New details emerged from an incident involving a student with a handgun while riding a school bus in Kanawha County, West Virginia that led to a teacher’s aide also being arrested, reported Metro News.
St. Albans Police Department officers were called on Jan. 21 after a student at Hayes Middle School was discovered with a handgun on his school bus around 3:15 p.m. A school employee who was on board the bus confiscated the weapon and turned it over to school officials.
Police said the juvenile was later released into the custody of a guardian, who indicated they had no knowledge the student possessed a firearm. Authorities also revealed the handgun had been reported stolen the night before the incident.
As the investigation continued, police then arrested Heather Dawn Sherrod, 46, of St. Albans, a teacher’s aide at Hayes Middle School. Sherrod was charged with failing to report a firearm and was taken into custody.
A criminal complaint was filed in Kanawha County Magistrate Court. Investigators learned that Sherrod was informed by a student around 8:30 a.m. on Jan. 21 that a handgun had been pointed at another student. Police allege that despite being a mandated reporter, Sherrod did not report the incident. The complaint states Sherrod admitted she knew she was required to report the information but failed to do so.
Sherrod is currently being held at South Central Regional Jail on a $2,500 bond. The St. Albans Police Department continues to work closely with the Kanawha County Prosecutor’s Office as the investigation remains ongoing.
A Government Accountability Report (GAO) study of five federal programs for fraud prevention measures and oversight found the Federal Communications Commission’s (FCC) Universal Service Program for Schools and Libraries, commonly known as E-Rate, to be the only one that met all nine requirements and leading practices to prevent fraud, waste and abuse.
Meanwhile, E-Rate opponents have often characterized the funding mechanism for discounted internet and telecommunications access in libraries, schools and until recently school buses as rampant with fraud. FCC in September voted 2-1 to revoke E-Rate eligibility for school bus Wi-Fi.
In addition to E-Rate, the GAO report released in December examined the policies and procedures of the Department of Commerce’s CHIPS for America Fund, the Environmental Protection Agency’s Greenhouse Gas Reduction Fund, the Department of Health and Human Services’ Health Center Program, and the Department of Energy’s Regional Clean Hydrogen Hubs.
The Universal Service Administrative Company (USAC) administers E-Rate under FCC oversight and conducts biannual fraud risk assessments. The GAO report found USAC has implemented an entity-wide antifraud strategy, which includes measures to prevent, detect and respond to fraud, as well as ongoing monitoring and evaluation of fraud risk management activities.
GAO noted that E-Rate’s adherence to all nine requirements and leading practices, including maintaining risk profiles, documenting an antifraud strategy and conducting risk-based monitoring. Together, GAO said the requirements and leading practices set a high standard for other federal award programs. In fiscal year 2024, E-Rate obligated approximately $2.9 billion and disbursed $2.6 billion to help schools and libraries access affordable broadband services.
Michael Flood, founder of telecommunications consultant and strategist Alpine Frog, applauded what he called a “100-percent, A-plus score.”
“I would add that the E-Rate program is also widely recognized for continuously and consistently bringing down costs over its 30-year history due to a robust competitive bidding process and commitment to open data practices,” he commented. “E-Rate operates in an efficient and open market.”
The report also highlighted previous recommendations made by GAO to improve fraud risk management in FCC’s Affordable Connectivity Program (ACP). The FCC implemented all six recommendations, further strengthening its oversight capabilities.
While the report identified gaps in fraud prevention measures across other federal programs, it commended the FCC and E-Rate for their proactive approach to safeguarding taxpayer dollars and ensuring program integrity.
DUPAGE, Ill. – Durham School Services and Glenbard Township High School District 87 have started the year on a strong note with their newly formed partnership and successful start to the semester – a testament to Durham’s 109 years of expertise and safe and reliable service. The partnership will extend through July of 2027, and Durham will service a total of fifty regular routes and nine special education routes for the school district.
Durham and its sister brands currently provide student transportation for fifteen communities across Illinois, and through this partnership with Glenbard Township High School District 87, are excited to be able to expand our transportation services to another community in Illinois. Further, through our company-wide community outreach program, Partners Beyond the Bus, our team looks forward to supporting the Glenbard community and its students beyond providing transportation through various community activities and events.
“We appreciate the partnership we’ve established with Durham School Services with an emergency contract for transportation for Glenbard Township High School District 87,” said Jessica Santee, Superintendent, Glenbard Township High School District 87. “While changes of this scale and in this short timeline are extremely difficult, our shared commitment to student safety, reliability, and clear communication has helped us to start the semester off smoothly. Durham has worked closely with our district to address our needs, support drivers, and strengthen day-to-day operations. We value their responsiveness and commitment to our greater school community. We look forward to our continued partnership in providing dependable transportation services for our students and families.”
“What a great, positive way to begin 2026 by forging this partnership with Glenbard Township High School District 87,” said Tim Wertner, CEO, Durham School Services. “Even with the hustle and bustle of the holidays and New Years, our team stayed focused and worked in perfect tandem with the school district to keep the momentum going to ensure that we were prepped and ready for a successful start-up. Thank you, team, and Glenbard Township High School District 87, for all your efforts! We are off to an excellent start, and we’re thrilled to join and support the Glenbard community. We look forward to building strong bonds with the community and continuing our commitment to transport students to school safely, on time, and ready to learn every day.”
About Durham School Services: As an industry-leading student transportation provider, Durham School Services and its sister brands, Stock Transportation and Petermann Bus, are dedicated to the safety of our students and People. Collectively, for more than 100 years, we have been committed to Excellence and upholding our mission of getting students to school safely, on time, and ready to learn. Through this mission and a grassroots approach to our operations, Durham School Services and its sister brands have earned recognition as a trusted transportation provider among our Customers and the Communities they serve.
Waymo plans to launch paid UK robotaxi service as soon as September.
Mapping London streets now using Jaguar I-Pace vehicles with drivers.
Cars equipped with radar, lidar, and cameras to capture road data.
Londoners may soon find themselves riding in the front seat of the future, as Waymo prepares to bring its fully autonomous robotaxis to the streets of the UK. The self-driving tech firm has announced plans to launch in London, taking advantage of new regulations that will permit robotaxis to operate in the city starting in the second half of this year.
Waymo’s UK rollout comes even as scrutiny builds back home. This week, the NHTSA opened an investigation after one of the company’s robotaxis struck a child near an elementary school in Santa Monica, California, during drop-off hours.
London’s Local Transport Minister Lilian Greenwood has confirmed that Waymo, which is owned by Google-parent Alphabet, will launch a pilot service in April, before launching in full as early as September.
To ensure the robotaxis can handle the intricacies of London’s roads, several of its vehicles are already being tested with a safety driver behind the wheel, helping map the city’s streets.
These test vehicles typically operate 24 hours a day, 7 days a week, and are driven in select London boroughs, including Camden, Hackney, Hammersmith and Fulham, Lewisham, Newham, and the City of Westminster.
Data Collection Meets Cybersecurity Requirements
Waymo says it’s currently gathering data across the widest possible range of London streets, using the advanced cameras, lidar, and radar fitted to the Jaguar I-Pace models.
In a statement to the BBC, Minister Greenwood emphasized that all Waymo robotaxis will be subject to strict safety criteria before they’re allowed on the road. This includes resilience against cyber attacks and secure software protocols to protect against hacking.
Once the vehicles have sufficiently mapped London’s roads and meet all regulatory standards, users will be able to request a ride through the Waymo app. The service is expected to carry a “premium” price point, with fares adjusted upward during periods of high demand, though exact pricing has not yet been announced.
Growing Competition
Waymo isn’t the only company eyeing the capital. Both Uber and Lyft have expressed interest in launching robotaxi services in London once the legal framework allows. With regulators clearing a path for autonomous vehicles, the city is shaping up to be a key battleground for the next phase of ride-hailing innovation.
IM Motors revealed the LS9 Hyper SUV with three electric motors.
It features a 1.5L turbo range extender and 65.9 kWh battery pack.
Rear-wheel steering gives it a 16.2-foot turning radius in tight spots.
IM Motors, the upscale joint venture from MG and Chinese e-commerce giant Alibaba, has pulled the covers off its latest flagship. Named the LS9 Hyper, this SUV builds on the standard LS9 that debuted last year, layering in high-spec upgrades aimed at Chinese buyers who want their tech-laden luxury served in insulated comfort.
Whereas IM Motors’ smaller offerings like the IM5 and IM6 go all-in on battery-electric power, the LS9 Hyper takes a different route. It’s a range extender rather than a full EV. Under the hood is a 1.5-liter turbocharged four-cylinder engine with 153 horsepower, but its only job is to recharge the 65.9 kWh battery.
Power is delivered through a single 215 hp electric motor at the front axle, backed up by two 261 hp motors at the rear. This setup offers an estimated all-electric range of 191 miles (308 kilometers). The three electric motors also provide torque vectoring, though we don’t think many owners will be hustling this beast through the corners.
The LS9 Hyper also debuts a clever all-electric, all-wheel 24-degree smart steering system, believed to be a first for a vehicle in this class. It achieves a turning radius of just 4.95 meters (16.2 feet), roughly two meters tighter than a Smart ForTwo.
As you can no doubt tell from the photos, this thing is big. In fact, it is 5,279 mm (207.8 inches) long, 2,000 mm (78.7 inches) wide, and stands 1,806 mm (71.1 inches) tall with a massive 3,160 mm (124.4-inch) wheelbase.
The exterior design isn’t particularly noteworthy, but it does look classy. At the front, a light bar and vertically oriented headlights. It also includes a roof-mounted LiDAR and is available with 20-, 21-, and 22-inch wheels. Adding to the fancy looks are silver accents running along the base of the side and rear windows.
Many of the fancy MG’s best features are found in the cabin, which hasn’t been revealed yet, though it’s expected to mirror the LS9 shown here. There’s a single 27.1-inch display, encompassing the cluster and infotainment screen, as well as a separate 15.6-inch monitor for the front passenger.
Audiophiles will have plenty to enjoy with the Bang & Olufsen sound system, while all occupants benefit from massaging seats and an underfloor heating system. Rear-seat passengers aren’t overlooked either, with access to a 27-inch 5K display that folds down from the headliner.
And in case that’s not quite enough, as with the regular LS9, IM will also offers the option of an integrated shower unit built into the tailgate.
Geely Galaxy Xingyuan was China’s best-selling vehicle in 2025.
Wuling Mini EV ranked second, ahead of the Tesla Model Y in 2025.
BYD stayed China’s top-selling brand by a wide margin in 2025.
A new electric subcompact has pulled off a quiet revolution in China’s fiercely competitive car market, topping the charts without the backing of Tesla or BYD. The Geely Galaxy Xingyuan, a fully electric hatchback, has officially become the country’s best-selling vehicle for 2025, racking up 465,775 registrations and ending the two-year reign of the Tesla Model Y.
Known as the Geely EX2 in export markets, the Galaxy Xingyuan was introduced in 2024 and measures 4,135 mm (162.8 inches) in length. It sits in the subcompact category, going up against popular rivals like the BYD Dolphin, Wuling Bingo, and Aion UT.
It blends simple, approachable styling with a well-equipped interior and pricing that stays competitive, currently ranging from ¥65,800 to ¥95,800 ($9,500 to $13,800 at current exchange rates) in China.
China’s second-best-selling vehicle in 2025 was the compact Wuling Hongguang Mini EV, repeating the success of its earlier version from 2021 and 2022. The pint-sized electric hatchback from the SAIC-GM-Wuling joint venture entered a new generation last year, bringing more playful styling and a new five-door variant. Those updates clearly landed well, helping it reach 435,599 units sold, a huge 82 percent jump over its 2024 total.
Geely Galaxy Xingyuan
The Tesla Model Y, which held the top spot in 2023 and 2024, slipped to third place in 2025. It still put up strong numbers with 425,337 units sold, though that marked an 11.5 percent decline from the year before, even with the launch of a significantly updated version earlier in the year.
In fourth place, the BYD Qin Plus sedan registered 387,315 units sold. Available as either a fully electric model or a plug-in hybrid, the Qin Plus had previously held the second spot in both 2023 and 2024 but saw its position slip this year.
The Nissan Sylphy sedan, known as the Sentra in the US, was China’s best-selling model from 2020 to 2022 before Tesla took over. Now down to fifth place with 320,000 sales, it still holds the distinction of being the country’s best-selling non-EV. A new generation has just arrived, which might give it a boost heading into next year.
Rank
Model
Powertrain
Sales
1
Geely Galaxy Xingyuan
EV
465,775
2
Wuling Hongguang Mini EV
EV
435,599
3
Tesla Model Y
EV
425,337
4
BYD Qin Plus
PHEV/EV
387,315
5
Nissan Sylphy
ICE/Hybrid
320,000
6
BYD Seagull
EV
310,956
7
BYD Qin L
PHEV
264,671
8
Xiaomi SU7
EV
258,164
9
Volkswagen Lavida
ICE
245,000
10
BYD Song Plus
PHEV/EV
200,276
SWIPE
Source: China Passenger Car Association (CPCA)
Another standout in China’s top 10 for 2025 is the Xiaomi SU7 sedan, which landed in eighth place with 258,164 units sold. The Chinese newcomer made headlines by outselling its direct rival, the Tesla Model 3, which slipped to eleventh with 200,361.
Local Brands Dominate The Charts
According to data from the China Passenger Car Association (CPCA), BYD held onto its lead as the largest manufacturer in China by total volume, selling 3,484,525 vehicles in 2025. Geely followed in second with 2,605,565 units, marking a striking 47% increase over the previous year.
Chinese brands as a whole captured 65 percent of the domestic market, while many foreign automakers that once dominated have struggled to keep up. FAW-Volkswagen secured third place with 1,531,276 sales, but joint ventures from Toyota and Honda have now dropped out of the top five.
Lucid has completed prototypes for its midsize EV platform.
The new platform prioritizes lower costs and manufacturability.
Production is scheduled for late 2026 at high volume scale.
It’s official, Lucid has built its first midsize EV prototypes, the production version of which may be called Earth. The details, including hard platform specs and complete styling, are still largely under wraps. That said, one thing is wildly clear. This is the most important piece of Lucid’s path forward.
The update comes straight from Nick Twork, Lucid’s Head of Communications, who shared that he recently spent time in the brand’s prototype build area watching the first midsize vehicles come together. According to Twork, the new EVs retain the same core DNA as the larger Air sedan and Gravity SUV.
In other words, expect the same space efficiency, driving dynamics, and lengthy range. According to Twork, this vehicle pushes things forward thanks to “dramatically improved manufacturability and cost structure.” He also teased that the finished products “are going to surprise people.”
Can Lucid Make It Work at Scale?
That last part may sound like standard corporate hype, but the emphasis on manufacturability is the real key to not just the vehicle itself, but the future of the brand.
Lucid has already proven it can engineer some of the most advanced EVs on the market. What it hasn’t proven, at least at scale, is that it can build them profitably. The Air and Gravity have impressed on paper and on the road, but they’ve also come with premium price tags and heavy cash burn behind the scenes.
Spent time in our prototype build area today watching the first full Lucid midsize vehicles come together. Same Lucid DNA as Air and Gravity – space, efficiency, dynamics, and range – paired with dramatically improved manufacturability and cost structure. These are going to… pic.twitter.com/3K4qQ7b3oC
Lucid has confirmed that the new platform will underpin three different body styles, none of which will be sedans. In that sense, it’s designed to scale in a way that the Air and Gravity simply can’t, at least in their current forms.
That’s why the company’s focus on simplified manufacturing matters so much. If Lucid can preserve even a portion of its signature advantages while meaningfully reducing production costs, it could give it a foothold for the long term that it desperately needs.
Production is currently slated for late 2026, placing Lucid’s midsize EV just behind the Rivian R2 that will launch “by June” this year. The fact that we haven’t seen it totally unveiled seems to indicate that Lucid has a lot to manage between now and then. Expect pricing to start around $50,000.
Toyota bZ4X recall stems from incorrect taillights being sold.
Korea-spec lights lack the side marker lamp required in US.
Catalog wrongly listed Korea lights as suitable for US vehicles.
Even the most reliable brands can slip up now and then, and this time, it’s Toyota turn in the spotlight. While known for its solid track record in quality control, the automaker has nonetheless found itself navigating a rather awkward parts mishap involving the bZ4X.
Several units will now face a recall in the United States, all due to a mix-up with replacement taillights. So, what exactly went wrong?
Confused Parts Cross Borders
A recall notice issued by the National Highway Traffic Safety Administration (NHTSA) reveals that taillights originally intended for service replacements in South Korea were accidentally distributed in the U.S. Some of those may have ended up installed on American-market bZ4X models.
Due to differences in automotive lighting regulations between the two countries, the South Korean-spec taillights don’t meet American standards. The key issue lies in the side marker, as the Korean units include a side marker reflector, but U.S. regulations require a side marker lamp to comply with Federal Motor Vehicle Safety Standards.
Toyota first caught wind of the problem in October, when a parts order came through from Canada requesting a Korea-spec left-hand taillight assembly for the bZ4X. That raised a red flag, prompting the company to dig deeper.
The investigation revealed a potential cause of the mix-up. Both U.S. and Korean versions of the replacement parts had been listed in the catalog, but the Korean version also displayed the term “USA” in its description, likely confusing some who purchased a replacement light.
Toyota believes that a total of 79 right-hand and left-hand replacement taillight assemblies designed for South Korea could have ended up in the United States, although it hasn’t specified how many have been fitted to customer cars.
What Happens Now?
Owners who’ve had a taillight replaced on their bZ4X will be notified via mail. Toyota dealers will inspect the installed parts to determine whether the correct U.S.-spec lights were used. If any Korean-spec units are found, Toyota will replace them at no cost.
Toyota is expected to launch a new Corolla with major upgrades.
Unofficial renderings preview a sedan with softened concept cues.
Compact model will offer hybrid and fully electric powertrain choices.
The Toyota Corolla, the best-selling nameplate in automotive history, is gearing up for a major evolution for its 13th generation. This next iteration of the compact is expected to merge a more futuristic design with a broad range of powertrain options, including hybrid and, for the first time, fully electric. If all goes according to plan, this will be the most ambitious overhaul in the model’s six-decade run.
Toyota offered a taste of that future with the radical concept unveiled at the 2025 Japan Mobility Show. While visually striking, the concept’s design leaned heavily into the avant-garde, raising doubts about how much of it would survive into production.
Is This What It’ll Really Look Like?
In response, digital artist Theophilus Chin stepped in with speculative renderings that balance the bold with the believable. His vision softens the extremes, wrapping forward-thinking design in a more grounded four-door sedan shape.
The illustrations are actually based on the Lexus IS, implementing elements from the Toyota Crown Sedan before adding the signature styling features of the Corolla concept.
At the front, the design retains the hammerhead-style headlights introduced on the concept, now joined by additional daytime running lights integrated into the bumper. Below that sits a slim air intake, nestled under a full-width LED bar.
According to Toyota’s own designers, combustion-powered variants would require certain functional tweaks. This likely explains some of the more pragmatic adjustments in Chin’s version.
In line with that approach, several of the concept’s more dramatic features have been reined in. The low-slung hood and ultra-modern glasshouse have been scaled back to better suit a road-going car. Wheel sizes are more modest, and the flush door handles have given way to conventional ones. Even so, the side profile keeps its complexity, with angular character lines.
The biggest change is at the rear, where the concept’s futuristic tail has been swapped for a more conventional sedan layout, likely to align with mainstream Corolla tastes. Even so, the clean roofline, slim full-width LED taillights, subtle spoiler, and sharp surface work give it a more contemporary look than the current generation of the sedan
Did The Concept Take It Too Far?
Toyota Corolla Concept
The original concept was developed by Toyota’s European design center in France, signalling a radical shift for the popular nameplate. However, while the prospect of big changes sounds exciting, history suggests automakers tend to proceed cautiously with high-volume, globally popular models.
It wouldn’t be surprising if Toyota tempers the wildest aspects of the concept for the production version. Still, there’s always the chance they’ll take a bigger leap than expected.
What remains unknown is whether the new generation will follow the current model’s multi-body format. At present, the Corolla is sold globally as a sedan, hatchback, and estate, offering broad appeal across markets and use cases.
Toyota Corolla Concept
Besides the futuristic exterior, the concept came with a completely reimagined interior combining the latest technology with more premium materials and added space. Toyota’s messaging suggests they’re looking to elevate the segment, but production models are likely to tone things down for cost, practicality, and manufacturing scale.
Under The Skin
Toyota has not yet released technical specifications for the next-generation Corolla, but it did confirm the model will continue under its “multi-pathway” strategy, supporting multiple types of propulsion.
The lineup will offer both hybrid and fully electric powertrains to suit a wide range of global markets. Likely options for the hybrid system include new 1.5-liter and 2.0-liter four-cylinder gasoline engines currently in development, aimed at delivering more power with improved efficiency.
Designers have also stated that interior space will remain consistent across all variants, regardless of the drivetrain.
Given the driver-oriented nature of the current TNGA platform and Toyota’s steady evolution in chassis tuning, the next Corolla could offer a more rewarding experience behind the wheel. Comfort and usability remain priorities, but added sharpness wouldn’t come as a surprise.
The current 12th-generation Toyota Corolla debuted in 2018, with a mild mid-cycle update arriving in 2022. That timeline suggests the next generation could appear in 2026 or 2027, though Toyota has not yet confirmed a launch date.
Tesla is ending Model S and X production this year, Musk says.
Model S helped prove EVs could be fast, fun, and desirable.
Fremont, CA, plant will be retooled to build humanoid robots.
Tesla is quietly switching off two of the cars that helped kickstart the modern EV revolution. The Model S sedan and Model X SUV are heading for retirement as the company steers away from cars and toward humanoid robots instead.
CEO Elon Musk made the announcement on an earnings call on Wednesday, explaining that S and X production would end in California next quarter, and the Fremont plant would be repurposed to build Optimus robots.
“It’s time to bring the Model S and X programs to an honorable discharge because we’re really moving into a future that is based on autonomy,” Musk told investors.
“We’ll obviously continue to support S and X programs for as long as people have the vehicles, but we’re going to take the production space in our Fremont factory and convert that into an Optimus factory with the long term goal of having 1 million units a year.”
Game changer
It feels strange to say goodbye to the Model S, and Musk himself conceded the news was “slightly sad.” When it launched back in 2012, it rewrote the rulebook. Here was an electric car that was not a compromise box on wheels but a sleek, luxury sedan with Aston Martin vibes that could outrun a BMW M5 – and later, supercars – in a straight line. Alongside the Nissan Leaf, it helped drag EVs into the mainstream.
The Model X followed with its dramatic falcon wing doors and family friendly space, though it never quite matched the S for cultural impact. Still, both became rolling symbols of Tesla’s rise from scrappy startup to industry disruptor.
Replacements Overdue
The problem is time waits for no car, especially in the EV world. Sales numbers told the story. The Model 3 and Model Y became Tesla’s volume heroes, while S and X faded into niche status. While Tesla refreshed the S and X over the years, it never gave us all-new versions even as the threat from Western and Chinese rivals grew stronger.
Now, rather then reboot them, Tesla has decided to pivot to something different altogether, something with the potential to make even more money, and have an even bigger impact than the S did a decade ago.
We cover a harsh winter ice storm, takeaways from the 2026 NSTA Midwinter Meeting, updates to the U.S. EPA’s Clean School Bus Program and illegal passing by Waymo autonomous vehicles.
Industry consultant Tim Ammon gives tips for transportation budgeting and business efficiency while maximizing educational access for students. He will lead sessions at STN EXPO East this March in Charlotte-Concord, North Carolina.
Authorities in Elk River, Minnesota are investigating how a man abducted a 7-year-old girl from her school bus stop.
According to a statement from the Sherbourne County Sheriff’s Office, the child exited her school bus just before 4 p.m. last Wednesday and was reported missing at approximately 6:30 p.m. An extensive search resulted in no information about her whereabouts.
Investigators later determined that the girl had likely been abducted. “An extensive search by law enforcement, first responders and the public didn’t reveal her whereabouts, and investigators had no corroboration that she had potentially left the area in a vehicle until hours later,” said Sherbourne County Sheriff’s Office Commander Ben Zawacki.
The sheriff’s office issue an Amber Alert at 11:40 p.m., after authorities confirmed the abduction. The investigation led officials to a white Dodge Ram believed to be connected to the disappearance. Around 1 a.m. Thursday, law enforcement agencies located the suspect vehicle and found the 7-year-old girl inside.
“The girl was safe and the suspect was arrested,” the sheriff’s office stated.
Joseph Bragg, 28, was charged in connection with the child’s abduction. No additional details about the suspect or the circumstances surrounding the incident have been released. The investigation remains ongoing.
January 28, 2025 – At a time when the administration claims the U.S. is facing a nationwide energy emergency and consumers are increasingly concerned about rising electricity costs, its efforts to stop five large offshore wind projects under construction along the Atlantic Coast could cost consumers billions of dollars and keep much-needed new electricity off …
Abandoned prototype in California shows Chinese brand’s US plans.
Near-production SF7 crossover was built to meet US regulations.
SF Motors rebranded as Seres after halting US production plans.
A dust-covered prototype spotted in a California parking lot has stirred plenty of curiosity across forums and social media. Weathered and left behind, it’s another eerie reminder of how unforgiving the EV game can be, especially for startups trying to find a foothold in a market that moves fast, burns money, and doesn’t wait for anyone to catch up.
The vehicle in question appears to be a near-production evolution of the SF7 concept, which SF Motors first revealed back in 2018. That company would later be rebranded as Seres, eventually spinning off the Aito nameplate in partnership with Chinese tech giant Huawei. And yes, keeping track can be a bit of a challenge.
That same year, it also opened a 130,000-square-foot R&D and low-volume manufacturing facility at the McCarthy Creekside Industrial Center in Milpitas, California.
By the following year, however, those plans had been shelved. Officially, it was due to shifting market dynamics and the usual complications of US-China trade. Unofficially, the writing was already on the wall.
The abandoned prototype, first noticed by forum users and Reddit sleuths, was spotted in the parking lot of the SF Motors facility in Milpitas, California. Compared to the original SF7 concept, this one looks much closer to production, with reworked bumpers, reshaped fenders, and more conventional lighting units.
Overall, it looks like a mix between a sedan and a fastback crossover, with discreet cladding around the wheel arches and a sleek roofline. It also features. US-market details like amber indicators suggest it was being prepped for local homologation.
Inside, there’s a large portrait-oriented infotainment display paired with a digital instrument cluster. The cabin is trimmed in white leather with wood accents, but it’s clearly suffered from exposure, thanks to windows left partially open to the elements.
Specs That Never Saw the Road
Originally, the SF7 was meant to ride on a dedicated EV platform, boasting quad electric motors with a combined output of up to 1,000 horsepower. A liquid-cooled battery was estimated to provide around 300 miles (483 kilometers) of range, putting the SF7 in direct competition with premium electric SUVs at the time.
Although the SF7 never made it to showrooms, the slightly smaller SF5 managed to find a second life. That concept evolved into the Seres 5, which we reviewed, and the Aito M5, developed through the Seres-Huawei partnership.
A Failed Dream
Seeing this derelict development vehicle in California is reminder of how close SF Motors came to offer vehicles in the US. But in the end, those plans never crossed the finish line.
The Mishawaka facility, originally chosen as the production site for the SF5 and SF7, once built the Mercedes R-Class. That likely explains the presence of the white R-Class, sitting on pallets next to the abandoned SF7.
The old Mercedes crossover carries SF Motors emblems and was repurposed as a development mule for a “high-performance electric powertrain.”
From One Collapse to Another
After SF Motors scrapped its US production plans, the Indiana facility was picked up by Electric Last Mile Solutions (ELMS), a startup that later filed for bankruptcy. Mullen Automotive stepped in and took ownership in 2022, but by late 2025, the company handed the plant over to the GEM Group to resolve outstanding legal liabilities.
Neue Klasse iX3 demand is so strong BMW is adding production shifts early.
Strong early sales bode well for the Neue Klasse 3-Series arriving later this year.
BMW also upgrades charging, colors, and range for iX3 and other electric SUVs.
The Neue Klasse revolution has barely begun and already BMW has a problem. The good kind. Buyers are snapping up the new electric iX3 so quickly that it’s almost sold out through to the end of 2026, forcing the company to speed up plans for extra factory shifts.
That’s a big vote of confidence for a car customers haven’t even driven yet. Since its debut last autumn, the iX3 has made up around a third of BMW’s electric orders in Europe. Deliveries only start in March, yet much of the planned output is effectively gone.
To keep wait times from stretching into next winter, BMW is bringing forward a second production shift at its brand new Debrecen plant in Hungary, Auto News reports. The site is BMW’s first factory built purely for EVs, and while it’ll eventually build around 150,000 cars a year, it’s currently still ramping up. Clearly, that ramp needs to get steeper.
This matters far beyond one SUV. The iX3 is the first model on BMW’s all-new Neue Klasse platform and wears a bravely modern Neue Klasse design, as will the upcoming Neue Klasse 3-Series replacement later this year.
If buyers are this enthusiastic about the SUV, BMW executives will be feeling pretty good about the electric sports sedan waiting in the wings.
More Tech, More Color for 2027MY
BMW isn’t wasting time in adding polishing the package to make the iX3 even more desirable, either. From spring, the compact SUV gains an optional 22 kW AC charging upgrade, cutting home and workplace charging times. It also adds Vehicle to Load capability, letting owners power external devices at up to 3.7 kW and making camping trips more sophisticated.
There are fresh paint choices, too, including Eucalyptus Green metallic and Frozen Space Silver, plus some interior trim tweaks and the introduction of new options like a stainless steel loading sill, bright white steering wheel and an M-striped key.
Smaller SUVs Get Some Love Too
And BMW’s older electric crossovers aren’t being ignored this year, even if the iX3 is hogging the spotlight. The iX1 and iX2 receive more efficient silicon-carbide semiconductor components, boosting range by about 25 miles (40 km) depending on version. That’s a handy bump for everyday usability, improving the previously poor range of the best-performing eDrive20 to as much as 319 miles (514 km).
Russian brand Russo-Balt unveils an electric van with Tesla flair.
The F200 uses a hand-welded stainless steel body and monocoque.
It looks similar to a Chinese van, but company claims it’s original.
Tesla hasn’t created a Cybervan yet, but someone else just beat them to it. A Russian startup has stepped in with something that looks uncannily like a bulked-up Cybertruck, except it’s an electric van, and yes, it’s heading for production.
Meet the Russo-Balt F200, a stainless steel slab of a van with unmistakable Cybertruck flair. It’s the first model from a newly revived brand that traces its name back to a storied Russian automaker and railway carriage builder that operated between 1869 and 1918. Production plans are already in motion, with initial deliveries scheduled for January 2027.
As we previously reported, the F200 has already been seen roaming public roads in Russia, confirming that it’s more than a rendering or vaporware project. Amusingly, the company even featured a link to our earlier coverage on its own website.
Although we pointed out a resemblance to China’s Weiqiao New Energy V90, Russo-Balt insists the F200 is its own creation and not a rebadge job.
The body panels are shaped from unpainted stainless steel, just like the Cybertruck, welded together by hand. Despite the raw-metal finish, buyers can personalize the look with optional polyurethane wraps, available in a full range of colors and graphics.
From its sharp creases to the flat windows and squared-off arches, the F200 borrows more than a few cues from the Cybertruck. Full-width LED lighting front and rear, plus a tailgate design that recalls the styling of Tesla’s electric truck bed cover, round out the visual nods.
While most vans of this size ride on a ladder-frame chassis, the F200 uses a monocoque chassis. This setup supports a payload of up to 1,000 kg (2,205 pounds), which appears to be in line with commercial expectations.
100-Year Warranty
According to the Russian startup, the vehicle falls under the international L3H3 classification and measures 5,950 mm (234.3 inches) in length, 2,000 mm (78.7 inches) in width, and 2,550 mm (100.4 inches) in height, tall enough for most people to stand upright inside.
The standard build includes a 100-year body warranty for the stainless steel panels, which sounds a bit rich for a van that hasn’t hit the road yet in full production form.
Power comes from a single electric motor with 200 hp sent to the front wheels. A 115 kWh battery pack provides a claimed range of 400 kilometers (249 miles), with DC fast charging supported via a port on the front fender.
How Much Does it Cost?
Pricing is set at 6.5 million rubles, roughly $85,200 at current exchange rates. A refundable deposit of just 10,000 rubles (around $131) secures a place in the production queue, though the total planned volume hasn’t been disclosed.
Standard equipment includes ABS, ESP, climate control, rear air suspension, and a 360-degree camera setup with live streaming capability. Virtually every surface that could be warmed, including seats, steering wheel, mirrors, even the windshield wipers, is heated. This is a vehicle built for Russian winters, after all.
Infotainment is handled by a 14-inch touchscreen, which displays vehicle settings and offers integrated entertainment from Russian platforms such as Rutube, VKvideo, and Yandex.
More to Come from Russo-Balt
Interestingly, the team behind the F200 claims prior experience in manufacturing stainless steel water dispensers, and they plan to carry over the same material and fabrication expertise to the van. Production will be on a made-to-order basis.
A second model, the F400, is already in development. This one will feature a range-extending gas engine and all-wheel drive via dual electric motors, combining for a projected 400 horsepower. It will also add front air suspension, in addition to the rear air spring setup already included on the F200. Pricing details have yet to be announced.
Ford updates Explorer and Capri with new battery chemistry.
52 kWh LFP battery adds up to 70 km (52 miles) of extra range.
Output climbs to 187 hp with an 8.0-second 0–100 km/h time.
Sluggish demand is putting pressure on Ford’s European EV strategy, as two of its newest models struggle to gain traction. The Explorer and Capri have fallen short of sales expectations across the region, prompting the company to scale back shifts and lay off workers at its Cologne factory in Germany.
To rekindle buyer interest in its VW-based EVs, Ford has upgraded the Standard Range versions with added power and extended driving range.
The 2026 Ford Explorer and Capri Standard Range look the same as before, but benefit from hardware upgrades under the skin. The 52 kWh battery has the same capacity but now features lithium iron phosphate technology, unlocking more range.
According to Ford, the WLTP range figures have been increased by up to 70 km (52 miles). More specifically, the Explorer can travel 444 km (276 miles) between charges, and the more aerodynamic Capri has a range of 464 km (288 miles).
Acceleration Gets a Modest Bump
Furthermore, the rear-mounted electric motor is now making 187 hp (140 kW / 190 PS) and 350 Nm (258 lb-ft) of torque. This represents an increase of 20 hp (15 kW) and 40 Nm (30 lb-ft) compared to the outgoing Standard Range models, allowing the 0-100 km/h (0-62 mph) sprint to be completed in 8 seconds flat (-0.7 seconds).
Those suffering from range anxiety can still get the Extended Range RWD, which comes with a bigger 77 kWh battery and a more powerful 282 hp (210 kW / 286 PS) motor, or the flagship Extender Range AWD with a 79 kWh battery and dual motors producing 335 hp (250 kW / 340 PS).
The Ford Explorer was introduced in 2023, followed by the Capri in 2024. Both models are produced at the Cologne Electric Vehicle Center in Germany, following a multi-billion-dollar investment to convert the historic Fiesta plant into an EV hub.
Ford has yet to announce pricing for the updated EVs. In Germany, the current Explorer and Capri start from €39,900 ($47,600) and €42,400 ($50,700) respectively. It remains to be seen whether the improved specs will lead to increased customer demand.
Ford’s rivals in the segment continue to grow, with the list including the Skoda Enyaq, Renault Scenic E-Tech, Nissan Ariya, Kia EV6, Hyundai Ioniq 5, Peugeot E-3008, Opel Grandland Electric, Citroen e-C5 Aircross, Jeep Compass Electric, and the ever-present Tesla Model Y
Hybrids topped Europe’s powertrain sales with 4.5 million units.
Plug-in hybrids overtook diesel with a 33.4 percent sales increase.
In December, BEVs outsold gas cars for the first time in Europe.
Electrified vehicles are no longer playing second fiddle in Europe’s car market. Sales of battery-electric, plug-in hybrid, and traditional hybrid models climbed sharply across the continent last year, while demand for gasoline and diesel vehicles continued to shrink.
The shift picked up real momentum in December, when BEV sales pulled ahead of gas-powered cars for the first time in the European Union, even as policymakers were making plans to ease emissions regulations.
That month, BEVs accounted for 22.6 percent of the market, slipping just ahead of petrol cars at 22.5 percent. Hybrids held the largest share overall at 33.7 percent, followed by plug-in hybrids with 10.7 percent. Diesel fell further to 7.2 percent, while alternatives like LPG closed the list at 3.3 percent.
Across the European Union, the UK, and members of the European Free Trade Association, including Iceland, Norway, and Switzerland, a total of 13,271,270 new vehicles were sold throughout 2025. That marks a modest but notable 2.4 percent uptick from the previous year. Within that total, BEVs accounted for 2,585,187 sales, a significant 29.7 percent increase over the 1.9 million sold in 2024.
Hybrids Lead the Charge
Despite the BEV surge, traditional hybrids took the crown as the continent’s best-selling powertrain last year. A total of 4,566,850 hybrids were sold, reflecting a 12.4 percent increase and pushing them past gasoline-powered cars for the first time.
In 2024, petrol models held a narrow lead with 4,273,880 units sold, but in 2025, that number dropped sharply by 18.9 percent to 3,467,041.
Similarly, demand for diesel cars fell by a considerable 24 percent, down from 1,349,899 to just 1,026,354 units. This allowed plug-in hybrids to overtake diesels, selling a total of 1,272,901, or a 33.4 percent rise from 2024.
December’s numbers laid bare the speed of change. BEV registrations soared to 308,955, up 50.3 percent compared to the same month a year earlier. That was enough to edge out gasoline car sales, which declined 17.7 percent to 254,449. Diesel models also slumped in December, with sales falling 23.1 percent to 73,195.
As in the January-December period, hybrids remained the most popular powertrain choice in December, with sales reaching 380,921, up 4.9 percent. Demand for plug-in hybrids also rose 35.8 percent to 123,460.
The Story Behind the Numbers
While it’s easy to conclude that EVs outsold gas-powered cars entirely in December, that’s not entirely true. These figures from the European Automobile Manufacturers’ Association include full and mild hybrids in the ‘hybrid electric’ category, which led the industry in sales.
The vast majority of full hybrid and mild hybrids on sale use gas-powered combustion engines, whether that’s to drive the wheels, charge the battery pack, or a combination of both, so it would perhaps be more accurate to lump together hybrid electric and gas-powered vehicles into the same category. If that were the case, they would come out well ahead of BEVs.
Mini has introduced an updated Countryman E lineup.
It has a beefier battery and a new silicon carbide inverter.
Changes enable the model to gain up to 24 miles of range.
Electric vehicle technology advances quickly and models tend to get outdated relatively fast. To avoid this, a number of companies make significant changes just a few years after launch.
We can add Mini to this list as they’ve unveiled an improved Countryman E. While the crossover was introduced less than three years ago, the latest version has significantly improved range thanks to a larger 65.2 kWh battery pack and a new silicon carbide inverter, which minimizes power losses.
The model also benefits from new front axle wheel bearings that reduce rolling resistance and help to improve overall efficiency.
Thanks to these changes, the Countryman E now has a WLTP range of up to 311 miles (501 km). For comparison, the current model has a smaller 64.6 kWh battery and a range of up to 287 miles (462 km). That doesn’t sound like much of an improvement, but it’s an 8.4 percent increase.
The Countryman SE ALL4 benefits from the upgrades as well and this allows for a range of up to 290 miles (467 km). That’s 21.7 miles (35 km) more than its predecessor.
The updated Countryman will be available in Europe this March and will presumably come stateside shortly thereafter. While that remains to be seen, the US-spec Countryman SE ALL4 starts at $45,200 and has a dual-motor all-wheel drive system producing 308 hp (230 kW / 312 PS) and 364 lb-ft (493 Nm) of torque.
This enables the electric crossover to accelerate from 0-60 mph (0-96 km/h) in 5.4 seconds, before hitting a top speed of 112 mph (180 km/h). Buyers can also expect a modest EPA range of up to 212 miles (341 km).
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