The U.S. Environmental Protection Agency (EPA) updated its website with a statement that a “revamped and modernized Clean School Bus Program” is coming soon.

The five-year, $5-billion fund has been on hiatus since President Donald Trump returned to the Oval Office last January, days after the application period for the 2024 Clean School Bus Rebates closed.

But funding ground to a halt, leaving hundreds of school districts waiting to see if their electric and propane school bus projects could continue.

EPA said last summer it has been working with school districts to award rebate and grant awards for fiscal years 2022 and 2023, while holding off on providing details for new funding, pending a program review. The new website statement, reiterated to School Transportation News by the EPA press office, indicates an update on the Clean School Bus Program is in the works.

“EPA is actively reviewing and revamping the Clean School Bus Program in accordance with President Trump’s Executive Order Unleashing American Energy to ensure hard-earned American tax dollars are being put to the best use possible and not frivolously wasted as was often the case under the previous administration,” the statement reads. “Under Administrator [Lee] Zeldin’s leadership, EPA is committed to being exceptional stewards of taxpayer dollars and delivering measured results for American families, while still fulfilling Congressional intent. Administrator Zeldin has cancelled roughly $30 billion in wasteful grants and contracts since being confirmed as EPA Administrator. EPA anticipates providing additional information about the revamped and modernized Clean School Bus Program in the near future.”

The EPA website says 1,152 school districts have received 888 awards valued at over $2.62 billion to replace 8,236 school buses. The World Resource Institute’s Electric School Bus Initiative indicates via its Electric School Bus Data Dashboard that over 2,000 of those are electric school buses in operation or on order. Electric school buses have accounted for about 95 percent of Clean School Bus Program awards to date.

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Related: Future of Clean School Bus Program?
Related: Deploying Electric School Buses in Rural and Suburban Districts
Related: New Resource Helps Connecticut Districts Transition to Electric School Buses
Related: Transportation Director Shares How Propane Buses Benefit Special Needs Routes

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One of the biggest hurdles to electric vehicle adoption is lackluster recharging infrastructure. However, the situation has been improving as the Department of Energy notes there are nearly 17,000 DC fast chargers across the United States.

That being said, there are still wide swaths of the nation with limited access. Kansas, Nebraska and the Dakota’s appear to be in a charging desert, while Montana, Wyoming, Idaho, and Nevada lack charging infrastructure outside of major cities.

More: Trump Administration Rolls Out Updated EV Charger Program

A startup aims to solve this by making EV chargers easy to install at America’s 150,000+ gas stations. Showcased at CES, ElectricFish’s Turbo Charge aims to eliminate the steep costs and complexity involved with adding DC fast chargers.

As they noted, “conventional fast charger installations require utility upgrades that can run north of $150,000 per port and take 12–18+ months to complete.”

That’s cost prohibitive for a number of gas stations and a giant headache on top. To get around this, ElectricFish developed an interesting Squared charger that has a 400 kWh LFP battery pack as well as two 400 kW charging ports.

The integration of a battery into the charger is notable as it does the heavy lifting during vehicle recharging. The battery can then be slowly recharged using a grid connection, which uses “1/10th to 1/3rd of the typical power draw” of a conventional DC fast charger.

This appears to work out to be 30 kW or less, and this means Turbo Charge units can be deployed in 4–6 weeks instead of 12–18 months. The battery also enables the charger to collect energy when prices are low, and then sell it back to utilities when demand is high.

The company also noted the chargers are designed for gas station usage, which means 8–10 minute charging sessions. These quick stops can reportedly add up to 180 miles (290 km) of range, although the exact number can vary by vehicle.

ElectricFish is trying to keep prices low by using a revenue sharing model. As the company explained, gas station owners provide space and a “modest electrical connection,” while they handle hardware and installation. The two then split charging revenue. ElectricFish said this setup “eliminates the upfront capital barrier that has kept most independent gas stations out of the EV charging market.”

It remains to be seen if the idea will catch on, but the firm appears to have the support of Hyundai’s ZER01NE Ventures. They also noted a charger was installed at Hyundai’s California Proving Ground last year and it reportedly “delivered peak charging power through continuous triple-digit temperatures over a multi-month summer program.”

Crossover design tends to be pretty boring as companies typically go boxy or embrace a few curves. As a result, many models end up looking slightly generic and somewhat similar.

That’s certainly not the case with Ceer’s upcoming model, which looks like nothing else on the road. As you can see in these spy photos, the crossover features a wedge-shaped design with a massive windshield. It’s sourced from Isoclima and the automaker has already revealed it’ll be the “world’s largest windshield.”

More: Saudi Arabia Joins With Foxconn To Create Its Own EV Brand

The companies didn’t mention dimensions, but noted the windshield will have an Infrared Reflective Triple Silver coating to minimize solar heat absorption. That’s pretty important considering Ceer is based in Saudi Arabia.

Furthermore, the windshield will have an acoustic interlayer to improve sound insulation and a “Wide Color Band” in the header area. The latter acts as a tinted sunshade to provide additional protection.

Putting the windshield aside, the model features triangular wheels and what appears to be butterfly or gullwing doors with glass panels. They’re joined by thick side skirts and black cladding.

Baldauf

Elsewhere, we can see slender lighting units and what appears to be digital side mirrors. The model also has an angular rear end with a unique liftgate and a shelf-like license plate recess.

Little else is known about the vehicle at this point, but Ceer was launched in 2022 by Crown Prince Mohammad bin Salman with money from the country’s Public Investment Fund. They’ll “design, manufacture and sell a range of vehicles for consumers in Saudi Arabia and the MENA region, including sedans and SUVs.”

The company is a joint-venture with Foxconn, which was tasked with developing an electrical architecture for the vehicles. At the time, Ceer announced they’d license component technology from BMW and vehicles would arrive in 2025.

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That date didn’t stick, but Ceer has been building a plant in the King Abdullah Economic City and they announced a powertrain deal with Hyundai last year. It will see them use electric drive systems – that combine a motor, invertor, and reduction gear – from the Korean firm.

More recently, the company announced a separate powertrain deal with Rimac Technologies. This is for high-performance drive systems, although specifics are hazy.

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Hyundai has just launched a new electric vehicle in Australia, and it’s quite unlike anything else from the brand. Rather than slotting into the familiar Ioniq family, this one takes a different route entirely. It’s called the Elexio, and it was developed through Hyundai’s joint venture with Chinese partner BAIC.

The result is a model that stands apart from the brand’s existing EVs in both design and intent. Could this be the one to stir things up in the local EV scene?

Where It Fits In

Reaching showrooms this quarter, the new Hyundai Elexio has been announced in a single configuration known as the Elite. Priced from AU$59,990 ($40,500), it is positioned between the Kona Electric and the Ioniq 5, taking aim at popular models like the BYD Sealion 7, Kia EV5, and Tesla Model Y.

Read: Another Chinese SUV Coming To Australia, This Time From Hyundai

That price point puts it in an interesting position. The Kona Electric starts at AU$45,990 ($31,000), while stepping into an Ioniq 5 requires at least AU$71,990 ($48,600). By landing between them, the Elexio offers an alternative that balances size, range, and price.

Still, it’s not the cheapest option out there. The BYD Sealion 7 undercuts it at AU$54,990 ($37,100), and the Kia EV5 starts just below at AU$56,770 ($38,300).

There’s also the question of pricing disparity with the Chinese domestic market. Over there, the Elexio starts at just 119,800 yuan, or a little over AU$25,000 ($17,100 at current exchange rates). That’s less than half what Australians are being asked to pay. But given how aggressively priced Chinese EVs are within their own market, it’s not an apples-to-apples comparison.

The Specs

Underpinning the Elexio is Hyundai’s E-GMP architecture, but unlike other models including the Ioniq 5, it has a 400-volt electrical architecture, rather than an 800-volt one. This means the 88 kWh lithium-iron phosphate battery needs 38 minutes to charge from 10-80 percent at a DC fast charger.

Hyundai hasn’t publicized the EV’s peak charging speeds, but says it can travel up to 546 km (339 miles) on a charge per the WLTP cycle, and average 18.2 kWh/100 km.

Power comes from a single front-mounted motor producing 160 kW (214 hp) and 310 Nm (229 lb-ft) of torque. It’s a front-wheel-drive setup, which helps keep the price down and efficiency up, though it may not appeal to those looking for the dynamics of a rear- or all-wheel-drive EV.

Tailored for Australia

While the Australian-spec Elexio is largely identical to the Chinese version, Hyundai has made one important adjustment. The suspension has been specifically tuned for Australian road conditions, a move that should help it feel more at home.

Standard features are generous. The cabin is anchored by Hyundai’s latest Connect-C infotainment system, presented across a sweeping 27-inch display that covers both infotainment and passenger functions. A head-up display is also included as standard equipment, helping the Elexio stand out in a crowded field of similarly priced electric SUVs.

Some records are about blistering speed. Others, like this one, are more about patience, and perhaps a little self-deprecating humor. If you’ve ever wondered what car holds the title of the slowest vehicle to lap the Nurburgring Nordschleife, you can stop guessing. There’s a new champion of leisurely pace, and it hails from a small French company: Ligier.

The brand, once known for fielding its own Formula 1 team, has since shifted focus to tiny, affordable four-wheelers classified as quadricycles. These vehicles are designed to be so unintimidating that you don’t even need a driver’s license to operate one, and in France, you can legally do so from the age of 14.

Read: Ford’s Wild Van Just Proved It Can Outrun The Fastest Corvette At The ‘Ring

It was a pair of French journalists who took on the unlikely challenge of setting a record lap in a Ligier JS50, driving the diesel-powered microcar all the way from Paris to the legendary German circuit.

A Record for the Patient

The JS50, a stubby two-door with just 8 horsepower, is electronically limited to a top speed of 28 mph (45 km/h). Around the Nurburgring, it completed a lap in a determined 28 minutes and 25.81 seconds. That figure may not impress on paper, but it earns its place in the books.

For context, the previous slowest recorded lap was 16 minutes and 1 second, set by a Trabant P50 way back in 1960, making the Ligier’s time almost comically slow by comparison. At the other end of the spectrum, the fastest production car to lap the Nordschleife is the Mercedes-AMG One, which clocked a blistering 6 minutes and 29.1 seconds.

Not content with a single entry, the team also brought along two electric versions of the JS50. The first, like the diesel, falls under the L6e classification and shares the same 28 mph (45 km/h) limit.

It managed a lap in 27 minutes and 55.58 seconds. The more powerful electric L7e variant, with a top speed of 47 mph (75 km/h), fared a little better with a lap time of 19 minutes and 53.36 seconds.

A Special Edition for a Not-So-Special Lap

Ligier hasn’t released a video of its incredibly slow laps at the Nurburgring, but we’re not disappointed, as it’d probably be more entertaining watching paint dry. What Ligier did do is prepare a special version of the JS50 specifically for its attack on the Nurburgring, known as the Ultimate Racing Experience edition. This model will be sold in Europe throughout 2026.

The special edition wears a tri-color paint job in blue, white, and red, complemented by new black 16-inch wheels wrapped in Nankang RC semi-slick tires. Ligier has added custom touches inside and out. These include a new badge front and rear, unique French flag-themed upholstery, an aluminum gear knob, Alcantara on the handbrake boot, and blue seat belts.

The steering wheel also features matching blue accents, and the dashboard gets a set of celebratory stickers to complete the transformation.

BMW just wrapped up its most successful year ever in the US, with more cars leaving dealership lots than in any other year in the company’s American history. But beneath the record-breaking headline, a more complicated picture is starting to emerge for EVs, as sales momentum falters following the White House’s decision to eliminate the generous federal tax credit that had helped keep demand afloat.

Read: The Sales Battle Between Mercedes And BMW Just Got Embarrassing

In 2025, BMW sold 388,897 vehicles across the country, a 4.7 percent increase from the 371,346 units it delivered in 2024. The gain came even though fourth-quarter sales slipped 3.4 percent, dropping from 117,506 to 113,512 units. MINI also posted growth, with a 9.3 percent year-on-year rise and a total of 28,749 cars sold.

EV Sales Crater

Then there’s the EV situation, which looked considerably less upbeat. BMW sold 42,484 fully electric vehicles in the US last year, down 16.7 percent from the 50,981 it managed in 2024. The decline was particularly sharp in Q4. After the federal government pulled the $7,500 EV tax credit, sales in the final three months collapsed by 45.5 percent to just 7,557 units.

BMW USA Sales 2025

Every one of BMW’s battery-electric models in the US saw a meaningful drop in sales. The i4, which remained the top-selling EV in the lineup, slipped 14.1 percent from 23,403 to 20,114 units. The i5 fell even more sharply, dropping 21.5 percent to 6,877. The i7 was down 15.3 percent to 2,905 units. The iX also struggled, with an 18.2 percent decline that left it at 12,587 sales for the year.

On a more encouraging note for the brand, BMW’s plug-in hybrids gained traction. Sales rose by 30.7 percent, climbing from 19,398 in 2024 to 25,351 in 2025. It wasn’t enough to offset the EV downturn, but it’s a sign that US buyers haven’t turned their backs entirely on electrification.

X Marks the Spot

The X3 led the lineup once again as BMW’s top-selling model, rising 11.3 percent to 76,546 units. That was just enough to slightly edge out the larger and more expensive X5, which posted 76,246 sales, a 5.4 percent increase over 2024.

Several other models also recorded solid gains. The 2 Series, which groups together the mechanically unrelated Gran Coupe and two-door variants, jumped 36.3 percent to 20,975 units. The 3 Series climbed 5.4 percent to 33,031, while the X6 posted a 26.6 percent increase, reaching 12,000 sales. As for the controversial XM, it recorded a 4.9 percent drop in sales compared to 2024.

Buying a new electric car just got even cheaper in Germany, as Europe’s most budget-friendly EV has pulled further ahead of the pack. The all-electric Dacia Spring now starts at just €11,900 (around $13,900), thanks to a massive €5,000 (around $5,900 at current exchange rates) discount. At that price, it’s significantly cheaper in Germany than it is in the UK.

It’s not a government subsidy or rebate through a dealer. The discount is applied straight to the vehicle’s base price, but it won’t last forever. To take advantage of the full €5,000 off, buyers must sign a purchase or lease agreement by February 28. On top of that, the car needs to be registered no later than June 30.

Read: UK’s Cheapest EV Is Made In China, But Doesn’t Wear A Chinese Badge

Beyond the headline price, the Spring comes with a seven-year or 150,000-kilometer warranty as standard. It’s also compact and lightweight, tipping the scales at 995 kg (2,193 pounds) and measuring 3.7 meters (12.1 feet) in length.

What Do You Get For The Money?

Of course, a car this cheap comes with compromises. The Spring is equipped with a 24.3 kWh lithium-iron phosphate battery, which powers a single front-mounted electric motor producing just 70 horsepower. It’s also built in China, which helps account for the low cost.

Dacia says it can average a respectable 12.7 kWh/100 km over the combined cycle, offering up to 225 km (140 miles) of driving range. For those who only drive in the Spring in cities, the range can be extended to up to 341 km (212 miles).

Incredibly, this isn’t the wildest deal we’ve seen for the Dacia Spring. As part of a new government scheme in Italy designed to encourage locals to scrap their old ICE cars in favor of EVs, the Spring can be purchased for as little as €3,900 ($4,600).

However, to qualify for the maximum saving of €11,000 ($13,900), locals must scrap a Euro 5 or earlier vehicle, live in an urban area with more than 50,000 residents, and have a family income of less than €30,000 ($35,100).

A school bus carrying Concord High School athletes caught fire Saturday, prompting a multi-agency emergency response, reported My Keene News.

The Keene Police Department and Keene Fire Department responded Jan. 3 to reports of a bus fire. Police officials confirmed all students and coaches safely evacuated the bus before emergency crews arrived.

Firefighters reportedly found the engine compartment of the bus fully engulfed in flames upon arrival. Crews brought the fire under control, and no injuries were reported.

The bus was transporting an out-of-town Concord High School athletic team from a sporting event in Keene. A second bus carrying another group of Concord athletes from the same event transported the displaced students and coaches back to Concord.

Police said via the articleConcord High School administrators implemented a communication plan to notify parents about incidents such as when a school bus catches fire. The bus, owned by Concord School District, was later towed from the scene.

Keene police were reportedly assisted by the Keene Fire Department, New Hampshire State Police and the New Hampshire Department of Transportation.

The cause of the fire remains under investigation.

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Related: Missouri Students Learn School Bus, Fire Safety During Back-to-School Bash
Related: Two Juveniles Charged with Destroying Buses in Arson Fire
Related: Arkansas School District Thanks Driver for Quick Response During Bus Fire
Related: New Hampshire Students Recognized for Helping Bus Driver During Medical Emergency

The post New Hampshire School Bus Transporting Athletes Catches Fire appeared first on School Transportation News.

The post Should drivers of alternative vehicles be held to the exact same training and standards as school bus drivers? appeared first on School Transportation News.

School Transportation News has opened registration for its fifth-annual Innovator of the Year award, which features a private school bus contractor employee who exemplifies the adoption of cutting-edge technology and programs.

The magazine partners with the National School Transportation Association (NSTA) to present the award. Readers may submit an online nomination through May 1 to recognize an individual who works for a school bus contractor company and meets the criteria.

Qualifications include making “significant, tangible contributions” to the school transportation industry within the past 12 months. Innovations could include technology implementation, operations, safety initiatives and green energy adoption.

“I believe that change begins with the ability to recognize an innovator when you meet one. It is vitally important to share the achievements of our leaders to help elevate our industry. School Transportation News is honored to share this story of innovation with the entire school transportation industry,” said Tony Corpin, publisher of STN magazine and president of STN Media Group.

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Read about & hear podcasts with previous years’ winners:

July 2022: The Great Innovator
(STN Podcast E120) Onsite at STN EXPO Reno: Electric Innovator Pulls Back the Curtain

July 2023: There Is No ‘I’ in Team
(STN Podcast E170) Meet the Innovator of the Year: Maintaining a Fast-Growing Bus Fleet

July 2024: Driven by Students, Driven by Technology, Driven by Partnerships
(STN Podcast E217) From Submariner to Innovator of the Year: Fleet Electrification for Student Success

July 2025: ‘Here to Serve’ People With Technology
(STN Podcast E256) Empathy is a Core Principle: Bringing Funding, Tech & People Together for Student Service

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This year’s winner will be announced on the front cover of the July edition of STN magazine. The award will be presented in-person at both STN EXPO West held July 9-15 in Reno, Nevada, and at the NSTA Summer Meeting held July 19-22 in Denver, Colorado.

“NSTA is proud and pleased to partner with School Transportation News in the promotion of the 2026 Innovator Award. With so many talented individuals in student transportation, we encourage school bus operators to nominate a worthy candidate, so we can honor them with this prestigious award this summer,” stated NSTA Executive Director Curt Macysyn.

“Receiving the Innovator of the Year recognition was a humbling moment that reinforced how much meaningful progress in student transportation comes from people willing to challenge the status quo,” said Gaurav Sharda, CTO of Beacon Mobility and the 2025 Innovator of the Year award winner. “The award represents more than innovation for its own sake. It honors work that improves safety, dignity, and daily experiences for students, families, and the professionals who serve them. I encourage peers across the industry to nominate individuals whose ideas and leadership are quietly making a lasting difference, because their impact deserves to be recognized and shared.”

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Related: Start Your Green Fleet Innovation Strategy
Related: School Bus Contractors Compete in Driver Applicant Pool
Related: School District, Bus Contractor Partnerships Vital When Transporting Special Needs Students

The post Innovator Award Seeks Nominations of Trailblazing School Bus Contractors appeared first on School Transportation News.

Lucid, Nuro, and Uber have used CES to unveil their production-intent robotaxi as well as the model’s in-cabin rider experience. The companies also announced on-road testing began in December, ahead of a scheduled launch in the San Francisco Bay Area later this year.

Based on the Gravity SUV, the Level 4 robotaxi features a next-generation sensor array that consists of high-resolution cameras, solid-state lidar sensors, and radar sensors. These provide a 360° view of the vehicle’s surroundings and the equipment is integrated into the Gravity’s body as well as a roof-mounted halo.

More: Uber And Lucid Partner For Thousands Of Robotaxis

Information is fed to the Nuro Driver, which is a Level 4 autonomous driving system. It’s supported by Nvidia’s Drive AGX Thor, which allows for “high-performance” computing and real-time AI processing.

Uber’s role is to own and operate the robotaxis – along with third-party fleet partners – and allow for rides using the company’s popular ride-hailing platform.

An Intuitive User Experience

While the companies are still being coy on specifics, they revealed a handful of details about the user experience. This begins as soon as the robotaxi approaches as the ‘halo’ has multiple displays that show the rider’s initials, ensuring people get into the right vehicle.

Riders are envisioned to hop in the second-row, where they’ll be greeted by a screen that says their name and where they’re going. There’s also a digital button that enables them to open the liftgate and store luggage in the back.

Once riders are ready to go, they can tap “Start Drive.” The screen will then display their estimated drop off time and animations showing what the vehicle is doing. This includes “maneuvers such as yielding to pedestrians, slowing at traffic lights, changing lanes, and dropping off a passenger.”

Riders will be able to access a handful of vehicle controls including settings for the climate control system, heated seats, and audio system. They can also contact support and tell the vehicle to pull over to the side of the road. Users can also view a traditional Uber-style map, which isn’t much of a surprise considering the ride-hailing giant developed the experience.

While a number of riders will likely be traveling solo, the companies said the robotaxi is also great for groups. It can accommodate up to six passengers and their luggage at a time.

We’ll likely learn more about the robotaxi in the coming months, but Lucid is expected to begin production later this year in Arizona. The vehicles will then be deployed in the Bay Area.

If everything goes according to plan, Uber will deploy at least 20,000 Lucid robotaxis over six years in dozens of markets around the world.

The Volkswagen Group is working on a slew of affordable electric vehicles and spy photographers recently caught up with the Skoda Epiq. It will debut later this year as an electric counterpart to the Kamiq.

Previewed by a thinly veiled concept at last year’s Munich Motor Show, the production model looks virtually identical and features a Modern Solid design with a vertical grille as well as split lighting units. The latter have upper LED daytime running lights and turn signals as well as lower boomerang-shaped headlights.

More: Skoda’s Smallest Electric SUV Comes With Gas-Car Pricing

They’re joined by a unique front bumper with eight oval-shaped holes. The model is also notable for having a gently sloping roof and a relatively plain rear end with T-shaped taillights as well as a small spoiler.

The “city SUV” should measure approximately 163.8 inches (4,160 mm) long and have a wheelbase that spans 102.4 inches (2,600 mm). While the exact numbers remain to be seen, the model is the Skoda equivalent of the Volkswagen ID. Cross.

Baldauf

Interior pictures don’t show much beyond a prominent freestanding infotainment screen. Still, the cabin is expected to mirror that of the ID. Polo, featuring a 10.25-inch digital instrument cluster alongside a 13-inch central display. Physical controls are likely to remain in place, along with a redesigned steering wheel.

The Epiq will ride on the MEB+ platform and likely have a front-mounted motor producing 208 hp (155 kW / 211 PS). It should be powered by a 52 kWh nickel manganese cobalt battery, which delivers a range of around 264 miles (425 km).

Additional powertrains are possible including an upgraded motor with 223 hp (166 kW / 226 PS). We can also expect a DC fast charging capability of up to 130 kW.

The crossover will be built in Spain and Skoda has previously suggested pricing will start around €26,000 ($30,400).

For months, Chinese consumer electronics company Dreame looked like it was trying to sneak into the car world dressed as a Bugatti. The early renders felt like Chiron fan fiction, and even the later teaser leaned heavily on a rare Bugatti one offs for inspiration. But now the covers are off at CES in Las Vegas, the real thing looks less Molsheim and more Maranello.

Related: Dreame’s Cullinan SUV Clone Might Be Rolls-Royce’s Worst Nightmare

The Nebula Next 01, as we now know the brand and model thanks to Car News China, still wears a dramatic shape, but it’s swapped out the heavy-handed hypercar cosplay for something lighter and more athletic, almost as if Lotus had a hand in the design. If the name rings a bell, that’s because we’ve heard it before, but we’ll get back to that in a minute.

A Ferrari F8’s Face

And while there are similarities between the shape of the C-pillar kink here and the one on the Bugatti Brouillard, there’s no sign of the Bugatti horseshoe grille on a nose that reminds us far more of a Ferrari F8 Tributo than any Chiron.

We already knew the Nebula Next 01 would have four doors, but the overall shape says supercar more than sedan, and the aggressive carbon lower aero pack and motorsport-stye trunk-lid wing hint at some serious racetrack potential.

Hypercar Levels Of Power

Fengyu Huanhuan / Carnewschina / Autohome /Dreame

Backing that aero trickery up, is a quad-motor electric drivetrain making 1,876 hp (1,902 PS/ 1,399 kW). Zero to 62 mph (100 kmh) takes just 1.8 seconds, the report says, putting on the same performance level as other Chinese exotics like the Yangwang U9 and Xiaomi SU7 Ultra, not to mention any supercar from Europe’s legacy brands.

Family of Three

Rather confusingly, Dreame has a second brand called Kosmera, which is also teasing two more low-slung four-door cars at CES, one of which looks like it could be a different version of the Nebula 1. But the third car’s front-wheel is pushed further away from the A-pillar and it has two visible charging/filling flaps, suggesting it is a front-engined PHEV.

The Nebula 1 is still a concept at this stage and one without an interior, so plenty could change before production allegedly starts later this year at a Berlin, Germany plant close to Tesla’s Gigafactory. Or so the company’s CEO recently claimed. Still, if it drives as well as it looks and is priced to match the SU7 Ultra, Porsche’s Taycan sales could be heading from bad to worse.

EV startup Sony Honda Mobility has returned to CES in Las Vegas this year with a fresh glimpse into its future, unveiling both a nearly production-ready version of the Afeela 01 sedan and a new crossover concept. The taller, more upright newcomer is called the Afeela Prototype 2026 and is set to arrive on American roads in 2028.

More: This $90K Sony Honda Lets You Play Gran Turismo Instead Of Just Living It

The two vehicles share a common mechanical platform and clearly draw from the same design playbook with broad LED light strips front and rear, a display panel built into the front fascia, and smooth, bi-tone bodywork.

Both wear their tech ambitions on their sleeves, though their overall shape leans more conventional than provocative. Still, they mark a visual step forward from the earlier Sony Vision-S 01 and Vision-S 02 prototypes that premiered at CES in 2020 and 2022.

A Cabin Built Around Screens

Inside, the crossover closely mirrors the sedan, with a dashboard lined in multiple displays and two additional screens in the rear, where passengers can dive into PlayStation games. The tech backbone is Qualcomm Technologies’ Snapdragon Digital Chassis, paired with an advanced AI agent developed in collaboration with Microsoft.

The added height should translate into better interior packaging, especially for families or anyone regularly hauling passengers. With LiDAR modules and cameras mounted to the roof, both Afeela EVs aim for Level 2+ autonomy at launch, with built-in capability to support Level 4 once regulations and software catch up.

Technical details on the crossover remain mostly under wraps, though it’s expected to closely track the sedan in terms of performance and equipment.

More: Honda And Sony’s New EV Has Lost Over $360M Before Even Launching

The Afeela 01 has dual electric motors generating 483 hp (360 kW / 489 PS), , fed by a 91 kWh battery. That setup delivers an estimated 300 miles (483 km) of EPA range. Those numbers don’t sound that exciting for 2028 standards, especially when the new BMW iX3 already offers a 400-mile (644 km) range.

How Much Will it Cost?

Sony Honda Mobility has yet to reveal pricing for the crossover variant that will hit the roads in 2028. However, the prices of the closely-related sedan are a good indication of what to expect.

The Afeela 01 sedan will debut in a high-spec Signature launch trim at $102,900, arriving in late 2026. A more affordable Origin base model, priced at $89,900, will follow in 2027. Interestingly, even though production is based in the US, the first customer deliveries are slated for Japan in the first half of that same year.

Sony Honda Mobility

Despite a sharp drop in EV demand across much of the U.S. market, Lucid managed to chart its strongest quarter yet. Following the Trump administration’s decision to eliminate the $7,500 federal EV tax credit at the end of September, most automakers saw EV sales falter during the final stretch of 2025. Lucid, however, went in the opposite direction and closed the year with a notable uptick.

The company reported that it built 8,412 vehicles in Q4 2025, marking a 116 percent jump over the previous quarter. Deliveries also climbed to 5,345, up 31 percent. For Lucid, it wasn’t just an improvement, it was the best-performing quarter of the entire year.

Read: No Tax Credit? No Worries, Lucid Has A $7,500 Gravity Discount

The start of 2025 looked far less promising. In the first quarter, Lucid produced only 2,121 vehicles and delivered 3,109. The second quarter showed progress, with 3,863 vehicles built and 3,309 delivered. By Q3, production edged slightly to 3,891, and deliveries rose to 4,078.

Lucid’s full-year production and sales figures were also strong. It produced 18,378 vehicles in 2025, a 104 percent increase over the year before. Deliveries reached 15,841, representing a 55 percent year-over-year gain.

Helping Lucid boost its production and sales throughout the latter part of 2025 was the arrival of the all-electric Gravity SUV .While the company has yet to disclose how many units of the Gravity were produced, sold, or delivered, its presence clearly contributed to the quarter’s growth. Just how much is still unclear.

Lucid’s Own Credit

One likely reason Lucid avoided the sales slump seen elsewhere is its Advantage Credit program. Designed to soften the blow of the lost federal incentive, Lucid introduced a $7,500 credit of its own, applicable to new Gravity orders.

It was first set to expire at the end of December but has now been extended through January 18. While not a permanent fix, it offers a near-term solution for buyers left in the lurch after the tax credit rollback.

The next-generation Mercedes-Benz S-Class is set to span both combustion and electric power, offering buyers a choice they don’t have today. Although these versions will share a badge, they won’t share underpinnings. Mercedes is developing the internal combustion and electric versions of the S-Class on entirely separate platforms, marking a distinct split in engineering paths for its flagship sedan.

Read: Mercedes Says The World Wasn’t Ready For The EQS

In following this path, Mercedes is adopting a similar EV rollout strategy to rival BMW. Rather than pushing entirely separate electric nameplates like it does today with the S-Class and EQS, the company is now folding electric variants into its main model lines. We’ve seen this with the new GLC EQ, the battery-powered version of the ICE model, launched to replace the disappointing EQC.

However, those hoping to drive an all-electric version of the S-Class will need a little more patience. While Mercedes is already working on a mid-cycle update for the current combustion-powered model, the electric version won’t debut until the next full model change, expected closer to the end of the decade.

When it does land, the electric S-Class will effectively replace the EQS, which has never really reached the sales heights that Mercedes had hoped for. Widely criticized for its egg-shaped design, the EQS was a key part of the carmaker’s strategy, aimed at launching dedicated EVs to be sold alongside its existing range of ICE models.

One Design, Two Platforms

Importantly, this doesn’t mean Mercedes will remove the engines from its new models and replace them with electric motors and batteries. Electric versions of the brand’s cars will still use distinct platforms.

Despite those differences beneath the surface, the two variants are expected to look nearly identical. According to Auto Express, Mercedes plans to retain a more traditional sedan silhouette for the next S-Class, distancing it from the wind-slippery styling of the EQS.

While speaking about the next S-Class, Mercedes chief executive Ola Källenius noted it’ll be important to sell it in electric and combustion configurations.

“If you don’t believe that when the next S-Class comes, the market is 100 per cent electric at that point in time, you have to have the choice for both,” he said. “I think this is certainly one of the lessons learned from [our] first-generation electric vehicles in the whole market. You need to offer the electric and the hi-tech electrified ICE version without compromise.”

New Tech Beneath the Surface

Technical details about the electric S-Class remain unknown. The model is likely to be somewhat inelegantly named the S-Class with EQ Technology and will ride on the same MB.EA platform set to underpin several forthcoming electric Mercedes models.

See: Mercedes’ Vision Styling Looks Great On The Next S-Class

Because the car is still a few years from launch, Mercedes has time to go beyond the components used in models like the GLC EQ. It’s very likely the electric S-Class will benefit from more advanced battery and motor technology, including the axial flux motors developed by the company’s Yasa subsidiary. These compact, high-output units are expected to debut first in AMG-badged super sedans and SUVs.

Onboard school bus cameras have changed the game when it comes to school bus driver and student safety. Combined with proper procedures and training, they can be a pivotal part of an enhanced safety strategy for student transportation operations.

In North Carolina, Charlotte-Mecklenburg Schools (CMS) has had cameras in place since area manager Monique Jackson joined the transportation department in 2018. Her passion for safety has been front and center throughout her career as an educator and now in student transportation.

“The number one reason for us to have those cameras is for bus safety and, of course, to capture whatever footage is necessary for reporting and documentation purposes,” said Jackson.

She noted the cameras originally used physical hard drives for video storage. Video is now cloud-based, so transportation leadership can make requests to view certain parts of the footage and be able to access it electronically in a more timely manner.

At the Transporting Students with Disabilities and Special Needs (TSD) Conference held in Frisco, Texas, keynote speaker and special education attorney Betsey Helfrich outlined common pitfalls when school districts and transportation departments don’t have clear policies and procedures for handling video footage. Lawsuits filed against the district can succeed if they prove there was insufficient training for employees and that the correct action wasn’t taken as soon as an incident is discovered.

She advised timely, documented communications with Title IX coordinators about incidents. However, there’s often a tricky balance between open record laws and FERPA, or Family Educational Rights and Privacy Act, when distributing footage among staff members. She cited cases where districts used FERPA to justify not releasing footage of incidents onboard the school bus to parents of students who were involved but were later overruled in court. FERPA is also no excuse for keeping specific information from school bus drivers that pertains to their passengers’ access and safety.

Helfrich urged cautioned when sharing sensitive footage of safety incidents to ensure transportation personnel are fully educated on what constitutes an
immediate or imminent health and safety emergency. These would require footage to be shared with multiple parties that are trained on how to act when an incident is discovered or reported.

“Reviewing footage after an incident is important, but it is vital to randomly and periodically review footage,” said Bret Brooks, chief operating officer for school safety and security consultant Gray Ram Tactical. “Don’t wait for something bad to happen to review the recordings. There should be a written policy detailing how often recordings will be reviewed and by whom. Recordings should be kept for 30 days with the ability to retain for longer if needed.”

Ron Deming, territory manager for REI’s school bus division, said many customers praise cameras’ abilities to provide evidence for investigations. “Footage from cameras can serve as crucial evidence in case of accidents, injuries or misconduct, making it easier to identify causes and fault,” he said. “This reduces liability risks for districts.”

STN reported on an incident in October of a parent boarding a Ferguson Florissant School District bus near St. Louis, Missouri. Onboard cameras captured a disturbing scene of the father commanding his daughter to strike her alleged bully. The faces of other students and the school bus driver were blurred, which Helfrich advised districts to do, before the footage was shared.

Mike Dorn, executive director of nonprofit global K-12 school security consultant Safe Havens International, noted school districts should state on school bus driver applications that cameras are recording all driver behavior. That can serve as a deterrent to individuals who could be trying to harm students or behave inappropriately. It can also exonerate them if wrongly accused.

He discussed a case he worked on where a student reported they had been inappropriately touched by a driver. Pulling footage from the 30 days prior to the incident showed the veteran driver assaulting the pre-K student. He noted that the driver “knew from experience that the district only pulled camera footage when an incident like a fight was reported, not a typical occurrence
on a pre-K route,” hence the need for consistent review of footage even when no incident has been reported.

Driver Training
“For drivers, there has typically been an initial hesitancy and reluctancy to use the camera systems, but once they see how video and audio can back up their side of the story during incidents, most ultimately like having the camera systems in placem,” shared Brooks. Jackson echoed this sentiment by saying drivers she oversees at CMS have found that onboard cameras provide peace of mind that safety incidents don’t turn into “he-said, she-said” situations.

“While traditionally more of a post-incident investigative tool, modern security cameras can also be a powerful prevention tool,” said Dorn. “For example, we advise our clients to consider crafting, implementing and following a policy [that] outlines how supervisory personnel will use a random selection process to pull segments of video footage from school buses at key route times, check for policy compliance and archive the footage to document their efforts.”

Dorn noted drivers are made aware their performance is being regularly monitored and that management can recognize them for adhering to safety standards.Stephen Satterly, senior analyst at Safe Havens International, said when he was a school transportation supervisor in Ohio he would conduct a “hot wash” footage review with individual school bus drivers to “identify what went well and what could be improved.”

Jackson shared that she not only uses the footage in her CMS area to identify when and why drivers need more training but also to back up her drivers when there are behavioral challenges with students that required changes be made for the safety of everyone on board.

Clint Bryer, vice president of student transportation sales for Safety Vision, demonstrated camera features that aid in driver performance review and training at the TSD Conference Trade Show. He said school districts can customize what qualifies as an infraction, such as looking away from the road, not wearing a seatbelt, or using a cellphone while driving. Different infractions can carry “heavier weight” when it comes to scoring driver performance.

“Driver behavior management solutions have significantly contributed to improving driver performance by providing actionable data from AI detection of phone use, following too closely, seatbelt compliance and front collisions,” added AngelTrax CEO Richie Howard. “The most effective solutions integrate GPS and G-Force sensors with high-resolution video, with interior and exterior views, to provide context for the driver’s decisions and/or reactions along the route.”

Multiple video vendors and safety experts noted thatAI is becoming an increasingly used tool to detect safety incidents. Howard noted that the industry is only “scratching the surface” and the capabilities of AI will continue to grow and be used to notify transportation immediately if a safety concern is detected.

“Machine learning can be integrated into school bus cameras to predict dangerous situations, such as student bullying or a conflict about to break out,” said Deming. Brooks summed up his advice regarding the use of cameras for increased safety and driver training by highlighting the importance of that human involvement.

“Even with the advancements of AI, or any technology, we must remember that human involved is paramount. Training drivers will always be critical regardless of any technology that can assist them. Assist is the key term, not
replace,” he said. “Don’t allow cameras to replace human involvement, training, reviewing, interactions, etc. Cameras are great tools but not a cure all in of themselves.”

Editor’s Note: As reprinted from the January 2026 issue of School Transportation News.

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Related: (STN Podcast E187) Onsite at the TSD Conference, Part 1/2: Technology, Cameras & Special Needs
Related: 8 Must-Know Tips for Bus Camera System Installations
Related: Is Safety Everyone’s Responsibility?
Related: (STN Podcast E286) End of Year Review: Safety & Technology Trends of 2025

The post Eagle Eye on Student Transportation Safety appeared first on School Transportation News.

Volkswagen has a fresh lineup with a facelifted Golf, Jetta, and Taos. If that wasn’t enough new blood, the company launched a redesigned Tiguan not long ago.

While you’d expect these models to help boost sales, this couldn’t be further from the truth. Quite the opposite as the only vehicles that posted gains last year were fully electric.

More: VW ID.4 Gets A Stealthy Blackout Package But Something Bigger Waits In The Shadows

This is a tad surprising, but consumers rushed to take advantage of the expiring tax credit. This resulted in a significant boost in the third quarter as ID.4 sales skyrocketed 176% to 12,470 units.

Now, with the tax credit gone, sales of the electric crossover plunged 61.6% to a mere 248 vehicles. That’s a massive swing of 12,222 units in just six months.

While sales have fallen off a cliff, the ID.4 finished the year up 31.4%. However, that pales in comparison to the ID. Buzz, which jumped 428.4%. That being said, Volkswagen only moved 6,140 electric vans and has already announced the EV is skipping the 2026 model year.

The picture gets pretty bleak from there as every other vehicles saw sales decline last year. The Jetta was off by 24.4%, while the Golf GTI and R dropped by up to 34.7%.

VW US SALES 2025

Even the brand’s crossovers struggled as the Atlas and Atlas Coupe only generated a combined 102,608 sales. The Taos was down 13.6%, while the Tiguan dropped 16.7% as some buyers likely held off for the redesigned model.

For the year, Volkswagen sold 329,813 vehicles in the United States. That’s down 13% and it means the brand was outsold by Mazda (410,346).

Audi Had Another Dismal Year

Things were even worse at Audi, which saw sales fall 16% to 164,942 units. That means they were beaten by Cadillac (173,515), Lexus (370,260), and BMW (388,897).

The numbers are terrible as the only models that saw gains were the aging A7 (5%) and Q8 (5%). The Q6 e-tron shot up 1,681%, although that’s mostly due to a late launch and limited supply last year.

That being said, the model appears to be a hit as consumers snapped up 17,207 units. This is more than three times the number of Q4 e-trons sold as sales were down 38% to a modest 5,264.

Speaking of EVs, the e-tron GT tumbled 59%, while the new A6 e-tron Sportback found 3,931 buyers. The discontinued Q8 e-tron lineup is also getting pretty rare and this explains why sales have fallen off the map.

The rest of the numbers should be given some context as Audi is in the midst of a major product revamp. As a result, there’s a new A5, A6, Q3, and Q5. Most of these models are already on sale in the United States, but the Q3 arrives shortly.

That being said, there are still a number of outdated models weighing sales down. One of the worst offenders is the Q7, which saw sales drop 12% last year to a disappointing 18,381 units. To put that into perspective, Lexus sold 57,346 TX crossovers.

Solid-state batteries promise to be the next big thing and they’re finally coming to road-going vehicles. One of the first companies to offer them is Verge Motorcycles, which said customers can expect a significantly faster recharging time as well as nearly twice the range of conventional batteries.

Set to become available in the coming months, the solid-state battery will be offered in the Verge TS Pro. The company didn’t go into many specifics, but the battery is sourced from Donut Lab and will be offered in 20.2 and 33.3 kWh configurations. The former provides 217 miles (349 km) of range, while the latter increases that figure to 370 miles (595 km).

More: Stellantis’ Solid-State Battery With 18-Minute Fast Charging Is Almost Ready

When it comes time to recharge, a 200 kW NACS charger can deliver 186 miles (299 km) of range in as little as ten minutes. That’s pretty impressive and the company noted the “upgraded battery pack does not affect the motorcycle’s price.”

The good news doesn’t end there as Verge said the solid-state battery will “last for the entire lifetime of the motorcycle,” which is opposed to “thousands of charging cycles” for traditional batteries. The company also noted safety benefits as solid-state batteries “do not catch fire, making them much safer for users and charging locations.”

Solid-State Claim with Big Numbers

For their part, Donut Lab said they’ve created the “world’s first solid-state battery that is ready for use in OEM vehicle manufacturing.” The company went on to say the battery has an energy density of 400 Wh/kg and has been designed to last up to 100,000 cycles. That would seemingly equate to nearly 274 years of daily use.

The company also noted the battery has been “rigorously tested across extreme conditions.” At both -22° F (–30° C) and 212° F (100° C), it retained over 99% of its capacity.

Getting back to the motorcycle, the solid-state Verge TS Pro will start at $29,900 when it arrives in the first quarter. It will feature an electric motor developing 137 hp (102 kW / 139 PS) and 737 lb-ft (998 Nm) of torque. This will enable the bike to rocket from 0–60 mph (0-96 km/h) in just 3.5 seconds.

The X5 has never been BMW’s wildest design, but it’s managed to avoid the extremes seen elsewhere in the lineup. Still, the oversized kidney grilles on the current model don’t do it many favors. They don’t sink the look entirely, but they certainly don’t flatter it either.

The good news is that a new generation is on the way, and early signs suggest a cleaner direction, along with a range of powertrain options that stretches well beyond what most would expect.

Read: BMW’s 2027 X5 Finally Shows Its Lights And What’s Hiding Inside

BMW has begun testing the upcoming X5, internally designated G65, and sent a prototype north to Sweden for winter trials. While still clad in camouflage, it’s already clear that the SUV will wear design elements from BMW’s Neue Klasse era.

Neue Klasse Meets X5

Like the second-generation iX3, the new X5 sports reworked headlights with sharply defined daytime running lights and a more technical front-end aesthetic. A gloss-black panel extends toward the center of the fascia, echoing the EV’s layout, and will house a pair of vertically oriented kidney grilles. Though still concealed by camouflage on this prototype, their shape is clearly visible beneath the surface.

SHproshots

The rear end of the new X5 will also be a dramatic departure from the current model. It ditches the traditional taillights of the outgoing model and replaces them with thin, horizontal LED units that appear reminiscent of those used by the XM. This prototype also has a curvy rear spoiler stretching out above the window, adding to the striking new design.

Interior Changes

SHproshots

The cabin is also in line for a thorough redesign. Recent spy shots have confirmed that the new X5 will adopt the same Panoramic iDrive setup as the iX3. This includes a narrow display spanning the base of the A-pillars, paired with a sharply angled central infotainment screen.

While the steering wheel on this prototype may differ from the iX3’s squared-off four-spoke unit, it looks likely to use a more conventional two-spoke design, with enough visual weight to stand out on its own.

Powertrain Options

SHproshots

Beneath it all, the G65 X5 will continue to ride on BMW’s CLAR architecture, albeit in an updated form. This means a familiar chassis with enough flexibility to support combustion, hybrid, and electric variants without needing to reinvent the platform.

According to CarScoops sources, the combustion model will be sold in 40, 40 xDrive, 40d xDrive, 50e xDrive, M60 xDrive, and M60e xDrive forms. A potent X5 M version also seems inevitable. In addition to selling a slew of combustion-powered models, the brand will introduce an all-electric iX5 model, set to be sold in 50 xDrive, 60 xDrive, and M70 xDrive forms.

The powertrain options won’t end there. In addition to the gas, diesel, plug-in hybrid, and electric models, there could be a range-extended version of the iX5, dubbed the Rex, complete with a driving range of up to 621 miles (1,000 km). The new X5 will also be BMW’s first mass-market model available with a hydrogen fuel-cell powertrain.