Tribal utility, localities, and consumer and environmental groups argue tax guidance illegally hurts renewable energy. WASHINGTON, D.C. (Dec. 18, 2025) – A broad array of groups with strong interests in clean and affordable energy sued the IRS and Treasury Department over new rules for tax credits that unfairly and illegally discriminate against wind and solar …

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Traveling the world and studying how children get to school has given me a deep appreciation for the difference in how nations approach something as simple—and as complicated—as pupil transportation.

Last month, I compared systems in the U.S. and India. This month, my attention is on Colombia, a country whose breathtaking geography, social dynamics and history shape the school commute in ways that most Americans would never experience in their daily lives. Despite all the differences, the underlying mission remains the same everywhere I go. Communities getting children safely to school so they can learn, grow and reach their potential.

When I think about school transportation in the U.S., the image that immediately comes to mind is that familiar yellow school bus. It’s amazing how recognizable it is—even internationally. No matter where I travel, people know what that yellow bus symbolizes. It represents regulation, structure, stability and the idea that education begins the moment a child steps into a professionally operated transportation system. Nearly 25 million children ride these buses every school day, making it the largest mass transportation system in the U.S. And it operates with a level of uniformity that, in many places around the world, is simply unheard of.

This system isn’t accidental. American school buses are purpose-built from the ground up with safety in mind: Compartmentalized seating, high visibility, reinforced frames, stop arms, flashing lights, emergency exits, and strict federal standards. As someone who has spent years in the fields of safety and security, I’m constantly impressed by the investment our country places in the transportation of its students. And it’s not just the equipment—it’s the people. In the U.S., drivers undergo specialized training not only in vehicle operation but also in behavior management, first aid, emergency evacuation, situational awareness, and increasingly, how to identify potential security threats. Whether you’re in a rural district in Missouri, a suburb in Ohio, or a dense metropolitan area like Chicago or Phoenix, you can expect the same level of commitment and consistency.

Of course, our system has challenges. Anyone who works in pupil transportation knows the constant struggle with driver shortages, bus replacements, new technology integration, and motorists who still don’t understand—or choose to ignore—stop arms. But even with those obstacles, the foundation is solid. There are predictable structures and regulated safety nets that American families have come to trust.

Colombia presents a very different picture—one shaped by dramatic landscapes, economic diversity and a transportation network that must continuously adapt. When I’ve spent time in Colombia’s major cities—Bogotá and Medellín—I’ve seen buses that closely resemble those in the U.S., often operated by private schools or contracted services. These buses usually include attendants responsible for helping younger children board and exit the vehicle safely. The presence of attendants is especially important in cities where the traffic congestion is unlike anything most Americans experience on a regular basis. A 30-minute ride in an American suburb might easily become an hour or more in Bogotá, simply because clogged streets and gridlock are daily realities.

Yet even these city operations are only part of Colombia’s story. Once you leave the urban centers, the transportation landscape changes dramatically. The country’s geography is breathtaking but unforgiving—towering Andean mountains, deep valleys, dense rainforests and winding rural roads carved into hillsides. In small towns and rural villages, I’ve watched children board brightly painted chivas—rugged, colorful buses that are as much a symbol of rural Colombia as the yellow bus is in America. I’ve ridden in colectivos, the shared vans that serve as the backbone of transportation for many families. I’ve seen children climb onto the backs of motorcycles driven by parents or hired riders. In river communities, I’ve watched entire groups of students load into wooden boats at daybreak, drifting along waterways to reach schools that are otherwise inaccessible.

One of the most striking sights I’ve encountered in isolated Andean regions is students traveling to school on horseback or mule-back. For them, it is entirely normal—simply the most reliable way to traverse rugged mountain trails that no motorized vehicle could safely navigate. To an American child, that might sound like something out of a storybook. But in these communities, it is simply life.

These different methods bring different safety challenges. In the U.S., we worry about motorists illegally passing stopped school buses, maintaining aging fleets, rolling out electric buses, securing qualified drivers, and ensuring that our transportation teams are supported and properly trained. The hazards we face largely come from human behavior and modern roadway issues.

In Colombia, the risks can be far more varied and unpredictable. I’ve seen narrow mountain roads so tight that one wrong turn would send a vehicle over a steep drop-off. I’ve seen roads washed out by landslides during the rainy season—forcing communities to carve temporary alternative routes or walk long distances. Some rural roads never see maintenance at all. In certain areas, the presence of criminal or terrorist groups adds an entirely different dimension of risk that American school transportation rarely encounters. Despite these challenges, Colombian communities continue to show remarkable resilience and ingenuity. Many rural drivers have an almost intuitive understanding of the landscape, knowing which curves are the most dangerous, which areas flood quickly, and where rocks tend to fall after a storm.

What stands out the most to me in Colombia is the power of community. I’ve seen neighbors without children pitch in money to keep an old community van running so other people’s children don’t have to trek miles through dangerous terrain. I’ve watched drivers show immense pride in their role because they know they are providing children with opportunities that could shape their futures. I’ve seen parents walk hand-in-hand with their kids along muddy roads, ensuring they reach the main path where they can catch a ride. In indigenous communities, I’ve witnessed elders accompany groups of children through forest paths—viewing education as a shared responsibility rather than an individual task.

Back in the U.S., that same commitment exists, but it takes a different form. Our strength lies in structure—transportation departments with budgets, routing software, regulations, and formalized training programs. Drivers form long-term bonds with students. Administrators work behind the scenes to ensure compliance and safety. School boards debate funding for improvements because they recognize that transportation is not just a logistical service—it’s a vital part of education.

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Related: What Differs Between Pupil Transportation in the U.S. and the U.K.?
Related: Report: Inequities in Canadian Electric School Bus Transition Threaten At-risk Populations
Related: Routes Around the World: Quarterly Quotes From Anson Stewart

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As I compare school buses in the U.S. and Columbia, I keep coming back to the fact that the vehicles may look different, the roads may be different, and the challenges may come in different forms, but the heart behind the work is the same. Whether a child is riding a chiva in the mountains, a wooden boat in the Amazon basin, a motorcycle through a rural town, or a yellow school bus in Texas, the journey to school symbolizes hope, opportunity, and the shared belief that education matters.

Next month, I’ll continue exploring pupil transportation across the globe as we examine Germany. Every country I visit teaches me something new—not just about transportation, but about culture, community, and the universal commitment to keeping children safe as they pursue their futures.

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Bret E. Brooks is the chief operating officer for Gray Ram Tactical, LLC, a Missouri-based international consulting and training firm specializing in transportation safety and security. He is a keynote speaker, author of multiple books and articles, and has trained audiences around the world. Reach him directly at BretBrooks@GrayRamTacticalTraining.com.

The post Pupil Transportation Around the World: A Comparative Look at the U.S. and Colombia appeared first on School Transportation News.

2026 is still weeks away, but that hasn’t stopped Dodge from accepting orders for the 2027 model year Charger Daytona Scat Pack. It starts at $72,495, which is an astronomical increase.

Dodge’s website is a confusing mess, but the 2026 Charger Daytona Scat Pack Coupe started at $59,995, while the sedan cost an extra $2,000. That means the price of entry has shot up by $12,500, although the sedan is only an additional $500 this time around.

More: 2026 Charger Daytona Spawns A 670 HP Sedan

That’s ridiculous considering no one wants an electric Charger and the company is still struggling to get rid of 2025 models. In fact, dealers across the country are listing brand-new 2025 Charger Daytonas for less than $40,000.

While Dodge appears to be actively discouraging sales, the 2027 Charger Daytona comes with a native North American Charging System (NACS) port. This enables it to be used with Tesla Superchargers and the company is also throwing in a J1772 to NACS AC adapter.

Dodge said we can expect to learn more next year, but the company declined to mention any other changes. That’s not an encouraging sign, but the automaker noted the Charger Daytona is the “world’s most powerful muscle car.”

It features a dual-motor all-wheel drive system producing 630 hp (470 kW / 639 PS) and 627 lb-ft (849 Nm) of torque. However, a PowerShot function can increase the output to 670 hp (500 kW / 679 PS) for ten seconds at a time. Buyers can also expect a range of up to 267 miles (430 km), which means charging stops should be pretty common.

The Volkswagen ID. Buzz, long looked at as the potential savior of the brand’s soul, is taking a nap for 2026. That’s the official word from the automaker after some dealers allegedly leaked it to customers. Now, the real question is whether it’ll actually make a comeback, and if it does, whether it’ll still be the same van deep down.

More: VW Offers $10K Off ID.Buzz, Dealers Say Hold My Beer

A Volkswagen spokesperson confirmed the situation to Carscoops, stating, “Following a careful assessment of current EV market conditions, we have made the strategic decision not to move forward with MY26 ID. Buzz production for the U.S. market.”

How did we get here? First, dealers allegedly started spilling the Buzz beans to customers.

Are Dealers Jumping the Gun?

In a Reddit thread, one customer says a dealer told them the following: “I wanted to share an important update regarding the Volkswagen ID. Buzz. We’ve been notified that it’s being discontinued, with no 2026 models planned. What we currently have in stock will be the final availability.”

Review: VW ID. Buzz Is The Coolest Minivan On The Block, But There’s A Catch

That could very well just be another dealer trying to make a sale. We’ve seen plenty of those related to the Buzz and other high profile cars.To sort fact from spin, Carscoops checked back with VW. The company pushed back against the idea that the ID. Buzz was being axed outright.

“That is not accurate,” the spokesperson told us. “We gave dealers this direction: The ID. Buzz continues to serve as an important halo product for the Volkswagen brand, and safeguarding its market presence remains a top priority,” it said.

Furthermore, it seems that VW is trying to play 3D chess on this one by strategically preparing a “transition,” to the 2027 version.

“This approach allows us to focus our resources more effectively on current inventory and supporting your retail performance throughout the remainder of MY25, ensuring a strong foundation as we prepare for the MY27 transition next year,” the spokesperson said.

We pressed for more detail on what that “MY27 transition” might mean for the ID. Buzz specifically, but VW declined to elaborate further.

Still, that means it’s expected to return for the 2027 model year, or at least, that’s the plan for now.

Reading Between the Lines

It’s no secret that EVs have taken a hit across the board this year, regardless of price or segment. Regulations, tax credits, tariffs, and more have all played a role there. Stack on top of all that the pricing VW slapped on the ID. Buzz after it teased the van for twenty years, and it’s not hard to see why Volkswagen might make this choice.

In VW’s case, pricing has long been the elephant in the room. The original VW Bus became a cultural icon not just because of its design and versatility, but because it was cheap, simple, and accessible. The modern ID. Buzz missed that mark entirely, arriving in the U.S. with pricing that pushed it well beyond what many nostalgic buyers expected or were willing to pay.

For now, the ID. Buzz isn’t officially cancelled in America. But with no 2026 model planned, production reportedly paused, and dealers telling customers what’s on the lot is all that’s left, its future looks shaky. If it does return for 2027, VW might do well to find a way to sell it for a lot lot less, or make it a lot, lot better. 

Photos: VW, Stephen Rivers for Carscoops

The Rimac Nevera R is already a rarefied machine in the hypercar world, with only 40 units set for production. But for those craving something even more elusive, there’s now the Nevera R Founder’s Edition, a version limited to just ten examples.

More: Mate Rimac’s Next Big Idea Has Nothing To Do With Hypercars

This isn’t your typical limited edition. Customers will gain access to experiences usually closed to outsiders, effectively stepping into Rimac’s inner circle. They’ll be involved in internal strategy and R&D discussions, preview future products ahead of the public, and attend live record attempts firsthand.

What Do Owners Actually Get?

The journey begins at Rimac’s sprawling campus in Zagreb, where each of the ten owners will be welcomed by Founder and CEO Mate Rimac, alongside Design Director Frank Heyl.

Together, they’ll guide customers through a tailored configuration of their Founder’s Edition, using real-time visualization tools to tweak colors, materials, and finishes with an unusual level of control.

On the outside, the special edition wears a two-tone livery accented by ultra-slim stripes along the hood, roof, and rear wing, each featuring circuit board graphics. There’s also a Founder’s Edition emblem stamped with Mate Rimac’s initials on the front fenders, while hand-painted details are open to the owner’s preference.

Inside, the asymmetrical seat treatment nods to Mate Rimac’s personal Nevera. The upholstery is hand-stitched, and nearly every surface can be customized. There’s embroidery on the doors highlighting dates significant to Rimac’s history, MR initials on the headrests, and the Founder’s Edition badge placed between the seats.

Performance-wise, the Founder’s Edition doesn’t tweak the Nevera R’s already staggering numbers. It still features four electric motors that deliver a combined 2,107 horsepower.

Earlier this year, the Nevera R shattered records, sprinting from 0 to 100 km/h (62 mph) in just 1.72 seconds and hitting a top speed of 268.2 mph (431.45 km/h). That figure was eventually eclipsed by the BYD YangWang U9’s claimed 308.33 mph (496.22 km/h), though not in an officially recognized setting.

What Else Is Included?

But more than the hardware, what sets the Founder’s Edition apart are the long-term privileges it unlocks. Rimac describes the offering like this:

“For the duration of their ownership, the ten Founder’s Club members will have priority invitations to product previews, a company card allowing direct access to Bugatti Rimac HQ, invitations to performance showcases and record-breaking runs, involvement in strategy discussions with Mate and the team, and input into the research and development that will create the groundbreaking cars of the future.

This small global group of individuals also receive other exclusive benefits and invitations as a part of their membership, with exact details known only to the Founders.”

So yes, it’s a car, but it’s also an entry point into the inner workings of a tech-forward automotive company, complete with driving instruction from Rimac’s professional testers, to help owners actually handle the car’s potential. And once each vehicle is completed, Mate Rimac himself will personally hand over the keys.

More: Rimac’s New Battery Slashes EV Charging To Just Minutes

Rimac hasn’t released official pricing for the Founder’s Edition, though the standard Nevera R starts at €2.3 million ($2.7 million) before taxes. It’s safe to assume the new version will edge comfortably beyond that figure.

Mate Rimac thanked customers, adding, “Without them, everything we have built wouldn’t have been possible. I wanted to find a way to thank the visionary individuals who helped shape this path – and to invite ten of them to experience our world in a completely new way.”

Rimac

A Minnesota school bus driver saved a student from drowning and is being hailed a hero after rescuing a missing 4-year-old boy from Lake Owasso last month, reported ABC news.

According to the news report, Mebal Kaanyi drives for Schmitty & Sons Bus Co. and serves Roseville Area Schools. She was finishing her afternoon route on Nov. 25, when she noticed a young boy running down a hill toward the water.

“I see this little guy coming, running down the street,” Kaanyi told local news reporters. “He was crying and running. He was not dressed. He was in, I think, just his underwear and a short-sleeve shirt. He did not have a sweatshirt or shoes on him. It was cold that day.”

At the time, Kaanyi did not know the boy had been reported missing by his aunt, who had called 911 to alert authorities. Kaanyi described the tense moments as she chased the boy.

“When the kid went to the fence and touched the gate, and it just opened, that moment, my heart skipped,” she said, adding that the boy stepped into the lake and began struggling. “I’ve never swum in my entire life … I get goosebumps just looking at the water. I’m so afraid of water, but that day, I was determined to do anything possible to save that kid.”

According to the article, Kaanyi jumped into the lake and managed to grab the boy’s hand.

“Thank goodness. I got you,” she recalled saying as she carried him back to the safety of her bus and called dispatch.

A Life-saving Hero

When deputies from Ramsey County arrived at the scene, they reportedly found the child wrapped in towels and sitting safely on Kaanyi’s bus.

Ramsey County Sgt. Marson emphasized the significance of her actions and hailed her as a hero.

“She was integral in saving that child’s life,” he said. “Without her intervention, that child would’ve probably died in that water, just from exposure or maybe even drowning. She’s a hero, plain and simple.”

Kaanyi, however, remained humble about her bravery.

“This is what everybody should do,” she said. “We need to live in a society whereby we care for one another.” Authorities announced that Kaanyi will be officially recognized with a life-saving award for her quick thinking and courage.

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Related: 7-Year-Old Student Missing for Hours After Being Placed on Wrong School Bus
Related: North Carolina School Bus Driver Helps Locate Missing 14-Year-Old
Related: Preschooler Left Behind on Bus, Walks to Wrong School
Related: California Student Left Alone in Hot School Bus

The post Minnesota School Bus Driver Rescues Missing 4-Year-Old from Lake appeared first on School Transportation News.

It’s not often that a legacy carmaker attempts a reinvention as complete as the one Jaguar is now pursuing. Long seen as struggling to match Germany’s premium heavyweights like BMW and Audi, the British brand has decided to shift course entirely.

Rather than chasing premium volume, Jaguar now aims to sell fewer vehicles at significantly higher prices, offering a tighter lineup of upscale electric cars. The first product of this rebooted identity is due next year.

Read: Jaguar Rolls Out Its Future In A New Color Right After Firing The Man Behind It

Previewed by last year’s radical Type 00 Concept, this new model will be a low-slung, four-door fastback powered by three electric motors and producing around 1,000 hp. It’ll be unlike any other Jaguar from recent years and that’s exactly what Jaguar wants.

What’s the Strategy?

In an interview with Top Gear, Jaguar’s managing director Rawdon Glover acknowledged the current model wasn’t working. Competing head-to-head with Audi, BMW, and Mercedes-Benz in the so-called volume premium segment “didn’t work commercially,” he said.

Instead, Jaguar will now follow an approach closer to what Range Rover has done, with fewer models, each positioned higher up the market.

Also: JLR Denies Firing Gerry McGovern, But Won’t Say If He’s Still Employed Either

“In UK numbers, our average transaction price used to be about £55,000 (about $73,000 at current exchange rates),” Glover told TG. “This will be more than double that, so the centre of gravity in the UK would be about £120,000 ($160,000),” adding the launch edition of the road-going Type 00 will start at “£140,000 ($187,000).”

Jaguar notes that by pricing its vehicles in the mid-£100,000s, it’ll be able to carve out a space of the market above what the volume brands from Germany offer, but below ultra-luxury brands like Bentley, Rolls-Royce, and Lamborghini, which sell vehicles closer to £300,000 ($400,000).

During the same interview, Glover added that “the days of seven or eight models [in Jaguar’s line-up] are gone,” noting we should “expect a condensed range, all around similar price points.”

The change will come with a leaner product catalog. “The days of seven or eight models [in Jaguar’s line-up] are gone,” Glover said. He added that Buyers should expect a much more focused range, with models clustered at “similar price points”.

Inside Jaguar’s Flagship EV

SHproshots

The first model in this new era will also be Jaguar’s most important. While its design is expected to spark debate, early feedback suggests the brand is working on a genuinely refined electric vehicle.

Several UK publications have already experienced it from the passenger seat. Autocar, among them, noted that the prototype rides better than any EV currently on the market.

Underpinning the vehicle is the new Jaguar Electric Architecture and a battery pack estimated to have a capacity of around 120 kWh. There are then three electric motors, two at the rear axle and one at the front, combing to produce roughly 1000 hp. Of that total, 30 percent is directed to the front wheels, with the remaining 70 percent going to the rear.

Then there’s the trick suspension. All four corners feature three-chamber air suspension, which, according to reports, delivers a level of ride quality that surpasses even the most opulent Range Rovers in the JLR stable.

Bad Timing?

Still, the timing of all this raises questions. With the crucial American market going cold on EV adoption and Europe reconsidering the timeline for internal combustion phase-outs, Jaguar’s all-in electric pivot seems like a high-stakes bet.

Unless, of course, the real aim is elsewhere. China remains bullish on premium EVs, and for a brand like Jaguar, finding success there might be the difference between a daring reinvention and a costly miscalculation.

Sources: Top Gear, Autocar

Rewind a few years and Ford, like most of its rivals, charged full speed into the electric future. The goal was clear: catch up to Tesla and help turn the U.S. into a thriving hub for EV innovation. Fast forward to today, and the future looks very different.

Read: Jim Farley Warns Europe It’s Selling Its Future To Chinese Carmakers

Much of Ford’s early EV effort hinged on the F-150 Lightning. Promoted by some as a cornerstone of the brand’s future, and initially the most affordable electric pickup in the States, the Lightning carried a lot of weight on its metaphorical bed.

But just three years after it launched, Ford has pulled the plug. CEO Jim Farley recently confirmed that part of the reason comes down to simple economics: buyers aren’t lining up for EVs priced north of $50,000.

Are Expensive EVs the Problem?

During an interview with CNBC, Farley addressed Ford’s announcement that it will take a $19.5 billion charge in 2026, tied to its decision to pivot away from EVs and refocus on internal combustion models. According to him, the company’s electric lineup simply wasn’t aligned with what buyers actually want.

“More importantly, the very high-end EVs, the $50,000, $60,000, $70,000, and $80,000 vehicles, they just weren’t selling,” Farley said.

Back in 2021, when the F-150 Lightning was first revealed, the base price came in at a relatively digestible $39,974. But that didn’t last for long, as the Blue Oval made a series of price hikes. By 2025, the base model had swollen to $54,780, an increase of nearly 37 percent, pushing it out of reach for many of the truck buyers it was originally meant to appeal to.

Hybrids In Focus

While Ford is now shifting its focus away from EVs, that doesn’t mean it’s done with electric motors and battery packs. During the same interview, Farley said that the company is committed to “following customers to where the market is, not where people thought it was going to be, but to where it is today.”

As such, Ford will start to prioritize hybrid and extended-range EV models. There will be a “whole lineup” of new hybrid models, including a hybrid Bronco. Farley also pointed out that Ford has quietly secured the number three spot in U.S. hybrid sales, and dominates the hybrid truck space with an estimated 80 percent market share.

Farley added that the company expects its electric Model E division to reach profitability in 2029, three years later than initially expected. By 2030, he still expects half of Ford’s global sales to be electrified vehicles. But most of those, he clarified, will be hybrids and extended-range electrics, not pure battery EVs.

More than a dozen U.S. states are taking legal action against the federal government over what they argue is an unlawful freeze of funding for the national electric vehicle charging network.

At stake is billions of dollars already approved by Congress to expand EV infrastructure across the country, now stalled under the current administration.

Read: Trump Administration Rolls Out Updated EV Charger Program

The lawsuit, led by California Attorney General Rob Bonta and California Governor Gavin Newsom, includes 15 other states and the District of Columbia.

It alleges that the U.S. Department of Transportation, under the Trump administration, “has quietly refused to approve any new funding under two electric vehicle charging infrastructure programs,” in direct contradiction of federal law.

The Infrastructure Investment and Jobs Act, passed by Congress in 2022, was designed to deploy thousands of EV charging stations nationwide. But as of this spring, distribution of that funding has slowed to a halt.

In California alone, the program earmarked $59.3 million for medium- and heavy-duty EV freight corridors, $55.9 million for zero-emission freight transport routes, and $63.1 million for repairing and replacing out-of-service chargers.

What’s Being Contested?

The lawsuit argues that the administration’s failure to release these funds violates both the separation of powers and the Administrative Procedure Act, which governs how federal agencies implement laws passed by Congress.

Who Else Is on Board?

Backing California’s legal challenge are attorneys general from Arizona, Delaware, the District of Columbia, Illinois, Maryland, Massachusetts, Michigan, New Jersey, New York, Oregon, Rhode Island, Vermont, Wisconsin, and Pennsylvania. Their shared position is that the federal government can’t simply decline to carry out programs that were funded and mandated by law.

“The Trump Administration is unlawfully withholding funds from the Bipartisan Infrastructure Law — investments Congress approved to build America’s EV charging network, reduce pollution, and create thousands of good-paying jobs. We won’t stand for it,” Governor Gavin Newsom said.

“California will defend the Constitution, our communities, and the future we’re building. With 2.4 million zero-emission vehicles on our roads and critical projects ready to move forward, we’re taking this to court.”

Attorney General Bonta added to the criticism, calling the funding freeze a threat to public health and environmental progress. “This is just another reckless attempt that will stall the fight against air pollution and climate change, slow innovation, thwart green job creation, and leave communities without access to clean, affordable transportation.”

If you drive a Rivian R1T and have been looking for a way to harvest solar energy while on the move, or even when the truck’s parked, there’s now an interesting option on the table. A US-based company has just launched a solar tonneau cover that might suit those aiming to get off the grid without cutting ties to modern convenience.

Developed by Worksport, the ‘SOLIS’ solar tonneau cover will be available from mid-January, offering up to 250 watts of on-board solar capacity. Importantly, you won’t have to immediately use any of the energy generated by the solar panels.

Read: Rivian Goes Plum Crazy With A New Color And Something Extra

Instead, the system includes a compact storage unit that charges in about four hours, storing energy gathered by the panels. That stored energy can then be used to run tools, lights, camping gear, or small electronics. What it won’t do, for now, at least, is recharge the R1T’s main battery.

In the future, though, Worksport hopes to work directly with OEMs like Rivian, potentially enabling its solar systems to feed energy straight into the vehicle’s main battery in future versions.

Solar Tonneau Covers For All

The cover is made from aircraft-grade aluminum and, according to Worksport, “provides exceptional strength and durability – without excess weight.” Interestingly, it’s not just the R1T that the company sells these solar tonneau covers for.

Worksport says its solar covers are compatible with dozens of pickups, including models as far back as 2002. Trucks from Chevrolet, Dodge, Ford, GMC, Nissan, Ram, and Toyota are all on the list, covering popular models like the Tundra, Frontier, and Sierra 1500.

Prices for the SOLIS cover vary depending on the size of the truck’s bed, generally ranging from $1,999 to $2,499. It’s not cheap, but considering what many of these owners already invest in their trucks, it’s unlikely to cause much sticker shock.

The Rivian R1T, with its comparatively smaller bed, comes in at the lower end at $1,999. Buyers who want the full package, including the inverter and battery, will need to budget another $949.

Just days after dialing back its electric vehicle plans, and barely a week after abandoning its $11.4 billion battery venture with South Korean firm SK On, Ford has now cancelled another high-stakes battery deal. The automaker has scrapped a $6.5 billion agreement with LG Energy Solution, citing shifting market conditions and a cooling appetite for electric vehicles.

Read: Ford Pulled The Plug On More EVs Than You Realize

The cancellation came to light in a regulatory filing made by LG in South Korea. It lands shortly after Ford outlined a sharp pullback in its EV rollout, including the decision to shelve the all-electric F-150 Lightning. The $6.5 billion figure represents roughly a third of LG’s total revenue from the previous year.

The Scale Behind the Deal

Ford and LG originally signed the deal in October 2024. Under its terms, LG committed to supplying Ford with 34 GWh of batteries between 2026 and 2030, enough to power around half a million EVs annually, assuming each one carries a 75 kWh battery pack.

Beyond that, LG was also set to deliver an additional 75 GWh of batteries for Ford’s commercial vehicle lineup between 2027 and 2032. These packs were to be built at LG’s manufacturing plant in Poland, then fitted into vehicles destined for the European market.

In its regulatory filing, LG said, “this matter concerns the counterparty’s [Ford’s] decision to discontinue the production of certain electric vehicle (EV) models due to recent policy changes and shifts in EV demand forecasts, and the subsequent notice of contract termination.”

EV Demand Runs Cold

Since President Donald Trump returned to the White House for his second term, the EV market has quickly undergone a significant shakeup. Demand for EVs in the US remained strong through the first nine months of the year, but sales collapsed the moment the $7,500 federal EV tax credit was axed.

Also: The EU Blinked And Gas Cars Live To See Another Generation

More recently, the Trump administration has loosened fuel economy regulations, encouraging carmakers like Ford to build more ICE models. On top of that, the European Commission softened its stance on zero-emissions mandates, most notably by proposing a 90 percent CO₂ reduction target for new vehicles by 2035, rather than a full ban on internal combustion engines.

Ford chief executive Jim Farley recently said he expects EV sales to fall by as much as 50 percent in the US due to these key policy changes.

Whether it’s a full-size school bus with track seating running the length of the floor or a compact van with fixed belt points, no two vehicles secure a student the same way—and too often, drivers are left to figure it out on the fly.

That variability, experts warn, can compromise safety for students who rely on wheelchairs, car seats or booster seats, especially as alternative transportation expands and fleets grow more diverse. Driver training has never been more paramount.

Darren Reaume, the director of training for Q’Straint/Sure-Lok, explained that school buses from different OEMs and of various model years have different characteristics. This is why it’s so important that drivers know what’s available on the vehicle and how to use the wheelchair securement equipment.

“If you have 50 different buses in your fleet, chances are you have four or five varieties of different equipment, and your drivers need to know how to use all of that stuff because you don’t know which [vehicle] they’re going to have,” he said.

When transporting a student in a wheelchair as a van passenger, the space is going to be much more limited than in a school bus, where track seating will typically extend the length of the bus because of the need for traditional bench seats. In vans, everything is much more compact. This mean there could be a fixed location for the shoulder belt, for example.

“Sometimes we run into this disconnect where it’s easier to transport a small student in a side-entry van because it’s a smaller space and the device is small,”  he said. “But then the occupant securement doesn’t fit great on them because they’re a smaller individual.”

On the flip side, it might be harder to secure a larger student in their mobility device because it’s a small space, but the occupant securement fits better.

“So now, you’re taking into account the particular equipment and layout of that vehicle,” he said, adding that everything from the size of the securement location to how much space the driver has to operate in makes a difference in safely securing at student.

Certified passenger safety technician Cassidy Miller noted drivers are responsible for proper securement of the CSRS in their vehicles, and they need proper training or information on the student. Miller, who is also the director of transportation for Cashmere School District in Washington state, shared that a lower anchor system securing the car seat into a vehicle has a weight limit. The other option is using a seatbelt, which has no weight limit, to secure the car seat.

Miller suggested asking if contracted providers know each child’s weight, or are they guessing based on age and size? Regardless of weight, Miller added that if the child is being restrained in a forward-facing car seat, a strong U.S. recommendation is to use the top tether.

“And they need to make sure that the harness straps fit the child who they’re transporting,” she said. “If they’re transporting multiple [students] in a day, that can get tricky. They need to make sure that it’s adjustable.”

All are adjustable to a degree, she explained, but some are more complicated and require removing the car seat to make the adjustment.

The Alternative Student
Transportation Association

 

Greg Prettyman, vice president of First Alt, explained the creation of the Alternative Student Transportation Association that gives a voice to providers. He said the goal is for different companies to develop a unified message on issues as they arise. At the top of the to-do list is public outreach and creating a website as well as consulting on the National Congress on Student Transportation Alternative Transportation committee. Prettyman added NCST was the impetus for creating the association because each company was providing input individually.

Miller added that the harness needs to fit the child properly, and it needs to be snug to their body with the chest clip at armpit level. “Those points need to be monitored by the drivers, and sometimes that’s hard when they’re a company that has back-to-back rides or a lot of turnover,” she added.

She also recommended that families who are using an alternative transportation service also be educated about the car seat installation points. “Is the family looking to make sure that the car seat is installed properly for the child’s weight? Is it installed via seatbelt or lower anchors? Is the harness fitting them correctly? Is the chest clip at the right point, is the top tether attached to the back of the seat? … They should kind of have a mental checklist every day when they help load their child,” she recommended.

The liability falls on the school district but she said parents can serve as a second set of eyes to ensure the car seat is installed correctly. She provided an example at her previous district, where a family took pictures to prove the contractor wasn’t installing the car seat correctly.

“I took [the pictures] back to that transportation company, and I said, ‘Listen, here are five things wrong with this car seat right now. Those need to be addressed,” Miller recalled. “I know you say you train your drivers on using car seats, but this car seat has not shown up in an acceptable manner, and the parent has been reinstalling the car seat as properly as she can get because she doesn’t have the manual in hand whenever the car seat arrives. And it’s getting very frustrating.’”

Depending on the state, it might be hard for all independent contracted drivers to undergo securement training like district employees. Instead, she advised school districts ask for the driver training curriculum that contractors use and determine if it meets the standard. Plus, she recommends random checks.

“Go out to that elementary school at pickup and see and just observe that child. Observe that car seat as it’s waiting,” she said, adding it’s important to make extensive notes. “I would highly recommend all of those random checks just to ensure the drivers are in compliance with their company and or even if it’s your own drivers, that they’re in compliance with your standards.”

Training Drivers

Gregg Prettyman, the vice president of First Student subsidiary First Alt, said the driver training standard should be the same no matter the vehicle. He noted FirstAlt follows First Student’s driver vetting, training and credentialing standards.

“There’s a lot of different types of vehicles — Type A, Type B, Type C, vans and SUVs — but there really should only be one type of driver, and that’s just a driver that meets all of the state requirements for a bus driver,” he explained.

He said the only exception would be vehicle-specific licensing, adding that alternative vehicle drivers like those in Type A school buses don’t need a CDL. He added that when it comes to wheelchair securement, First Alt works with transportation companies that are established in correctly transporting people in wheelchairs, whether that’s to and from work or doctor’s appointments.

“We reach out to those companies who really are already experts in that and doing that in the state, and we certify, license and onboard them,” he said, adding the oversight provides an extra layer of protection “We still do verify that their drivers know how to secure and meet all the student securement transportation requirements. But the nice thing is, when you’re working with existing companies, they already have a lot of that training and expertise in place.”

Blake Smith, area general manager for the east for First Alt, agreed, noting the importance of being a part of First Student and how it has been asset for its training program.

“We really want to make sure that we’re doing our due diligence for the safety aspect and keeping with those First Student standards and core values to make sure that we’re properly securing these students and properly securing the equipment, because at the end of the day … we’re firm believers that the yellow school bus is the safest way to get these students to school, but in those instances where you’re not using a yellow school bus for a variety of reasons, we want to make sure that the safety isn’t sacrificed when we’re doing that.”

He said a session presented by industry consultant Alexandra Robinson at the National State Directors of Pupil Transportation Services annual conference in November touched on securement in yellow school buses as well as alternative transportation vehicles. CPST instructor Denise Donaldson is presenting a similar topic at STN EXPO East on March 28, “What’s the Difference?! CSRS Use in School Buses versus Alternative Vehicles.”

Smith said a takeaway from the NASDPTS presentation was ensuring the drivers know that information. “In the event that we have to take a car seat out because they’re doing another route where we need actual space in the vehicle, that we’re properly securing that piece of equipment back in the vehicle,” he said of the importance of training. “And understanding the different checkpoints of making sure that piece of equipment is secure in the vehicle.”

Even something like not securing a child in a puffy coat needs to be communicated to drivers, as they transport students in the Northeast, where kids are coming out of their houses in jackets.

“[We’re] making sure we’re doing our due diligence for those two pieces, helping the drivers and also the monitors — if we have monitors in those vehicles — not only properly secure the car seat, but secure the student properly.”

EverDriven CEO Mitch Bowling said every driver is required to complete the EverDriven Driver Education Course, “which is the first program in the industry designed specifically for transporting students with unique needs,” he claimed.

He explained the course covers everything from wheelchair securement to defensive driving to sensitivity training.

“It’s a six-module course that prepares drivers for real-world situations, like managing behavioral challenges or responding to emergencies,” he continued. “Drivers must pass a 40-question exam before they can drive students. While district requirements vary, our training is built to meet those needs and often goes beyond them.”

Bowling said a standardized training ensures every driver is ready for a variety of scenarios and can adapt to individual student needs, whether that involves mobility devices or behavior support.

Blake added that drivers are trained before they start any trips with First Alt, with a test at the end of the program to become certified. Every six months they do a refresher course. However, he noted states and districts will have other requirements. For example, some districts in the Dallas area require transportation to the school for the deaf and blind, and FirstAlt will send their drivers to be trained on courses that address that specific group of individuals.

The School of Philadelphia has a specific training course for monitors and Colorado has inclement weather training. “It’s not only important to have your own [standard] but to make sure you’re compliant with the unique training requirements of each state and each district,” he said.

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Related: NAPT Statement Provides Recommendations for Alternative Transportation
Related: Alternative School Transportation: Roadmap for Decision-Making For Children with Disabilities and Special Needs
Related: NASDPTS Publishes Paper Espousing Safety of School Buses Over Alternative Transportation
Related: Beyond the Yellow School Bus: Alternative School Transportation

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Prettyman said that alternative transportation can be so individualized at times that FirstAlt will partner with the district to ultimately support that one particular student.

“Maybe it’s a student where they’re trying to reinforce certain behaviors in the classroom, and we’re trying to figure out how do we extend that classroom to the classroom on wheels,” he said. “We’ve had drivers and monitors that we coordinate with at the school specifically to go in and observe that student in a classroom setting and better understand not only that student from when they’re just transporting, but also how are we understanding that student, and how can we support that student through transportation?”

Putting the driver classroom on wheels can heighten learning quickly.

“One small thing can become a major issue,” he said. “How can we partner with our districts, and also their teachers and paraprofessionals … to ultimately support these students on an individualized basis? Because that’s what alternative transportation does really well. The yellow school bus is great, but when it comes down to these individual students that have IEPs …how do we take that classroom environment and extend to the to the vehicle and also support safe transportation for that student?”

Jennifer Brandenburger, the senior vice president of Safety at HopSkipDrive, said dedicated programs for riders with specialized needs help ensure safety and compliance.

Drivers transporting younger riders “receive specialized education on proper installation and harnessing techniques, which is guided by certified child passenger safety technicians from Safe Kids Worldwide,” she said. “Only these approved drivers receive and use the company-provided car seats for these specific rides.”

Brandenburger added that HSD selected a car seat model that meets the impending standards set by the National Highway Traffic Safety Administration in consultation with expert advisors.

Wheelchair transportation, meanwhile, is facilitated by CarePartners. Brandenburger said these are “local professionals who undergo HopSkipDrive’s rigorous and comprehensive certification process, including name- and fingerprint-based background checks, clearing child abuse and neglect screenings where available, and enrolling in continuous criminal record monitoring.”

She said that CarePartners provide a wheelchair accessible vehicle (WAV) and are trained on the correct securement.

“By ensuring CarePartner drivers undergo our onboarding and management, we are able to monitor, manage, and ensure compliance with district requirements,” she concluded.

The post ‘One Type of Driver’ Training appeared first on School Transportation News.

Many of us are looking forward to Christmas and New Year’s, but CES is right around the corner. As a result, we’re seeing announcements trickle out including one for an all-new company called Kosmera.

Details are limited, but the company is planning to stage its international debut at the show. They’re promising to take a “fundamentally different approach to mobility,” which apparently contrasts with firms chasing an “autonomous and connected future.”

More: Sony Honda Mobility Bringing New Concept And Pre-Production Afeela 1 To CES

While would seemingly imply an analog driver’s car, Kosmera described themselves as “not just an automaker,” but a “technology-driven company developing a platform that connects people with real-world scenarios and digital services.”

That’s a head scratcher, but the company dropped an interesting teaser image. At first glance, it appears to show a stylish sports car that vaguely recalls the Porsche 718 Cayman.

Enhanced Teaser Image

However, after playing around in Photoshop, we were able to enhance the image to reveal it shows a four-door sedan or liftback. We can also see muscular rear haunches and a seemingly massive front overhang. The latter is presumably some sort of distortion, but you get the idea.

Doing a little more digging, we were able to uncover a trademark application from earlier this month. It was for the Kosmera name and was made by Xing Chen Future Automotive Technology Co Ltd. While this doesn’t tell us much, we know the mysterious model hails from China.

We’ll learn more next month as Kosmera’s exhibit opens on January 6.

The Celestiq isn’t just Cadillac’s fanciest and most extravagant car in decades, it also carries the highest price tag in the brand’s history. And with only 25 examples scheduled for production in 2025, it’s one of the rarest Cadillacs ever made too. An ultra-luxury trifecta, really.

You can’t just hop onto Cadillac’s website and place an order, either. Buying a Celestiq involves direct contact with the brand, followed by a wait, possibly a long one.

The process is more aligned with how Rolls-Royce or Ferrari handles their customers, complete with a bespoke configuration experience where virtually every detail is customizable. No two cars will leave the factory looking the same.

Poll: Would You Spend Over $400K On A Cadillac Celestiq Or A Rolls-Royce Ghost?

Yet now, as picked up by Road&Track, one of these elusive machines has surfaced for sale, at a Cadillac dealership, no less. The car is currently listed through Cadillac Beverly Hills.

The dealership hasn’t confirmed whether the original buyer backed out post-delivery, or if there’s another story behind how it ended up on the lot. Either way, it presents a rare opportunity for someone to bypass the usual waitlist, assuming one still exists.

How Much Does Bespoke Cost?

Cadillac hasn’t really shared many details publicly, including exact pricing. For the 2025 model year, the starting figure was confirmed at around $340,000. That’s since crept up, with the 2026 Celestiq now beginning in the “low $400,000s”, and that’s before diving into options.

Read: Think The 2025 Celestiq Was Expensive? 2026 Says That’s Cute

What makes this particular Celestiq even more interesting is that its spec sheet provides a rare peek behind the curtain at individual option pricing. The exterior is finished in Abalone White Tricoat, a paint choice that adds $15,900 to the bill.

It has also been equipped with a flamboyant combination of blue and orange leather upholstery that cost $8,910, as well as a $1,525 Cadillac Crest headstone ornament, and a $4,000 Uranus Recycled Paper Wood ornamental finish.

Cadillac Beverly Hills

Inside, things get even more colorful. The cabin features a mix of bright blue and vivid orange leather, a combination priced at $8,910. There’s also a $1,525 Cadillac Crest headstone ornament, plus a $4,000 interior trim made from Uranus Recycled Paper Wood.

Would You Pay This Much?

The dealer is asking $418,575 for the rare luxury EV. That’s a lot of money, particularly since prices for the 2025 Celestiq the 2025 version started well below that before options were added. But with the 2026 Celestiq now beginning above $400,000, the dealer’s price isn’t entirely out of step.

There’s no doubt that the 650-horsepower Celestiq is special, but we wouldn’t be surprised if this car ends up sitting on the lot for quite some time. A buyer needs to be convinced to buy this, as opposed to a Rolls-Royce Phantom, and love the striking color combination, which we suspect will divide opinions.

Cadillac Beverly Hills

Mercedes has confirmed when its all-new VLE electric minivan will step into the spotlight, and the date is set for March 10 in Stuttgart. Along with the announcement, the company dropped a teaser image that gives us a close look at the front end. The bright star-patterned daytime running lights immediately tie the production VLE to the earlier Vision V concept.

Related: New Mercedes VLE Could Be The Most Opulent Minivan Ever In America

While the concept turned heads with its bold proportions and almost sci-fi surfacing, the VLE keeps things fractionally more grounded. Even so, the family resemblance is clear, and Mercedes is not shy about saying this is the start of a new era.

It will be the first model built on the brand’s fresh VAN.EA electric platform, which is modular and scalable to cover everything from basic people carriers to plush shuttles and big delivery vans.

Mercedes says the VLE mixes limousine-like ride quality with MPV practicality. Think flexible seating for up to eight, a pillar-to-pillar MBUX Hyperscreen dashboard that runs the latest version of Mercedes-Benz’s (MB.OS) operating system, and tons of clever storage ideas.

A more luxurious VLS variant with lounge-style chairs and a huge 4K rear entertainment screen comes later for buyers who want full chauffeured opulence and fewer seats.

Biggest Grille Yet

The teaser image shows a smooth nose with an even bigger grille than the one on the new GLC EQ flanked by those star-shaped DRLs, which give the van a distinctive identity.

Recent prototypes caught winter testing suggested the overall shape will closely track the Vision V’s silhouette with a lower roofline and more sculpted body sides to avoid the usual slab-sided look of most big vans. Our own Carscoops rendering, seen below, shows how the production VLE could look.

Under the skin, the electric VAN.EA platform is expected to deliver single and dual motor options to cover a wide performance spread, entry versions making do with 268 hp (272 PS / 200 kW) and top models nudging 470 hp (476 PS / 350 kW).

300+ Mile Range

Battery sizes could vary from 90 kWh to almost 120 kWh, with WLTP ranges of over 300 miles (500 km) in the most efficient versions, and all VLEs are able to take 350 kW inputs thanks to their 800-volt electrics. Today’s combustion vans will still be offered, but they ride on a different platform.

Mercedes calls the VLE the world’s first luxury urban SUV, though really it is a high-end electric minivan with big ambitions that arrives after similar vans from Lexus, Volvo, and Zeekr.

We’ll get the full details in March, but the early signs suggest the people mover class is about to get a lot more glamorous, though maybe not quite as glamorous as the Vision V concept shown below.

Mercedes

After Porsche’s recent round of price hikes, it looks like BMW will soon follow suit. According to a report from CarsDirect citing a dealer bulletin sent this week, BMW will be doing the same in the new year.

While it didn’t explicitly point to tariffs as the cause, the timing does invite speculation for certain models, even if the biggest increase happens to hit a model built right in the United States, where tariffs aren’t the go-to excuse.

Also: Porsche Keeps Making Customers Pay For Trump’s Tariffs

BMW’s internal notice reportedly states that most vehicles in its range will see a price increase of roughly 1 percent, though not every model is affected. The adjustment will result in MSRP hikes ranging from $400 to $1,500 and will go into effect on January 1, 2026.

The most significant increases apply to the M5 Sedan and Touring, both up $1,400, and the BMW X6 M Competition, which will now cost an extra $1,500. Interestingly, the i4, i5, iX, i7, 7-Series, Z4, and XM are excluded from the price hikes.

This isn’t the first time that BMW has increased prices over the past six months. Back in July, it announced that the MSRPs of most 2026 models would rise by as much as 1.9 percent, resulting in price hikes of $2,500 for vehicles like the BMW X5 M and X6 M.

Those two models are built in the States, alongside other SUVs at the automaker’s South Carolina facilities. So technically, they shouldn’t have been impacted by tariffs, or at least not significantly, unless imported components factored in. As usual, the truth sits in a grey area.

For buyers looking to sidestep the latest round of price changes, it may be worth checking local inventory for cars already on dealer lots. Vehicles delivered before the end of the year are likely to carry current pricing.

Tariffs may have influenced BMW’s pricing for 2026, but the broader pattern raises more pressing questions. This is the second increase in just six months, suggesting something beyond routine adjustments.

Annual price bumps aren’t unusual in the auto industry, particularly with new model years. But those are usually linked to updates or added content, not blanket, across-the-board hikes with no clear explanation, and certainly not with this frequency.

We’ve become quite accustomed to hearing about impossibly cheap EVs coming out of China, easily undercutting those from Europe, the US, Japan, and elsewhere.

The Dacia Spring fits that mould in one sense, as it’s built in China, but it arrives wearing a European badge and undercutting everything else on the market. It’s the cheapest EV currently on sale in the UK, thanks to the new £3,750 ‘Dacia Electric Car Grant’.

Read: Dacia’s EV Tortoise Just Got A Hare Transplant

For the freshly updated 2026 model, the Dacia Spring starts at just £12,240 ($16,415 at current exchange rates) including all on-road charges.

That makes it cheaper than the long-reigning Dacia Sandero, which has typically held the title of Britain’s most affordable car, unless you count outliers like the Citroën Ami quadricycle. Even the Leapmotor T03, another low-cost Chinese EV, can’t quite match it on price, starting from £15,995 ($21,400).

In the UK, the high-riding hatchback with the crossover aesthetics is offered in two forms: the Expression Electric 70 and the Extreme Electric 100. The total, on-the-road price for the base model technically starts at £15,990 ($21,400), while the flagship model starts at £16,990 ($22,800).

However, both are available with Dacia’s £3,750 ($5,000) grant, bringing the prices down to £12,240 ($16,415) and £13,240 ($17,700), respectively.

What’s New For 2026?

Several important upgrades have been made to the Spring for 2026. For example, Dacia has revised the chassis, suspension, and brakes, aiming to make the EV “feel more secure, more composed, and more capable across a wider range of everyday situations.”

Additionally, both models now include a new 24.3 kWh lithium-ion phosphate battery.

Both the Expression Electric 70 and Extreme Electric 100 feature single electric motors, but as their names suggest, the base model is capped at 70 hp while the range-topper delivers 100 hp.

This version also includes copper-accented styling, electric rear windows, a larger 10.1-inch infotainment display with wireless Apple CarPlay and Android Auto, and a vehicle-to-load function. Both models can travel up to 140 miles on a charge.

Tony, Ryan and Taylor discuss the most-read School Transportation News magazine articles from 2025, which focused on student safety, operational efficiency and technological advancement. STN also recognized outstanding individuals and teams in the industry through programs like Innovator of the Year, Garage Stars, Rising Stars and Transportation Director of the Year.

Read all our digital editions.

This episode is brought to you by Transfinder.

 

Stream, subscribe and download the School Transportation Nation podcast on Apple Podcasts, Deezer, Google Podcasts, iHeartRadio, RadioPublic, Spotify, Stitcher and YouTube.

The post (STN Podcast E287) 2025 in Review: Top STN Magazine Articles appeared first on School Transportation News.

STN EXPO East attendees are looking forward to an energizing new keynote speaker who will be featured during the conference coming up March in North Carolina.

Jim Knight is a best-selling author with a colorful background in “Rock ‘n Roll,” documenting his 21-year-long career as head of global training and development at Hard Rock International. Knight plans to use his business expertise to give STN EXPO East attendees strategies on revitalizing company and organization culture, developing leadership and maintaining excellent customer relations to achieve exceptional results.

On Saturday, March 28, Knight will act as a thought starter for the exclusive leadership sessions at the Transportation Director Summit held at Topgolf Charlotte Southwest. Drawing upon his career start in hospitality and extensive experience in organizational culture, he looks to inspire student transportation leaders with his “Leadership That Rocks” non-negotiable traits to develop a winning team. Regardless of an organization’s history or current culture status, Knight plans to provide concrete strategies for systemic changes.

On Monday, Knight will return to guide all conference attendees through his signature “Culture That Rocks: Set List on How to Amp Up the Company’s Culture (to Eleven) and Deliver Sustainable Results” keynote session.

Knight has been recognized by Training Magazine representing one of the top 125 training companies in the world. His work at Hard Rock International included facilitating corporate training, managing training materials (including creation of training videos), facilitating leadership transitions, and more. His best-seller “Culture That Rocks,” and unique presentation style have earned recognition in multiple national publications, including Forbes, Inc., Entrepreneur and Business News Daily.

In addition to Knight’s keynote session, attendees will have a wide variety of educational sessions, hands-on training and networking events over the course of the entire STN EXPO East conference to gain innovative solutions to transportation’s biggest challenges.

STN EXPO East will be held March 26- 31, 2026 at Embassy Suites by Hilton Charlotte Concord Golf Resort & Spa. Save $200 on main conference registration when registering by Dec. 19. at stnexpo.com/east.

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Related: STN EXPO East Opens Online Registration for March 2026
Related: STN Launches Peer-to-Peer Mentorship Program at 2026 Conferences
Related: WATCH: STN EXPO East 2025

The post STN EXPO East Keynote Speaker to Outline Strategies for Creating Impactful Culture appeared first on School Transportation News.

The BMW iX1 will turn four years old in May, but major changes are in store as a Neue Klasse version is in the works. It promises to be a radical departure that ushers in some new technology we’ve already seen on the iX3.

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

Spied at a charging station, the crossover adopts an all-new front end with a slender twin kidney grille. It’s accompanied by lighting units that closely recall those found on the iX3.

Further below, we can see a wide central intake that eschews the vertical element found on its larger counterpart. The bumper also appears pretty curvaceous, which should help to improve the model’s aerodynamics.

Moving down the sides, there are pronounced wheel arches and streamlined bodywork. We can also see flush-mounted door handles and a familiar greenhouse.

The rear end is heavily disguised, but there’s a new liftgate with a license plate recess that has been moved closer to the bumper. The model also sports a flatter spoiler and a more rounded design.

The Neue Klasse design continues inside the cabin, which has been equipped with Panoramic iDrive. It features a pillar-to-pillar display at the base of the windscreen as well as a freestanding infotainment system, which presumably measures 17.9 inches.

Elsewhere, we can see a new center console with a shifter and controls that appear to be lifted directly from the iX3. Additional details are hard to make out, but the crossover has a camera-mounted on the rearview mirror.

While it was initially believed BMW was working on a Neue Klasse facelift for the X1 lineup, this appears to be a redesigned iX1. This suggests the ICE and EV variants will diverge in a similar fashion to the X3 and iX3.

As a result, the connections to the iX3 will be more than skin deep and the two models will likely share a lot in common. This should include an 800V architecture, cylindrical-cell battery packs, and efficient electric motors.

We’ll likely get a better idea of what to expect once BMW rolls out additional versions of the iX3. So far, we’ve only seen the 50 xDrive variant, which has a dual-motor all-wheel drive system producing a combined output of 463 hp (345 kW / 469 PS) and 476 lb-ft (645 Nm) of torque. The model also sports a 108.7 kWh battery pack, which provides a WLTP range of up to 500 miles (805 km).

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