000 EVs, Some May Need New Computers

Fortunately for Tesla, the recall only impacts 48 vehicles in the United States, of which just 2.1% are estimated to contain the defect. Cars being recalled include 30 Tesla Model Ys built between April 3, 2025, and May 7, 2025, as well as 18 Model 3s manufactured from Apr 3, 2025, to April 16, 2025.

The NHTSA recall reveals the fault could affect either the driver or front passenger seat, or both. Tesla became aware of an issue on May 12 after it received a customer complaint. It was quickly determined that 2 of the 4 fasteners used to secure the seat back to the seat bottom on the driver’s seat were completely missing.

Tesla claims to have pinpointed the root cause of the issue. It states that on April 2, 2025, a production change at the factory made it possible to manually advance the seat assembly from the backup manual assembly station without the system having to verify that the fasteners were present or torqued correctly.

Owners impacted by the recall will be notified on August 16. Dealers have been instructed to inspect the seat assemblies and, if necessary, replace any missing or incorrectly tightened fasteners.

Skoda has a reputation for letting loose with its student-designed concepts, but when it comes to production models, it usually plays it safe. The current lineup leans heavily on crossovers and SUVs, with a few hatchbacks, sedans, and estates filling out the rest. CEO Klaus Zellmer has acknowledged that while mainstream segments remain the brand’s focus, there’s still potential for something a little more adventurous down the line.

More: Your Grandpa’s Favorit Skoda Gets An EV Reboot

Despite the ongoing shift toward electrification, Skoda has kept its performance-focused RS badge alive, though the sportiest thing it currently sells is a coupe-style SUV. Still, the 2022 Vision GT concept, which recently made its way into the Gran Turismo game in 2024, offered a glimpse of what a more expressive, performance-minded Skoda could look like.

Concept Cars That Tease, But Rarely Translate

Speaking to Car Magazine, Zellmer reflected on the Vision GT and its nods to the classic 1957 1100 OHC: “These are little experiments – they sort of charge the brand a little bit, but the business rationale is minute, unfortunately.” That pretty much sums up the challenge. Fun ideas are easy to dream up, but justifying them to a boardroom is another story.

Zellmer went on to explain why Skoda hasn’t put a more exciting car into production, admitting that the brand is doubling down on profitable, high-riding mainstream models with powertrains to suit every buyer, including EVs, hybrids, and combustion, while sidelining niche offerings for now.

“Unfortunately, we don’t currently have either the financial luxury, nor the capacity, to do that,” he said. “I’d love to. I would love to see a car that speaks to hearts, like a convertible or something like that – but currently our full focus is on the portfolio that covers that big footprint. Those cars would only be niche models.”

Mainstream First, Passion Projects Later

Skoda has become one of the VW Group’s success stories, steadily building up its brand image and boosting sales over the past two decades. In 2024, the automaker posted record-breaking numbers, with €28 billion ($32.8 billion) in revenue and 926,600 vehicles sold. With results like that, it’s only natural to wonder when Skoda might finally green-light a model that’s more about passion than volume.

More: Skoda’s Race Concept Proves Fiber Makes You Go Faster

Zellmer doesn’t rule it out, but says it won’t happen right away. For the foreseeable future, the focus remains on solidifying the brand’s EV lineup. However, he is optimistic they will be able to broaden their horizons in the next decade.

“Once we have sorted out our portfolio into a certain number of cars, where each and every bodystyle sells more than 100,000 units a year – then you can start contemplating more ideas”, he said. “We are already selling more than 200,000 Octavias every year.”

Could a Niche EV Actually Happen?

Skoda’s CEO also pointed out that developing a niche model might not be as resource-intensive as it sounds. With the right platform already in place, the brand could simply design a new body on top of an existing performance EV setup. And judging by the specs of the Enyaq RS, which delivers 335 hp (250 kW / 340 PS), an electric sports car built on that foundation wouldn’t exactly be lacking in firepower.

But it’s not just sports cars on Zellmer’s mind. He also brought up the Yeti, the boxy crossover that Skoda sold between 2009 and 2017, and which still has a loyal following. “I’d love to see a Yeti again, because I think that car is such a great character, it has such a good name and a loyal base, you know. I’m amazed so many people still talk to me about it.”

Nine-year-old Archer Lowe was struck by a school bus and killed. Immediate details are not known.

Lowe was reportedly riding his bike, coming from R. Tait McKenzie Public School, on June 25, when he was hit by the school bus. The bus was transporting children in Almonte, Ontario.

In a statement Thursday, Mississippi Mills Mayor Christa Lowry offered condolences to Lowes friends, classmates, teammates and the communities of R. Tait McKenzie Public School and Holy Name of Mary Catholic School. She described him as “a vibrant kid with a big smile” who loved animals, especially his dog ‘Moose.’

“He loved riding his bike and was a terrific soccer player – the best and fastest defense in his league,” she continued.

She noted that instead of celebrating the end of the school year, it will be a somber time for the community. “Our community shares in the deep pain brought by this tragedy. Our hearts are heavy as we mourn the loss of young Archer and stand in support of all those who are grieving and to those affected by this accident. Mississippi Mills is a community strongly bound by compassion, and genuine care for one another. Together, we mourn this heartbreaking loss and will be there for all those touched by this tragedy,” she said.

Related: Dayton, Ohio Student Shooting Highlights Need for Systemic Transportation Changes
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Related: Louisiana Student Struck and Killed by School Bus
Related: Eighth Grader Killed in S.C. School Bus Tire Blowout, Crash

A local news article noted that witnesses saw the tragedy unfold, with school officials rushing to help.

According to data compiled by School Transportation News, this marks the 17th fatality of the school year, counting instances of illegal passing, students killed on the school bus, by the school bus, and while waiting at school bus stops, including gun violence.

The post 9-Year-old Hit, Killed by School Bus in Canada appeared first on School Transportation News.

Six school districts are being recognized at STN EXPO West in Reno, Nevada next month as part of the 2025 Top Transportation Teams.

Launched in 2023, the Top Transportation Teams program by Transfinder spotlights the country’s outstanding student transportation departments and gives them a platform to share their success strategies with others. The winners were chosen based on the results of anonymous surveys that were sent to the teams that applied, asking questions about leadership, career development, resources and incentives.

The winners are divided into two categories, the first being 100 or more team members. Winners in this category are Hoover City Schools in Alabama, Prosper Independent School District in Texas and Goddard Public Schools in Kansas. In the 100 team members or less category are Pembroke Central School District in New York, Wa-Nee Community Schools in Indiana and Franklin Square Union Free School District in New York.

STN EXPO attendees will recognize some returning districts among the winners. Wa-nee took home the award in 2024 and Pembroke CSD in 2023.

Transfinder President and CEO Antonio Civitella noted an increased number of applicants this year. “The Top Transportation Teams program continues to grow, a sign that there was a void that needed filling,” he stated. “Hearing the stories from districts on how they work together, build culture and go beyond the call of duty has been inspiring to so many. We know this program is not just giving these teams the recognition they deserve but also is playing a role in helping transportation operations improve how they serve their communities.”

Following an awards presentation ceremony on July 14 at STN EXPO West, representatives from each winning team will join a panel discussion where they will discuss with Civitella the leadership decisions and operational procedures that create a successful transportation team.

“The Top Transportation Teams Award is a prestigious honor recognizing exceptional school districts and private school bus contractors,” said STN Publisher and President Tony Corpin. “In partnership with Transfinder, this award highlights exemplary teamwork and operational excellence, inspiring the pupil transportation industry to achieve higher standards of safety, operational excellence and highlighting the importance of company culture. We are honored to host these awards and thank President and CEO Antonio Civitella for his vision to recognize industry leaders and their teams!”

STN EXPO West will be held in Reno, Nevada July 11-16. Register at stnexpo.com/west.

Related: Top Transportation Teams Share Advice at STN EXPO Reno
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The post Transfinder Announces 2025 Top Transportation Team Winners appeared first on School Transportation News.

The long-awaited verdict from the U.S. Supreme Court is in regarding a 5th Circuit decision that the Universal Service Fund (USF) was unconstitutional.

Friday’s 6-3 ruling in favor of an FCC appeal of the lower court’s ruling for now safeguards school bus Wi-Fi eligibility under E-Rate. The program provides discounts of 20 to 90 percent on the costs of internet connectivity, as well as equipment installation based on a school district’s poverty level and rural location.

The 5th Circuit had ruled that the $9 billion per year USF, the accounting and funding mechanism for E-Rate based on fee collection and the Universal Service Administration Company represented taxation not approved by Congress. The Court disagreed.

As reported by Broadband Breakfast, Justice Elana Kagan wrote that the 1996 amendment of the Communications Act, “provided the Commission with clear guidance on how to promote universal service using carrier contributions. Our precedents do not require more.”

But school bus Wi-Fi proponents aren’t out of the woods yet. Sen. Ted Cruz has led the charge in Congress questioning the constitutionality of expanding E-Rate beyond the original intent of funding internet in classrooms and libraries, arguing that Wi-Fi on school buses could lead to unsupervised access to inappropriate content like TikTok. But school bus Wi-Fi providers and users counter that robust content filters in unison with school district networks block inappropriate student internet searches.

The Education and Libraries Networks Coalition (EdLiNC) applauded the U.S. Supreme Court’s decision to uphold the constitutionality of the USF.

“Today’s ruling marks a victory—but not the end of the work. EdLiNC urges Congress, the FCC, and policymakers at all levels to continue protecting and modernizing the E-Rate program and the broader USF,” EdLiNC stated. “Ensuring sustained, affordable broadband access for schools and libraries is not just a policy imperative—it is a moral one. E-Rate remains one of the federal government’s most effective tools for promoting educational opportunity. We look forward to working with federal leaders to uphold and expand this critical program for the benefit of every learner, in every zip code.”

Related: School Bus Wi-Fi in Flux?
Related: Trusty Confirmed to FCC as School Bus Wi-Fi Future Hangs in Balance
Related: Update: Senate Approves Stripping Individual Wi-Fi Hotspots from E-Rate Program
Related: Iowa’s Largest School District Mulls Future of School Bus Wi-Fi Program
Related: FCC Approves Funding of School Wi-Fi in E-Rate Program

The Universal Service Program was created by Congress in 1996 with the passage of the Telecommunications Act and is administered by the FCC. It has since served to provide funds to libraries and schools to have basic internet connections.

Over the years, the FCC has updated E-Rate to fund not only connected libraries and schools but also to cover services like installing Wi-Fi hotspots throughout school buildings. However, school buses, despite their frequent mention as extensions of the classroom had never been included under the same umbrella, and school transportation has remained left out of the funding pool, until former FCC Chairwoman Jessica Rosenworcels’ Learning Without Limits initiative passed in 2023.

The post U.S. Supreme Court Upholds Constitutionality of Universal Service Fund for E-Rate appeared first on School Transportation News.

The STN EXPO West Ride and Drive event will be expanding to include an immersive technology experience in Reno, Nevada.

The event held Sunday, July 14 kicks off the Green Bus Summit and Bus Technology Summit. Attendees will have the opportunity to ride low- and zero-emission school buses from leading school bus manufacturers, including Blue Bird, IC Bus, MicroBird, RIDE, and from the Propane Education & Research Council (PERC).

In addition to the Ride and Drive, attendees will experience the Bus Technology Showcase. Representatives from student transportation companies Zonar, Tyler Technologies, Transfinder, and Zum will provide live demos of their technology offerings, allowing attendees a unique chance for hands-on interaction, and an opportunity to ask questions and explore solutions that will benefit their operations.

Held at the Peppermill Resort parking lot, this summer evening event will provide a vibrant atmosphere for attendees and vendors to network while enjoying local food trucks, drinks and a live DJ.

The Bus Technology Summit and Green Bus Summit continue Monday, July 14 with educational sessions, interactive technology labs and demos, and discussions with leaders in the green bus market.

Don’t miss the STN EXPO West experience, July 11-16, in Reno, Nevada. Register now.

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The post Ride and Drive Experience Meets Bus Technology Summit at STN EXPO West appeared first on School Transportation News.

Tesla has officially entered the deep waters of robotaxi service but is doing so in its own, distinctive way. The service is very limited as of this writing; it comes with a silent Tesla employee in every front passenger seat and consists of Model Ys that were secretly modified. It’s not exactly what you might think at first, but it’s interesting nonetheless.

Elon Musk has several times mentioned that the Model Ys in Robotaxi service are the same ones that everyday folks can buy. According to a new report, that’s not exactly true, and before anyone asks, no, it doesn’t appear that the Robotaxis have a brake built into the front passenger handle. What they do have is another set of safety measures, though.

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

According to Business Insider, Tesla has a program called Halo that modifies these cars. Every autonomous car gets self-cleaning cameras and additional protection for the cameras to keep them from getting damaged. In addition, they have not one but two telecommunications units built into the car, each providing detailed GPS data and allows Tesla’s remote operators to control the car if needed. That said, it’s worth noting that these modifications aren’t all that odd.

Tesla’s system relies so heavily on camera clarity that keeping lenses safe, clean, and in perfect working order is paramount. In addition, the standard Model Y already comes with a telecommunications unit, so in this case, Tesla is simply doubling up, likely to increase redundancy should one become non-operational.

It’ll be interesting to see how the court of public opinion rules out on this one. Will it praise Musk for adding safety measures to the robotaxi program, or will it chastise him for not being 100 percent accurate when he said these cars were identical to the ones that the general public can buy?

Optics aside, does it really matter? What does is that people who take a ride in a Tesla Robotaxi can breathe a little easier knowing that the cars come with extra safety equipment built into them. And we wouldn’t be surprised if, at some point in the not-so-distant future, those features make it into Model Ys that we can actually purchase.

The Lexus IS has been part of the automaker’s lineup since 1999, as a rival to the Audi A4, BMW 3-Series and Mercedes C-Class. With the current generation in its twilight years, fans of the nameplate are hoping for a new model that could revive the sporty spirit of the original. Independent digital artist Theophilus Chin came up with a new rendering, proposing a sexier future for the Japanese sedan.

The illustrations are based on the 2021 Lexus Electrified Sedan Concept, which sparked speculation about a fully electric successor to the IS. In order to bring the model to 2025 standards, Theottle updated the exterior design using features from the more recent Lexus ES that debuted earlier this year.

More: New Lexus Sedan Gunning For Mercedes And BMW In Europe

The speculative front end in these renderings is sharp and aggressive, with angular LED headlights and sporty, triangular intakes on the sculpted bumper. The small opening on the nose hints at a hybrid powertrain, an interesting shift away from the fully electric concept. But the real win here is the Spindle grille, which has been updated to look much more refined and palatable than previous iterations.

The profile of the car stays true to the radical lines of the concept, maintaining the roofline and proportions of the original. However, it introduces more conventional surfacing, with character lines borrowed from the larger ES. A new set of alloy wheels, standard mirrors, and regular door handles bring the design closer to reality, as if the car were nearing the end of its sketch phase.

Theottle

Lexus

The rear of the car is where things get more interesting. With a ducktail spoiler above a slim, full-width LED bar, this design is a sharp departure from the fastback tail of the ES, offering a more athletic and coupe-like rear end. The shoulders are more pronounced, and the rear windscreen is noticeably sportier. It still manages to look like it could make its way into production without losing that concept car flair.

Will The Production Model Look Anything Like The Renders?

As promising as these illustrations are, it’s worth noting that we can’t exactly count on the production model looking exactly like these renders. Production cars are subject to the harsh realities of packaging constraints, and things are bound to change as the design gets finalized.

Lexus has kept things under wraps for now, with camouflaged prototypes still a ways off. However, given that the current IS has been around since 2013, and has already seen two facelifts in 2017 and 2020, we can reasonably expect that a new version is on the horizon.

More: Another V8 Sports Car Is Facing The Chopping Block

Lexus recently released the Climax and Ultimate Editions of the IS 500 in Japan and the US, signaling that the naturally aspirated V8 engine’s days are numbered. But Toyota’s commitment to hybrids and multiple powertrains suggests that the next IS will offer hybrid options, and possibly even a fully electric variant.

Competition in this segment is only getting fiercer, especially with electric and range-extender sedans gaining ground in markets like China. The new IS will have to face off against the likes of the Audi A5, BMW’s upcoming Neue Klasse 3-Series and i3, and even the ICE and electric versions of the next Mercedes C-Class.

Xiaomi clearly isn’t content with simply being one of the fastest cars to ever lap the Nurburgring. It just went and made that record even faster. Less than a year after securing a top-five finish for its prototype and taking the number one spot for production electric cars, the company returned for another round. This time, not only did the team succeed, but they shaved nearly 24 seconds off their previous time at the hands of driver David Pittard.

Read: Xiaomi SUV’s Tesla-Beating Pricing Sparks Frenzy With 289,000 Orders In An Hour

For reference, that record was 6:46.87 for the SU7 Ultra prototype. If you’re scratching your head a bit, don’t worry; it’s not just you. Xiaomi has been setting separate record times for both the prototype SU7 and the production version of the same car, which can certainly make things a little tricky to follow.

The production car arguably has an even more impressive record, despite going slower (7:04.957) because it’s the sole leader in the production EV category. To achieve that, it beat the Porsche Taycan and none other than the Rimac Nevera. Yes, the bonkers hypercar was slower than this four-door Chinese sedan. All of that said, this new prototype record is no joke.

The New Record: 6:22.091

The not-for-sale stripped-down SU7 Ultra managed a 6:22.091 lap. That usurps the Lotus Evija X prototype that did it in 6:24.04. Now, the SU7 Ultra sits in third place, and that’ll likely be where it stays. Bumping the second-place finisher, the VW ID.R down would mean going faster than 6:05.33. First place is out of reach for just about everyone. That’s the record set by Timo Bernhard of 5:19:546.

Special Editions: Track Package and Nurburgring Edition

Still, Xiaomi’s performance here is deserving of praise, provided everything is above board. That said, the brand is celebrating the new record with two new special editions. The first, simply called the Track Package, will cost 100,000 yuan (approximately US$13,950 at current exchange rates). It adds a track-grade high-power battery pack, upgraded cooling, optimized brakes, Nurburgring-tuned suspension components, and a top speed of 217 mph (350 km/h).

An even more exclusive version is on the way, dubbed the Nürburgring edition. This special model comes with unique underbody panels, a new roll cage replacing the rear seats, and aerodynamic tweaks on the exterior to set it apart from the rest of the SU7 lineup.

Priced at 814,900 yuan in China (around $114,000), Xiaomi will produce just 10 examples for 2025, with total production capped at 100 to “ensure exclusivity.” Sure, that’s a hefty sum no matter where you are, but the level of performance you’re getting in return is undeniably impressive.

Under the slinky Porsche-esque design, you’ll find three electric motors that make a combined 1,527 hp (1,138 kW) and 1,306 lb-ft (1,770 Nm) of torque. It’s one thing for a brand to claim that it’s capable of building fast cars and a very different thing to put hypercar makers on notice.

Credit: Nurburgring