Washington, D.C. – According to reporting, the Environmental Protection Agency plans to rescind all $7 billion of Solar For All grants. The Solar For All grant was passed into law as part of the Inflation Reduction Act in 2022 to expand access to affordable and reliable solar energy to low-income regions across the country. 60 projects have been …
The post EPA Plans to Rescind Solar For All Funding appeared first on Alternative Energy HQ.
(WASHINGTON, DC) — Today, it was reported that the Trump administration is preparing to cancel $7 billion in federal solar grants intended to help low- and moderate-income families access rooftop and community solar. The decision would eliminate the Solar for All program, a cornerstone of recent federal efforts to lower energy costs and expand access to clean …
The post Sun Day Responds to Trump’s Attempt to Kill $7B in Solar Grants: “A Direct Attack on American Families” appeared first on Alternative Energy HQ.
Big news as the U.S. Environmental Protection Agency looks to eliminate greenhouse gas regulations. How will school bus manufacturers and school districts respond? Also read the new August issue of STN magazine.
Nashawn Craig, assistant director of transportation and fleet at Taylor Schools in Michigan, discusses aspects of leadership including being promoted as a younger person, retaining staff, collaborating with administration and implementing new technology.
Read more about operations.
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Message from IC Bus.
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The post (STN Podcast E268) Learning Curve: EPA Surprise, Young Michigan Asst. TD Talks Leadership appeared first on School Transportation News.
The Transporting Students with Disabilities and Special Needs (TSD) Conference in Frisco, Texas this fall looks to address the unique challenges and considerations of transporting this at-risk population.
Providing the best care for the students, empowering the transportation staff, and building an operational culture of communication and clear policies will be discussed by industry veterans, transportation consultants, and school district and bus company staff members.
In the driver training category, session topics include how to model behavior interventions in transportation settings, training for empathy of children’s needs, providing training for the service of medically fragile riders, and other proactive training educational discussions.
For upholding legal requirements and federal standards, speakers will plan to address topics such as impact of the updated National School Bus Specifications and Procedures on operations, alternative transportation, Medicaid reimbursement funding, and developing policies for proper and safe usage of student restraint and seclusion practices.
To address collaborating with contractors or other resources to aid student transportation, examples of topics include how to avoid one-size-fits-all solutions, how to create successful partnerships between school districts and contractors, and the OT/PT Transporter Forum on multidisciplinary policy development.
In addition to the hands-on training classes that cover wheelchair securement, school bus evacuations and use of child safety restraint systems on school buses, instructors from the Texas School for the Deaf will provide training for student transporters on using American Sign Language to communicate.
For a full list of 2025 TSD conference topics, visit tsdconference.com.
Save $100 on regular conference registration with Early Bird registration by Oct. 3. The TSD Conference will be held November 6-11 in Frisco, Texas at the Embassy Suites Dallas-Frisco Hotel and Convention Center. Find more information on daily agenda, unique experiences, hotel and registration at tsdconference.com
Related: TSD Conference Registration is Open for Event in November
Related: TSD Evacuation Class Emphasizes Importance of Training
Related: (STN Podcast E236) TSD 2024 Recap: Supporting Students with Special Needs as Unique People
The post TSD Conference Topics Plan to Cover Unique Aspects of Transporting Students appeared first on School Transportation News.
STN EXPO hosted a visceral experience to train student transporters in emergency school bus evacuations. A bus loaned by Washoe County Schools was set up in the parking lot of the Peppermill Hotel Resort and filled with fog machines for attendees to traverse as they attempted to “rescue” a predetermined number of dolls standing in for students.
Images by Nashawn Craig / 0312 Photography.
The post Gallery: Emergency Evacuation Class at STN EXPO West 2025 appeared first on School Transportation News.
Despite early dominance in the electric vehicle market, Tesla is now struggling to keep pace in Europe. Recent industry sales data continues to show a troubling pattern, with the automaker losing ground in several key countries.
Sales have taken a hit in Belgium, the Netherlands, Sweden, Denmark, France, and Italy, and more importantly, the numbers are rapidly declining in two of the continent’s most crucial markets: the United Kingdom and Germany.
Read: Tesla Is Losing Europe Faster Than Elon Musk Can Tweet
According to the UK’s Society of Motor Manufacturers and Traders (SMMT), Tesla sold a total of 987 new vehicles in the country in July. That’s a steep fall from the 2,462 units sold during the same month last year, marking a nearly 60 percent drop. What’s particularly worrying about this is that the thoroughly updated Model Y is now available in the UK, but it has failed to reverse the carmaker’s fortunes.
BYD Outsells Tesla in the UK – By a Lot
Poor sales are one thing, but adding insult to injury for Tesla in the UK is the strong performance of one of its main rivals. Chinese electric vehicle maker BYD sold 3,184 new cars in the country in July, more than four times what it managed in the same month last year. That total puts it clearly ahead of Tesla for the month, underscoring how quickly the landscape is changing these days.
German Market Slips Further
Over in Germany, things are also looking bleak for Tesla. Sales there slipped 55.1 percent in July to just 1,110 units. Year-to-date, Tesla’s sales in Germany have also collapsed 57.8 percent to approximately 10,000 units. Then there’s the threat from BYD.
Data reveals that BYD sold 1,126 new vehicles in Germany last month, narrowly edging out Tesla. Its year-to-date sales have also soared nearly 390 percent to 7,449 units.
What makes the German decline even more concerning is that it happened despite the overall electric vehicle market growing by 58 percent in July, with 48,416 EVs registered. In other words, while more buyers are turning to EVs in Germany, fewer of them are choosing Tesla.
Tesla faces an uphill battle if it wants to stop the bleeding in Europe and retain its dominant market share. Unlike in the US, where the brand doesn’t have to deal with the threat posed by Chinese automakers, a growing number of EVs from China are flooding European shores, more often than not offering better features for lower prices.
New details and images have surfaced of Xpeng’s innovative P7 sports sedan, and as earlier glimpses suggested, it stands apart from anything else currently on the EV market. While sedans aren’t selling in the numbers they once did, models like the Xiaomi SU7 and the new Xpeng P7 prove there’s still strong interest in cars like these.
Read: Xpeng’s New Sports Sedan Packs More Power Than Expected
The exterior design of the new P7 is radical, to say the least. Its exterior design feels like a deliberate departure, with cues that seem to echo elements of the Tesla Cybertruck. The front fascia features a sharp full-width LED light bar, flanked by vertical daytime running lights for a dramatic first impression. Around back, the theme continues with a matching light bar, vertically stacked taillights, and a swooping rear glass that replaces the usual trunk lid structure.
Tech and Driver-Focused Dash
Perhaps of more interest than the exterior of the P7 is the interior, showcased in these new photos for the first time. The sedan comes with the same massive 87-inch augmented reality head-up display that Xiaomi recently premiered on the G7 SUV. There’s also a particularly sporty-looking three-spoke steering wheel with AMG-style dials to change certain modes and functions on the fly.
Adding to the high-tech atmosphere, the ambient lighting setup has been given special attention, while the central infotainment screen is mounted on a tilting panel that angles toward the driver. A slim digital gauge cluster sits just behind the wheel, and the bucket-style sport seats come with active side bolsters that inflate to keep the driver firmly in place during tight corners, a feature found in some high-end German performance models.
Performance Specs and Range Options
The P7 will be available with two battery options: a 74.9 kWh pack and a larger 92.92 kWh version. The standard configuration uses a single rear-mounted electric motor delivering 362 hp (270 kW). For those wanting more grip and performance, an all-wheel-drive setup adds a 224 hp (167 kW) front motor, bringing total output to 586 hp (437 kW).
Xpeng is targeting competitive range figures across the lineup. The base model promises up to 436 miles (702 km) on a single charge. Opting for the long-range rear-wheel-drive version increases that to 509 miles (820 km), while the dual-motor AWD variant lands at a still-impressive 466 miles (750 km).
Although specific charging times haven’t been confirmed, Xpeng says the P7 will support the same 5C fast-charging standard as the G7 SUV. That means just 10 minutes of charging could provide up to 271 miles (436 km) of added range, assuming similar conditions and infrastructure.
As for dimensions, the sedan measures 197.5 inches (5,017 mm) long, 77.6 inches (1,970 mm) wide, and 56.2 inches (1,427 mm) tall, with a 118.4-inch (3,008 mm) wheelbase, meaning it has a similar footprint to the Tesla Model S.
Also: EVs Are So Cheap In China Now Even Xi’s Worried
Pricing hasn’t been revealed yet, but based on current trends among Chinese EV makers, it’s safe to assume that the P7 will be priced aggressively, likely enough to make Western buyers take a second look at what they’re getting for the money, even as the approach sparks growing concerns within China about how sustainable it really is.
The Lucid Air Grand Touring recently traveled 748.8 miles (1,205 km) to set a new Guinness World Records title for the “longest journey by an electric car on a single charge.” Now, less than a month later, Chevrolet has blown past that by traveling a whopping 1,059.2 miles (1,704.6 km) on a single charge.
The feat was set using a 2026 Silverado EV Max Range Work Truck, which has an EPA-estimated range of up to 493 miles (793 km). However, this wasn’t a one and done thing as the company acknowledged the team drove the truck on public roads in “one-hour shifts.”
More: Chevy’s Electric Truck Just Got A Major Off-Road Boost
That isn’t the only caveat as “drivers were advised to maintain an average speed of 20-25 mph and to minimize any hard braking or quick accelerating.” The spare tire was also removed to lighten the vehicle, while the wheel alignment was optimized and an accessory tonneau cover was added for smoother airflow. The team also kept the climate control system off, which isn’t exactly a realistic thing to ask owners to do in summer.
This means that while the distance is impressive, it’s not as fantastic as it sounds. It also seems far less remarkable than the Air’s record, which saw the car travel between St. Moritz and Munich using a mix of alpine passes, highways, and secondary roads.
Chevrolet Equinox EV Hits New Sales Record
In other news, GM said they hit a new record for electric vehicle sales in July. Americans bought more than 19,000 GM EVs last month and that’s up 115% from a year ago.
The affordable Equinox EV was responsible for nearly half of all sales as consumers snapped up more than 8,500 units. While the automaker didn’t release hard numbers, they said the crossover had the best ever monthly sales for a non-Tesla EV in the United States.
GM went on to say “Industry-wide EV demand is surging, boosted in part by the upcoming expiration of the U.S. federal consumer tax credit program.” Of course, once the credit expires, EV sales could dry up like a Texas creek in July.
China’s government is done with watching the country’s car industry going at war with itself. Officials are concerned that the ongoing EV price war threatens the nation’s economic growth and is demanding automakers take action. And if they don’t take action, the government has plans to do it for them.
Related: The Company That Started The EV Price War Now Says It’s Gone Too Far
President Xi Jinping gave a couple of speeches recently in which he warned off the dangers of “involution,” where businesses invest ever larger sums of money and get less back. He was referring to the boom in multiple sectors, including AI and computing power, The Guardian reports, but one of the big villains Xi had in mind is the car industry.
Deep Discounts, Rising Concerns
Some car brands in China have cut prices to levels that look simply outrageous in the West. BYD’s Seagull subcompact EV costs as little as ¥55,800 ($7,800) in China, but the same car sold in Europe, where it’s called the Dolphin Surf, costs the equivalent of $26,000. Even allowing for the tariffs placed on Chinese cars being imported to Europe that’s a huge difference.
Though BYD seems profitable, as is Li Auto and Seres, most of the circa-50 Chinese EV brands are not making money and many are expected to disappear over the next few years. Electric car discounts across the industry averaged almost 17 percent in April, compared with just 8 percent during 2024.
The government has proposed an amendment to its pricing laws which could limit automakers’ abilities to set unnaturally low prices.
Factory Floors Sitting Idle
BYD was one of several automakers hauled over the coals last month in front of Chinese officials where they were cautioned about producing too many cars, according to The Guardian. Over-investment has led to overcapacity in the industry, with some automakers’ plants only running at 2 percent utilization or less, Bloomberg reported in June.
One option to prevent oversupply in the Chinese market without choking production is to to export more cars, something that is already happening. Chinese automakers currently sell 5.1 percent of the new vehicles registered in Europe.
Three years ago, a former GM factory in Ohio seemed poised for a dramatic comeback. Foxconn, the Taiwanese electronics giant best known for assembling iPhones, purchased the site from Lordstown Motors with big plans to turn it into a hub for electric pickup trucks. But those ambitions never materialized. Now, the factory has quietly changed hands in a $375 million deal involving one of Foxconn’s existing partners.
Read: Foxconn Will Build EVs In The US But You’ll Never See Its Name On Them
Foxconn originally paid $230 million for the Lordstown facility, with the intent to make it a hub for its EV production and research in North America. It helped Lordstown build dozens of its all-electric Lordstown Endurance vehicles at the site, but the partnership quickly soured.
By June 2023, Lordstown had filed for bankruptcy. There were also intentions to manufacture Fisker’s Ocean SUV at the site, though those plans never progressed beyond early discussions.
Factory Sale and Shift in Focus
Recent Taiwan stock exchange filings reveal that Foxconn has sold the factory and land for $88 million. It also sold machinery and equipment for its electric vehicle subsidiaries for roughly $287 million. According to Tech Crunch, the factory has been sold to Crescent Dune LLC, which was formed in Delaware just 12 days ago.
Despite the transaction, Foxconn says it will continue operating the plant and plans to expand into “new business areas.” The Wall Street Journal reports that the facility will now pivot to manufacturing cloud computing hardware, specifically designed for AI applications.
Not Giving Up on EV Ambitions
While the decision to turn the factory from an EV hub into one focused on AI hardware may make it sound like Foxconn is backing away from the electric vehicle space, that doesn’t appear to be the case. The company plans to build a family of EVs, and has already previewed several of them as concepts.
As recently as this past March, it was reported that Foxconn planned to start building the electric Model C SUV in North America during the fourth quarter of this year.
It’s not just in-house EVs that Foxconn is interested in. The company is also expected to manufacture electric vehicles for two Japanese automakers, with speculation pointing to Mitsubishi and Nissan.
Though details remain unconfirmed, the partnerships could signal Foxconn’s continued commitment to becoming a major player in EV manufacturing, even as it diversifies its U.S. operations.
An all-electric version of the Nissan Juke is headed to Europe next year, bringing a new chapter to the popular compact crossover’s story. But while the EV is on the way, it may not be the only option on the table.
Read: Nissan’s Next Juke Is So Different, You Might Not Recognize It
As shifting sales trends continue to challenge Nissan’s electrification plans, the company appears to be reconsidering a full switch from internal combustion. That means gasoline-powered versions of the Juke might stick around a little longer.
Rather than phasing it out entirely, Nissan could keep the current combustion model in production alongside the upcoming EV. The move would mirror strategies seen elsewhere in the industry, where maintaining ICE variants has helped bridge the gap for customers not quite ready to go all-electric.
Shared Foundations
Nissan’s third-generation Juke will be underpinned by a shortened version of the CM-EV platform from the Renault-Nissan-Mitsubishi Alliance that’s currently used by the Nissan Ariya and Renault Megane E-Tech. It’ll be built at the carmaker’s Sunderland plant in the UK alongside the Ariya and Leaf, debuting with a radical design inspired by the Hyper Punk Concept from a couple of years ago.
Initially, Nissan had planned to completely replace the current ICE model with this EV. However, while recently speaking with Auto News, Nissan Europe’s head of product planning for minicars and small cars, Alexandre Armada, said that may no longer be the case.
“Given the very different path of transition to electrification across Europe, keeping the internal combustion Juke in production is an option on the table,” he said.
Sales Figures Suggest a Split Strategy
Keeping the combustion-powered Juke might be a smart move for Nissan. So far this year, it’s the brand’s second-best-selling model in Europe, behind only the Qashqai, which has sold 78,397 units.
Since the electric Juke is expected to come at a higher price point, it will likely see slower sales compared to the current version. In Europe, the Juke is currently available with a 1.0-liter three-cylinder gasoline engine producing 114 hp, as well as a 1.6-liter hybrid that delivers 143 hp.
What to Expect from the EV
Many key technical details about the Juke EV remain under wraps, but some rumors have suggested it could be offered with similar 63 kWh and 87 kWh battery packs as the Ariya. However, there’s also a chance that a smaller pack in the 40-55 kWh range could be offered, which could be well-suited to Europeans living in large urban centers.
The electric Juke will enter a competitive field, going up against models like the Jeep Avenger EV, Kia EV3, Renault 4 EV, Hyundai Kona Electric, Citroen C3 Aircross, Peugeot e-2008, and the upcoming Ford Puma Gen-E.
While the immediate future remains uncertain on federal emissions regulations and funding, school bus OEMs say they are prepared with varied solutions going forward to meet the needs of every customer, no matter the fuel or where they operate.
That was the key takeaway from a July 13 panel at STN EXPO West in Reno, Nevada. The OEM representatives on stage were Francisco Lagunas, general manager of North America Bus for Cummins; Jim Crowcroft, general sales manager for Thomas Built Buses; Katie Stok, product marketing and commercial readiness for IC Bus; Frank Girardot, the PR, marketing and government relations leader at RIDE; and Brad Beauchamp, EV product segment leader for Blue Bird. The session attempted to provide some clarity to the ever-changing funding and fuel landscape.
“The only certainty is that everything is so uncertain,” Lagunas punctuated during the “The Engines & Emissions Pathway Forward” session, facilitated by School Transportation News Editor-in-Chief Ryan Gray.
Lagunas added that Cummins is seeing an increased demand in diesel, confirming that the new B6.7 octane engine will be available in January. Though, he noted that investments in electric batteries and drive systems have not slowed down. Accelera, the zero-emissions division of Cummins, is a member of a joint venture with Daimler Truck North America and Paccar to create a U.S.-based battery cell manufacturer, Amplify Cell Technologies.
Crowcroft agreed, adding that one year has made a huge difference in industry focus. Several of the same panelists sat on a similar panel last year at STN EXPO, where he said EV was the focus of the industry.
“Now, it’s been a complete 180 [degree turn] this year,” he shared, adding that the industry has spent too much time talking about EVs and not enough time talking about the other offerings.
This year has been about being diverse, being nimble and ready to adapt to change when necessary. “What is the most practical plan?” he asked, noting that diesel technology has advanced and EV fatigue is setting in.
He shared that Thomas is not telling customers what fuel or energy type to use but instead empowering them to choose what works best for their fleets. Noting the Trump administration’s relaxation of a federal push for zero-emission vehicles, Crowcroft said there has been a sigh of relief from customers for not feeling like they have to purchase electric school buses.
He noted that with all the changes and technologies, it puts more pressure on the OEMs to keep up. He said Thomas is committed to investing in quality, citing that ahead of the 2027 GHG Phase 3 regulations targeting lower NOx (the EPA currently has it on hold pending a proposal to remove GHG regulations), school districts might want to pre-buy within the next 12 months to avoid cost increases tied to the new technology.
Beauchamp said Blue Bird has always focused on a fuel-agnostic path for its customers, and the company plans on continuing with propane being a low emission source. While he said Blue Bird had yet to see EV order cancellations as of last month, he anticipates those orders will flatten. Regardless, Blue Bird is committed to EV, noting an $80 million grant from the U.S. Department of Energy last year (and double that amount in company matching funds) to build a new Type D electric school bus plant.
He noted that while the supply chain has improved coming out of COVID-19, “We’re not out of the words on it, yet,” he said.
Related: Electric School Bus Manufacturing Included in Nearly $2B Federal Energy Grant
Stok noted that the industry conversation should not be about low costs but having a supplier that delivers good quality on time. She noted that, like the other OEMs, EV is still very much part of the IC Bus product portfolio, as is diesel. However, she said the change in federal regulations will usher in changing order preferences across the industry, noting that IC is reintroducing its own gasoline school bus with the upcoming Cummins engine.
For the remainder of 2025, she said IC Bus is on track to have the highest production output from its Tulsa, Oklahoma plant. Communication is key right now, she added, and the manufacturer is working with its dealer network to listen to the customers and continue to improve.
Meanwhile, Girardot said it’s too early to predict what the future holds but BYD electric school bus company RIDE believes it holds a promise to furthering the deployment of EVs and enhancing the capabilities of vehicle to grid technology. He noted that V2G holds value and is something that communities need to consider. He highlighted success stories of V2G, such as in the Oakland Unified School District in California.
Girardot added that technician training on electric school buses is a must.
Additionally, RIDE announced a range extension on its blade battery, which took home the Best Green Technology, as judged by attendees at the STN EXPO West Trade Show Innovation Awards. Girardot added RIDE, too, received a competitive grant to expand its manufacturing facility.
Related: Transfinder, RIDE Win Big with STN EXPO Innovation Awards
Related: Another $200M Now Available for Electric School Buses in New York
Related: EPA Provides Update on Clean School Bus Program
The post School Bus Manufacturers Stay the Course Despite Regulatory, Funding Uncertainty appeared first on School Transportation News.
The school bus is evolving. With the integration of AI, data analytics and adaptive learning technologies, school buses are no longer vehicles for student transport alone they’re becoming smart and connected learning environments.
By reimagining school transportation operations, school districts can enhance safety, drive operational efficiency and engage their communities in new and meaningful ways.
Imagine a school bus that adapts to traffic in real time, monitors student behavior for safety, connects students to personalized learning content via Wi-Fi and provides
predictive insights to transportation directors and their teams. This is no longer science fiction it’s the new direction school transportation is headed, powered by AI.
Today’s cutting-edge tools are creating a more intelligent, impactful ride. AI-enabled routing software analyzes traffic, weather, construction and student addresses to create the most time and fuel efficient routes. The integration of onboard tablets allows for turn-by-turn directions and student manifests. These systems adapt in real time, helping buses avoid delays and improve on-time performance, while also helping to cut fuel use, reduce emissions and improve operational costs.
Onboard video systems on school buses aren’t new, but the use of AI software is. Most video systems offer software to help enhance detection of unsafe behavior like bullying or fights. Real-time alerts allow quick intervention to potentially prevent a situation from escalating. Looking at specific areas of interest on the school bus is a real need, and this can be done with enhanced software tools. Hours of recorded video footage and making time to review it effectively is an overwhelming task. But AI software could help tackle this challenge sooner than you realize.
Student tracking and parent communication is mission critical in a modern school transportation system. Parents and school officials are notified instantly when a student boards or exits the bus, bolstering both accountability and peace of mind.
Personalized onboard learning is more important than ever thanks to Wi-Fi. School districts can offer a variety of online learning platforms on mobile devices during school bus commute, turning down time into a valuable part of the learning day. Keep in mind the E-Rate funding for this technology is still available. I’d recommend taking action today to secure it. We don’t know what the future holds for the federal program.
Other connected technology solutions include predictive maintenance and vehicle health paired with AI. This technology can forecast mechanical issues before they become costly failures. Fleet managers receive alerts about maintenance needs, from brake wear to battery life, allowing for proactive servicing. Solution benefits included reduced breakdowns, extended vehicle lifespan and lower overall maintenance costs.
AI-assisted advanced driver systems (ADAS) is the future already realized. ADAS alerts drivers about lane departures, hard braking or following distances, helping reduce crashes. Additionally, AI-generated reports help with training and performance reviews. Fewer crashes mean fewer insurance claims. The other outcomes could be improved driver retention, safer driving habits and reduced stress.
Fleets should consider utilizing more data-driven decision making in their operations. AI platforms collect and analyze transportation data to identify trends, inefficiencies and opportunities for improvement. Dashboards visualize everything from ridership to route efficiency to behavior incidents, helping administrators make informed decisions. Improved operations, better budgeting and resource allocation allow for stronger alignment with academic goals.
By leveraging AI and emerging technologies, school districts are turning the daily commute into a strategic asset.
As technology adoption increases, data security is also vital. IT departments are now highly involved with technology purchasing for school transportation. As a result, IT professionals are requesting secured storage and enterprise level software solutions due to the increased issue of school data breaches. These types of solutions are significantly more expensive than the traditional lower budget solutions we are accustomed to.
The road to and from school can be a dynamic, data-rich, student-focused part of the educational journey. This transformation goes beyond efficiency it enhances student safety, supports learning and empowers transportation teams with the tools they need to succeed. This is a future to get excited about!
Editor’s Note: Reprinted from the July 2025 issue of School Transportation News.
Related: Not So Fast: Technology Eyes Speed Reduction in School Buses
Related: Technology Adoption, Utilization Panel Discussion Planned for STN EXPO West
Related: (STN Podcast E266) Recap STN EXPO West: It All Comes Back To Safety & Training
Related: School Bus Wi-Fi in Flux?
The post Smart Buses, Smarter Outcomes appeared first on School Transportation News.
ADROIT Advanced Technologies, a leading alternative student transportation company, today celebrated a new partnership with Motive, the AI-powered Integrated Operations Platform. ADROIT partners with school districts to provide accessible transportation for special needs students who require accommodations or live outside standard bus routes. Now, through this partnership, ADROIT will equip its vehicles with Motive’s industry-leading AI-powered fleet safety cameras, strengthening visibility, accountability, and protection for special needs students, drivers, and school districts.
The partnership follows a successful three-month pilot program of Motive and other leading competitors’ AI dashcams in Massachusetts and Arizona to ensure ADROIT was selecting the most accurate and effective safety solution. ADROIT selected Motive for its real-time safety alerts, on-demand trip footage, and 24/7 support, all key capabilities and services for providing more visibility into vehicle activity and meeting school district requirements.
ADROIT is now expanding the availability of Motive’s Vehicle Gateways and AI Dashcams to support all customers nationwide. Motive will help ADROIT meet operational and compliance standards while improving communication, reducing accidents, and giving parents and schools greater peace of mind.
“Safety is at the heart of our commitment to the education communities we serve,” said Ryan King, Vice President of Operations for ADROIT. “We’re proud to announce our new partnership with Motive to offer AI-powered fleet safety cameras and vehicle reporting to provide more transparency to families, drivers, and school districts. The platform is designed not only to support our drivers and passengers today, but well into the future.”
“Creating safer roads for students and drivers with accurate AI is one of the most meaningful ways we can make an impact with Motive,” said Abhishek Gupta, Senior Vice President of Product Management at Motive. “We’re proud to support ADROIT’s goal of modernizing student transportation with smarter technology that reduces risk and enhances the safety, productivity, and impact of their operations.”
ADROIT supplements schools’ existing fleets by conducting comprehensive background checks and requiring certified, wheelchair-accessible vehicles. To date, ADROIT has safely transported students more than 3 million miles.
Learn more about ADROIT’s services here and Motive’s Driver Safety Solution here.
About ADROIT Advanced Technologies: ADROIT Advanced Technologies, part of the Beacon Mobility family, was founded in 2017 on the premise that school transportation needs to be as varied and unique as the students and districts it serves. For five years, ADROIT has successfully complemented school transportation in communities in California, and Arizona with recent expansion into Wisconsin, Missouri, and Texas. Their unique model of ensuring their carefully vetted drivers are partnered with children based on their unique needs and IEPs ensures a transportation solution that perfectly serves parents, children, school districts, and communities. To learn more, visit: https://www.goadroit.com. To learn more about Beacon Mobility, visit: https://gobeacon.com/
About Motive: Motive empowers the people who run physical operations with tools to make their work safer, more productive, and more profitable. For the first time, safety, operations, and finance teams can manage their workers, vehicles, equipment, and fleet-related spend in a single system. Motive serves more than 100,000 customers from small businesses to Fortune 500 enterprises such as KONE, Komatsu, NBC Universal, and Maersk across a wide range of industries including transportation and logistics, construction, energy, field service, manufacturing, agriculture, food and beverage, retail, waste services, and the public sector. Visit gomotive.com to learn more.
The post Special Transportation Provider ADROIT Taps Motive to Strengthen Student Safety and Support Drivers Behind the Wheel appeared first on School Transportation News.
SANTA FE, N.M., – GreenPower Motor Company Inc. (Nasdaq: GP) (TSXV: GPV) (“GreenPower”), a leading manufacturer and distributor of all-electric, purpose-built, zero-emission medium and heavy-duty vehicles serving the cargo and delivery market, shuttle and transit space and school bus sector, today announced it has signed a contract with the state of New Mexico to implement an all-electric school bus pilot project. The contract is the result of an award made by the state under an RFP published in May.
The two-year pilot project will deploy three GreenPower Type A all-electric, purpose-built, zero-emission Nano BEAST Access school buses in the first school year (2025-26), and three GreenPower Type D all-electric, purpose-built, zero-emission BEAST and Mega BEAST school buses in the second school year (2026-27). The shool buses will rotate around the state in five pilot rounds each school year with each round lasting six weeks. GreenPower will install charging systems, provide training for the drivers, mechanics and the community’s first responder and help ensure a seamless testing period.
The contract between GreenPower and the state of New Mexico provides more than $5 million for the purchase of vehicles, cost of charging infrastructure and overall management of the pilot. GreenPower will support the implementation of the project from a location to be established in New Mexico. Based on voluntary requests to participate, school districts are currently being selected by the state to participate in the pilot. The manufacturing of the three Nano BEAST Access school buses is substantially complete and they will be ready for deployment for Round 1 the week of September 15.
“The New Mexico pilot project provides an opportunity to expand the reach of GreenPower’s zero-emission school bus product and gives parents, kids and school districts in the state the opportunity to evaluate the transition to all-electric, purpose-built school buses,” said GreenPower President Brendan Riley. “The project is leveraging the successful pilot that GreenPower conducted in West Virginia, but also has a concentration on evaluating charging options and infrastructure.”
The pilot will include both Level 3 DC fast chargers and Level 2 slow chargers for the Nano BEAST Access school buses, and will evaluate Level 3 DC fast charging in the second year with the BEAST school buses. A part of the second year will be a vehicle-to-grid (V2G) evaluation using the GreenPower Mega BEAST. The Mega BEAST is a 40-foot Type D all-electric, purpose-built, zero-emission school bus that delivers a class-leading range of up to 300 miles on a single charge because of its massive 387 kWh battery pack. The range of the Mega BEAST is greater than any electric school bus in it’s class. It has more uphill climbing power and the most compelling and cost effective V2G capability for a more stable electric grid and community sustainability in areas where it is deployed.
“We are particularly interested in evaluating charging as a part of the pilot project,” said Mark Roper, Director of the Economic Development Division within the New Mexico Economic Development Department. “Range, charging rates and grid resiliency are critical components of switching to all-electric, zero-emission vehicles.”
GreenPower is partnering with Highland Electric Fleets to install and implement the charging infrastructure necessary for the pilot. In a letter to the state, Highland’s Chief Commercial Officer Brian Buccella shared the company’s commitment to supporting GreenPower in assessing charging infrastructure and creating a reliable EV pilot project in New Mexico. “Our experience delivering and operating electric school buses at scale positions us well to assist in the successful execution of this pilot program. This initiative presents an opportunity to reduce transportation-related emissions in New Mexico communities, protect student health and modernize school transportation,” Buccella said.
About GreenPower Motor Company Inc.
GreenPower designs, builds and distributes a full suite of high-floor and low-floor all-electric medium and heavy-duty vehicles, including transit buses, school buses, shuttles, cargo van and a cab and chassis. GreenPower employs a clean-sheet design to manufacture all-electric vehicles that are purpose built to be battery powered with zero emissions while integrating global suppliers for key components. This OEM platform allows GreenPower to meet the specifications of various operators while providing standard parts for ease of maintenance and accessibility for warranty requirements. GreenPower was founded in Vancouver, Canada with primary operational facilities in southern California. Listed on the Toronto exchange since November 2015, GreenPower completed its U.S. IPO and NASDAQ listing in August 2020. For further information go to www.greenpowermotor.com
The post GreenPower Signs Contract for More Than $5 Million with State of New Mexico for All-Electric School Bus Pilot Program appeared first on School Transportation News.
Technology to prohibit speeding is nothing new to school buses. While a federal proposal to require speed limiting devices on heavy-duty vehicles was recently scuttled, states and local governments continue to push for their use.
Where does the school bus industry stand with theses devices? Do they really increase safety?
Several manufacturers think so. Speed limiters, also known as intelligent speed assistance (ISA) technology, gained traction about three years ago in New York City. The devices were first placed on a variety of 50 government fleet vehicles but not school buses. However, the project has since been expanded three times, and currently speed limiters are now installed on 700 vehicles operating across the five boroughs, 50 of which are school buses powered by both diesel and electric.
Magtec Products provides advanced the ISA, which company names SafeSpeed, on vehicles in New York City. Gary Catapano, Magtec’s chief strategy and safety advisor, has extensive firsthand school bus safety experience. He oversaw transportation companies operating in the New York area as the senior vice president of safety for First Student as well as First Transit and Greyhound from October 2004 through October 2017.
“I’m really passionate about school bus safety and what school busses do every single day in North America. It’s a pretty incredible mission, moving all those children safely and securely, and by and large, they do a great job making that happen,” he said. “But speeding is one of those problems that affects not only the school bus industry, but every type of transport out there. … [I]t’s the leading cause of fatal injuries and crashes. Typically, from year to year, anywhere from 29 to 33 percent of all fatal crashes have speeding as a causal factor.”
He said when he left First Student, he started to work with Magtec because he had piloted the technology and saw how it could make fleets safer.
“Speed is at the center of our roadway safety problems in North America, and when you slow people down, you end up being able to avoid collisions,” Catapano said, adding that slowing down allows for more follow distance between vehicles and more time to conduct defensive driving maneuvers. School bus drivers have more time to react to other hazards on the roadway as well as actions of other motorists.
“So, not only does that eliminate speed related crashes but allows you to drive more defensively and help avoid non speeding related crashes,” Catapano added.
He noted that having ISA on school buses, especially those traveling in neighborhoods with children and bicyclists present, is critical to safety. Even traveling a few miles over the speed limit increases both crash risk and severity.
New York City vehicles have traveled over 5 million miles using Magtec’s SafeSpeed across a variety of vehicles and departments. Catapano noted that NYC is a challenging environment to operate vehicles due to its urban landscape, high skyscrapers and roadways with various speed limits.
The technology became a part of the city’s Transition to Safety plan. The report “NYC School Bus Fleet: Improving Road Safety Through Technologies and Training” published in January 2024 stated that the ISA system provides a warning (visual, haptic or a combination) to a driver that the target speed is exceeded.
After installing the technology on school buses, the report states “preliminary results on the first nine-bus pilot indicate that installing ISA on school buses decreased excessive speeding (11-plus mph above the speed limit) from 4.21 percent to 0.03 percent of overall driving time, representing a 99.29 percent decrease in excessive speeding time. These initial findings suggest that ISA is a feasible intervention to decrease speeding behaviors in school bus drivers.”
Catapano explained that NYC chose to enforce a speed limit that was above the posted limit by 11 miles per hour and matched the settings of the 2,000 speed cameras that are in placed around the city. Many NYC streets have a speed limit of 25 mph, putting the maximum speed a vehicle could travel at 36 mph. He noted the SafeSpeed device keeps track of the posted speed limits wherever the vehicle is traveling, regardless of if it’s on a highway or residential street.
Meanwhile, the 2025 NYC Safe Fleet Transition Plan, prepared by the Volpe National Transportation Center for the New York City Department of Citywide Administrative Services (DCAS), said ISA resulted in a 64 percent relative decrease in the amount of time that drivers exceeded the speed limit by at least 11 mph.
“With sufficient evidence that ISA is effective at reducing severe speeding, the technology has been recategorized from “exploratory” to a Tier 2 “best practice” technology,” the report states. It adds that the city plans to install ISA in an additional 1,600 fleet vehicles, which would be the largest single deployment of active ISA in the U.S.
In addition to safety, Catapano said the speed limiters are also saving fleets anywhere from 3 to 5 percent on fuel consumption. Plus, he said speeding results in tailgating, which leads to having to use the brakes more often, resulting in higher maintenance costs for parts replacement.
He added the technology is relatively affordable and easy to install—typically taking around one hour per bus.
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Beyond speed regulation, the Magtec SafeSpeed system also offers remote vehicle shutdown capabilities, which can be used in emergency situations, such as when a bus driver is impaired or a vehicle is hijacked. Originally developed for military and high-value cargo protection, this security feature allows school districts to safely immobilize a vehicle from their dispatch office.
“Whether it’s an impairment issue, a medical emergency, or even a security threat, this technology gives districts a way to take control and protect both passengers and the public,” Catapano added, noting that no additional device is required.
Another Success Story
New York City’s adoption of ISA systems is already inspiring interest from other school districts, some with as many as 1,200 buses already equipped with the technology, Catapano noted. Yet adoption remains slow nationwide.
“Truthfully, the technology is very inexpensive and it’s readily available now,” Catapano said. “The real question is, why aren’t more districts using it?”
At least one more big city is. A new pilot program in Washington, D.C., featuring speed-limiting technology developed by LifeSafer, is making waves in the effort to reduce crashes, injuries and fatalities on the road. The program also centers around ISA technology that automatically prevents vehicles from exceeding the speed limit.
LifeSafer has a three-decades-long mission of preventing road deaths, starting with ignition interlock systems. But four years ago, the company pivoted toward broader applications of safety tech.
“I started asking, how else can we save lives?” said Michael Travars, president and general manager of LifeSafer.
That question led to the development of an ISA technology, a system already proven in large commercial fleets but largely untapped in the public sector—especially in school transportation.
The turning point came when Travars connected with Rick Burke, D.C.’s traffic safety officer, during a conversation about the city’s Vision Zero goal for eliminating traffic crash fatalities. That led to a pilot installation of ISA devices in 10 school vehicles used for the city’s School Connect program, which provides equitable transportation for students transferring between schools.
The pilot program launched in January and was designed to run for three months, focusing on school buses operating throughout the city at varying times and locations. After just 30 days, feedback from school bus drivers was overwhelmingly positive.
“The drivers loved it,” Travars relayed. “One of them told me, ‘I know my vehicle will go the speed limit, so I can pay attention to the kids.’ That’s the whole point.”
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He said the technology is purposefully non-distracting and once installed—typically a 30-minute process—the system silently enforces preset speed thresholds. Using real-time data from mapping sources like HERE, Google and Waze, the system automatically calibrates to local speed limits. It never hits the brakes for the drivers but simply prevents further acceleration.
The goal, Travars said, is safe, seamless compliance. And if drivers need to override the limiter in an emergency, a manual override button provides temporary acceleration for a fixed time, after which the limiter resumes.
With the D.C. pilot now past its initial phase, LifeSafer is working closely with city officials to expand ISA technology across more school vehicles. At the same time, the company is actively speaking with other cities and districts interested in launching their own programs. And while cost is always a concern for school systems, LifeSafer is committed to flexibility.
“We’re being adaptive during this early adoption period,” added Travars. “We want to see proof of safety, and we’re happy to work with districts to make that happen.”
Feds Have a Different Opinion?
Meanwhile, despite positive feedback from NYC, D.C. and others, the National Traffic Highway Safety Administration and Federal Motor Carrier Safety Administration withdrew a proposal to require ISA on heavy-duty vehicles.
The proposal would have required heavy vehicles with a gross vehicle weight rating over 26,000 pounds to be equipped with speed-limiting devices, initially set to a speed—likely between 60 and 68 miles per hour—that was to be determined in the final rule.
It dates back to the Obama administration’s original proposal that trucks with a gross weight of more than 26,000 pounds be equipped with a speed-limiting device to keep them under 65 mph. The proposed rule was withdrawn during the first Trump administration, only to be revived and advanced in 2022 by the Biden administration.
However, FMCSA and NHTSA withdrew the rule once again earlier this year. Transportation Secretary Sean Duffy said the device is not only an inconvenience but a hazard for drivers who are forced to go slower than the flow of traffic. Reasons for the withdrawal include policy and safety concerns as well as continued data gaps that create considerable uncertainty about the estimated costs, benefits and other impacts.
Bus & Motorcoach News reported that the American Trucking Associations, United Motorcoach Association other industry advocates embraced the proposed rule, including large trucking firms, Coach USA and many four-wheel truck drivers.
The opposition centered on the hazards of speed differentials, increased crashes, traffic backups, driver fatigue and increased pressure on a dwindling driver pool for relief drivers, as many routes were previously accomplished without exceeding the driving hours of service.
The post Not So Fast: Technology Eyes Speed Reduction in School Buses appeared first on School Transportation News.
This month marks the third anniversary of the first GV90 spy photos, but the wait is almost over. That’s clear from the latest batch of pictures, which reveal a modestly camouflaged prototype with coach doors.
Caught undergoing testing in Europe, the brand’s flagship crossover follows in the footsteps of the Neolun concept and features a triangular grille with split lighting units. They’re joined by a sizable lower intake, which is divided into two different sections each sporting a unique diamond mesh pattern.
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The profile closely echoes the original concept, but the road-going model sports traditional mirrors and flush-mounted door handles. The latter are placed front to back, just like a Rolls-Royce.
Other notable highlights include a pronounced shoulder line, bright window trim, and a rear-mounted charging port. It’s also worth mentioning the visible part of the third-quarter glass is significantly smaller than the window itself.
Out back, there’s a large liftgate with a rectangular window. They’re accompanied by split taillights and a bumper with a large recess.
While the exterior looks a little dull, the interior aims to be a luxurious oasis. Previous spy photos have shown an elegant second-row with captain’s chairs separated by a large center console. The latter appears to house a wireless smartphone charger as well as an integrated tablet.
We can also expect a minimalist cockpit that eschews a traditional instrument cluster. Instead, there will be a large center-mounted display that mimics Tesla’s setup.
Genesis has been tight-lipped about the crossover, but it’s rumored to ride on the new eM platform. It’s expected to be an evolution of the existing E-GMP architecture, and this means the GV90 should be more advanced than the similar Kia EV9 and Hyundai Ioniq 9.
The latter features a 110.3 kWh battery pack as well as a dual-motor all-wheel drive system producing up to 422 hp (315 kW / 429 PS) and 516 lb-ft (700 Nm) of torque. With that powertrain, the model has a range of 311 miles (501 km).
As electric vehicles gain traction around the world, Chinese automakers are pushing harder than ever to stand out – and not just with their designs and tech, but also by trying to prove their safety credentials in dramatic fashion.
One recent example comes from Li Auto, which introduced the i8, a three-row electric SUV packed with promising specs. Yet it wasn’t the vehicle’s feature list that stole the spotlight during its unveiling. It was a video of the i8 crashing head-on into a heavy truck.
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The footage showed a direct collision between the Li Auto and a Chenglong truck. The electric SUV, weighing between 2,580 and 2,610 kg (5,690–5,750 pounds), hit the truck at a speed of 60 km/h (37 mph). The truck, with a significantly greater mass of 8 tons (16,000 pounds), was traveling at 40 km/h (25 mph) at the time of impact.
A Closer Look at the Collision
Despite the imbalance in weight and size, the i8’s structural integrity held up well. . The short front overhang absorbed much of the force, and the pillars remained intact with no visible deformation. In the aftermath, the doors automatically unlocked and the handles extended outward, allowing testers to easily access the interior.
Furthermore, all nine airbags deployed, and the emergency call system was activated. Impressively, the floor-mounted battery pack didn’t produce any fire or smoke, even after sustaining deep scratches from a metal pole prior to impact.
Truck Frame Behavior Raises Questions
What caught many viewers off guard was the impact on the much larger truck. The force of the collision caused its cabin to tilt dramatically forward, nearly detaching from the chassis, with all wheels momentarily lifting off the ground. That unexpected outcome prompted a swift response from Dongfeng Liuzhou Motor, parent company of the Chenglong brand. On August 1, the company issued a public statement expressing concern about the test.
According to a report by QQ News, Dongfeng Liuzhou Motor accused Li Auto of “serious infringement.” The company questioned the credibility of the video, claiming it painted a misleading picture and did not reflect real-world driving conditions. Internal analysis, they said, showed that the test setup differed significantly from what would typically occur on the road.
Li Auto Defends Itself
Li Auto responded on August 3rd through an official Weibo post, stating that the crash test was conducted by China Automotive Engineering Research Institute (CAERI), a third-party state-owned company.
The automaker clarified that the video “was not intended to evaluate the product quality of any other brand, and the test results should not be interpreted as indicative of the quality of other brands’ products”.
Instead, they said the truck used in the test was purchased in the secondhand market and served only as a “mobile barrier.” The company noted, “It was unintentional that the testing process caused the Dongfeng Chenglong brand to be embroiled in public controversy.”
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In a follow-up, Li Auto added, “As a benchmark brand in China’s trucking industry, Dongfeng Chenglong’s quality and safety have always been trusted by truck drivers. To this end, we would like to clarify that there is no direct competition between Li Auto and Dongfeng Liuzhou Motor.”
Independent Testing Body Confirms Details
The China Automotive Engineering Research Institute has confirmed Li Auto’s claims in a separate statement. They described the crash test as a “non-standard vehicle-to-vehicle collision test” that simulated a traffic accident scenario, adding that it “does not involve the safety performance evaluation of other brands of vehicles”.
The institute further explained that the only criteria used when selecting the truck was its curb weight. No performance modifications were made beyond repainting it from red to white, adding autonomous driving gear, and loading it to reach the 8-ton target weight.
Do you think Li Auto’s crash test was a genuine show of EV strength or a carefully staged stunt at a rival’s expense? Share your take in the comments below.
Audi is gearing up to preview the TT successor at the Munich Motor Show, but Volkswagen was working on an electric sports car concept of their own years ago. It drew inspiration from the 1970’s SP2 and would have been a member of the ID. family.
Quietly revealed by Volkswagen’s Stepan Rehak as part of a Blast from the Past series, the sketch was created in 2017 and features a retro-futuristic design that “pays tribute to Giugiaro’s iconic style: clean surfaces, strong proportions, and bold graphics.” It was envisioned to ride on the MEB platform and would have undoubtedly been an eye-catching addition to the lineup.
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While Rehak didn’t say much about the car, it features an SP2-inspired front end with a small Volkswagen emblem that is flanked by slender headlights. The model also sports angular bodywork, which is contrasted by circular wheel arches.
Other notable highlights include aerodynamically optimized wheels and a sporty greenhouse. They’re accompanied by flush-mounted door handles, minimalist mirrors, and a wraparound rear light bar.
The SP2 isn’t widely known, but the sports car was created by Volkswagen do Brasil and launched in 1972. It featured a 1.7-liter four-cylinder engine that reportedly developed 64 hp (48 kW / 65 PS) and 89 lb-ft (121 Nm) of torque. It was paired to a four-speed manual, which allegedly resulted in a 0-62 mph (0-100 km/h) time of 15 seconds flat.
Electric range, recycled materials, and smarter design are coming together in BMW’s next-generation SUV. Next month, we’ll get our first look at the iX3, but we’re already learning more about it. The all-electric SUV is the brand’s first production foray into its Neue Klasse design and aims to offer 400 miles of range, a very unique interior, and a lot of artificial intelligence baked in.
Now, there’s another notable point: roughly 33 percent of the iX3 is made from recycled materials.
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BMW says that it applied what it calls “design for circularity”. In other words, it prioritized the use of secondary (recycled materials) wherever it could. For example, the PET (polyethylene terephthalate) material used in some of the seat covers increases recyclability. The yarn used therein is recycled PET already.
The engine cover and the storage compartment under the front hood also source 30 percent raw material from maritime plastic. Those are things like old fishing nets, ropes, and other debris. BMW didn’t stop there: 80 percent of the aluminum in the wheel carriers and swivel bearings is recycled, while 70 percent of the wheels are from recycled aluminum.
That’s all well and good, but what if all this work added more carbon to the atmosphere than it saved?
BMW evidently thought of that from start to finish with the iX3. The high voltage system relies on 50 percent secondary cobalt, lithium, and nickel and leverages renewable energy sources to produce the anode and cathode materials and the battery cells it uses.
In total, it’s decreased CO2 emissions in its supply chain by 35 percent, it says. Notably, that makes it so that this car reduces overall emissions after just a year, or 21,500 km (13,360 miles) of use.
This all sounds great, but it’ll be important to see. Production for the iX3 begins later this year, with deliveries to begin shortly thereafter. We’ll know more once we see it at the Munich Motor Show this fall.
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