The national average price of a gallon of regular gasoline is $4.29 and that’s up nearly $1.15 from a year ago. However, some states like California are paying over $6 per gallon.

Given the sky-high prices, it’s no surprise that customers are embracing hybrids and even showing renewed interest in EVs. That’s certainly the case over at Hyundai, where hybrid sales soared 90% compared to last year. Sonata Hybrid sales were up 250%, while the Santa Fe (30%), Elantra (29%), and Tucson (10%) hybrids also experienced gains.

More: Hyundai’s Best-Seller Gets Cheaper Hybrids And A New Blackout Model

Electric vehicles also bounced back following the elimination of the federal tax credit last year. In fact, the Ioniq 5 celebrated its best May ever as sales jumped 28% to 5,002 units. The model is now up 16% year-to-date as customers have snapped up 18,395 electric hatchbacks.

The Ioniq 9 is also doing okay as customers bought 1,145 last month. That’s not great, but it’s still a 279% increase from this time last year.

Overall, Hyundai sales were up 3% to 87,468 units. This was largely due to the Tucson, which found 20,581 buyers in May. The crossover was followed by the affordable Elantra, which was up 7% to 16,819 units. The Palisade is also proving popular as consumers snapped up 13,089 of them.

As for the losers, they’re not much of a surprise as Ioniq 6 sales fell 85% to 176 units. Of course, that’s hardly shocking as the company dropped the mainstream model and the high-performance N variant isn’t on sale in America yet.

The Santa Cruz plunged 41%, while the Venue fell 27%. The latter feels like a relic from a bygone era, while the unibody truck is expected to be living on borrowed time.

Hyundai May 2026 US Sales

Zūm’s AI-Powered System Is Addressing Pain Points and Driving Measurable Results for School Districts Nationwide

According to new research conducted by the National Opinion Research Center (NORC) at the University of Chicago, 54% of parents report their child has expressed worry or concern about using school transportation. This anxiety – caused by uncertainty, delays, and disruption in getting to and from school – doesn’t end when students arrive; it shows up in the classroom and makes learning harder. It ripples through families and school communities every single day. Based on missed school days and late bus arrivals alone, legacy systems create approximately 55 billion lost instructional minutes per year, or roughly $15 billion in wasted educational spending.

The research identifies a widespread but under-recognized problem, which Zum calls the “Transportation Anxiety Crisis.” This anxiety can show up in the classroom, making it harder for students to learn in the classroom.

Zum is transforming student mobility nationwide — and easing transportation anxiety — through its fully integrated Connected Mobility Experience (CMX) system that connects people, vehicles, and operations in real time, creating reliable, transparent and efficient transportation for families and schools.

“Before Zum, we had no real-time visibility,” says Kim Raney, Executive Director of Transportation, Procurement, & Warehouse – Business Operations for Oakland Unified School District (CA). “Parents would call asking where the bus was, and by the time we got an answer, the child was already home. Now everyone sees the same information and the anxiety just disappears.”

Addressing Transportation Anxiety

Zum CMX is a first-of-its-kind, AI-powered system that is enabling transportation operations to move from disconnection and anxiety to measurable improvements in reliability, transparency, and efficiency for students and districts nationwide.

Adopted in 17 states, Zūm CMX now provides a unified, connected system across more than 4,500 schools, enhancing the overall student experience for each stakeholder — students, parents, school, districts, drivers and operators.

Making a Difference in School Districts Coast-to-Coast

Zūm CMX is being adopted by major districts from coast-to-coast, including Omaha Public Schools, Boston Public Schools, Kansas City Public Schools, Los Angeles Unified, and San Francisco Unified.

Unlike traditional systems that rely on disconnected vendors and manual processes, Zūm CMX is an AI-driven system that integrates apps and dashboards, platform capabilities, operations, people, and physical infrastructure. Zūm CMX seamlessly orchestrates routing, dispatch, workforce management, safety systems, and stakeholder communications within a single operating model to deliver delightful mobility experiences to all stakeholders.

Improving the Lives of Students and Families – One District at a Time

Zūm CMX is benefitting students, parents, schools, drivers and operators in measurable ways:

The results in Kansas City Public Schools are stunning:

• One year after being implemented, Zūm CMX has driven an 89% increase in ridership
• Transportation-related absences went from 25% to 5.6%
• Student attendance increased by 2.5% and extracurricular competitive access by 150+%
• Graduation rate hit a decades-high of 88.6%

A Proven Approach to Student Mobility

Zūm CMX is improving access to education while helping districts save money. It is ensuring students arrive at school safely and on time so they are ready to learn — while keeping parents and schools connected at every turn.

Learn more about how Zūm CMX is delivering modern transportation solutions to thousands of schools nationwide at www.ridezum.com.

The post Introducing Zum Connected Mobility Experience (CMX™): Revolutionizing Student Mobility appeared first on School Transportation News.

There was a time, not long ago, when the idea of brands like Porsche, Ferrari, Lamborghini, and Mercedes-AMG studying a Hyundai for engineering inspiration would have been absurd, even laughable. That time is over. The electric Ioniq 5 N has forced every serious performance brand to take notes, and several are openly trying to replicate what it does.

It’s been nearly three years since the Ioniq 5 N arrived and reset the bar for performance EVs. Rather than chasing ever-bigger acceleration numbers, Hyundai put the driving experience first. The tool it used was a simulated transmission, engineered by the same team behind the N division’s eight-speed dual-clutch gearbox, that feels close enough to the real thing to fool most drivers.

Read: Hyundai’s Gated Manual Patent Looks Like A Koenigsegg Idea On An Elantra Budget

Porsche has acknowledged it’s tested and looked at Hyundai’s technology, but is not yet ready to commit to launching something similar on any of its EVs.

“We’ll see what happens, but it is not a technology that we do not look at. It’s very interesting. To be honest, Hyundai did a really good job at it,” Porsche product spokesperson Ben Weinberger told Car Sales. “If we do it, it will definitely be a Porsche-typical solution, but it would be too early to talk.”

911 Bosses Like Hyundai’s Solution, Too

Last year, the vice president of Porsche’s 718 and 911 lines, Frank Moster, and the head of Porsche’s GT cars, Andreas Preuninger, both heaped praise on the Ioniq 5 N, acknowledging that they learned a lot after testing it.

“This is the way,” Moser said while speaking about the simulated transmission and the Ioniq 5 N’s fake ICE-inspired soundtrack. “The customer could decide if he wants to drive in complete silent mode, or he wants to be part of the game, feeling the virtual sounds of a flat six and the virtual gear shifts. That would be the direction for the future.”

The all-electric Porsche 718 Cayman and Boxster would be the most logical choices to adopt something similar. But Porsche will also sell both with combustion power, which may give it less reason to engineer (read spend on) the kind of simulated mechanical feel that the Ioniq 5 N thrives on. Why fake gears when real ones could be on the options list? Then again, if the electric 718 shows up feeling sterile next to a three-year-old Hyundai, Porsche will have some explaining to do.

In student transportation, communication is not just an operational tool. It is a safety system. As fleets expand across districts, regions and states, traditional communication models are increasingly unable to keep pace with the demands of real-time coordination, incident response and compliance. Forward-looking transportation leaders are rethinking communication not as a standalone function, but as a foundational layer of a modern, safety-critical operating model.

This shift is redefining how drivers, dispatchers and operations teams collaborate to deliver safer and more reliable service for students and families.

The Growing Gap in Legacy Communication Systems
For decades, school transportation has relied on analog radio systems. While historically effective, these systems now present structural limitations in a modern, distributed operating environment: Limited range across rural, suburban and multi-district routes; channel congestion during peak routing windows; fragmented communication across regions and operating companies; lack of integration with routing, safety and compliance platforms; and ongoing infrastructure and maintenance overhead.

At scale, these constraints are not just inefficient. They introduce risks. When communication slows down, safety responses slow down.

Reframing Communication as Strategic Capability
Leading transportation providers are approaching communication transformation with a different mindset. Instead of viewing it as a device upgrade, they are treating it as a core operational capability that directly impacts:

• Driver confidence and retention.
• Dispatcher effectiveness and workload.
• Incident response times and safety outcomes.
• Cross-regional coordination during disruptions.
• Visibility for leadership and decision-making.

This shift requires strong leadership alignment and a deliberate focus on change management, not just technology deployment. As one operations leader noted, the goal is not to replace radios, but to future-proof communication across the organization.

What Modern Communication Looks Like
Modern communication models in school transportation are defined by a few key characteristics:

1. Real-Time, Nationwide Connectivity
Communication is no longer constrained by geography. Dispatchers can connect with drivers across regions instantly, enabling coordinated responses to weather events, route disruptions, or safety incidents.
2. Seamless Integration with Operations
Communication is increasingly integrated with routing systems, safety platforms and operational dashboards. This creates a unified environment where communication and data work together.
3. Simplicity for Frontline Users
Despite backend complexity, the user experience must remain simple. One-touch communication, intuitive interfaces and minimal training friction are critical for driver adoption.
4. Security and Reliability
As communication becomes digital, encryption, uptime and reliability become essential components of a safety-first architecture.

Execution Matters: The Role of Change Management
Technology alone does not drive transformation. Execution does. Successful implementations typically follow a structured approach: Pilot deployments across diverse operating environments; standardized onboarding and training for drivers and dispatchers; device and workflow standardization to reduce variability; continuous feedback loops to refine usability; and close collaboration between technology, operations and safety teams.

Organizations that invest in change management see faster adoption, higher satisfaction and more measurable outcomes.

Measurable Impact on Safety and Operations
When communication is modernized effectively, the impact is tangible: Faster dispatcher-to-driver response times, often reduced by 30 to 40 percent; improved coordination during emergencies and service disruptions; reduced dependency on physical infrastructure and maintenance overhead; enhanced incident escalation and documentation; and greater consistency across multi-location operations.

More importantly, these improvements translate into better outcomes for students. Faster communication means faster response. And in a safety-critical environment, minutes matter.

Beyond Tech: A Cultural Shift
Perhaps the most important outcome of modern communication is cultural. Drivers feel more connected and supported in the field, dispatchers operate with greater clarity and confidence, and leadership gains real-time visibility into operations. Additionally, organizations move from reactive to proactive decision-making.

This is not just a systems upgrade. It is a shift toward a more connected, responsive and people-centered operating model.

The Road Ahead
As the student transportation industry continues to evolve, communication will play an increasingly central role in enabling: Scalable growth across regions and contracts; compliance with evolving safety and regulatory expectations; integration with AI-driven routing, monitoring and analytics platforms; and a more resilient and adaptive transportation network.

The organizations that lead this transformation will not be defined by the tools they adopt, but by how they integrate communication into the fabric of their operations.

Final Thought
In student transportation, every conversation has the potential to impact
safety. Modernizing communication is not just about efficiency. It is about
ensuring that every driver, dispatcher and operations leader is equipped to
respond, support and protect the students they serve. And that is where technology, leadership and purpose come together.

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

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Gaurav Sharda is the chief technical officer for student transportation company Beacon Mobility and the 2025 STN Innovator of the Year.

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Related: Ignite Your Leadership
Related: How District Turned a Transportation Crisis into a Communication Win
Related: How Technology Powers Daily Student Transportation Operations
Related: (STN Podcast E296) Technology Has Blossomed: School Bus Mirrors & Student Safety

The post Modernizing School Transportation Communications appeared first on School Transportation News.

Tony and Ryan discuss takeaways from the ACT EXPO this past week in Las Vegas, which took a deep dive into clean fuel choices, autonomous vehicles, robotics in manufacturing, electrification interest and more.

Director of Transportation Anthony Jackson joins us to discuss the operational, cost and health benefits of propane usage at Bibb County School District in Georgia.

Read more about green buses.

This episode is brought to you by Transfinder.

Message from Kajeet.

 

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

The post (STN Podcast E306) Sci-Fi School Bus? ACT EXPO Takeaways on Tech, Robots, Propane & More appeared first on School Transportation News.

Hyundai’s sharp-edged, China-only Ioniq V unveiled in Beijing last month looks so different from the Ioniqs we get in the West that it’s only natural that we’re fascinated to find out more about it. And now, thanks to some homologation paperwork logged with Chinese authorities, a few more details have come to light.

The most obvious new bit of information concerns the powertrains. Ministry of Industry and Information Technology (MIIT) filings show the Ioniq V will launch with a choice of two single-motor configurations producing either 188 hp (190 PS / 140 kW) or 225 hp (228 PS / 168 kW).

Review: More Porsche Than Hyundai, The Ioniq 6 N Is A Masterstroke

The punchier of those motors is familiar from our own Ioniq 5, but you won’t find the lower-tune version in an American or European 5. Even Hyundai’s own humble US-market Elantra outguns it with 201 hp (204 PS / 150 kW) in N Line spec. Range extender hybrid and dual-motor versions should follow, according to Hyundai’s plan, and though there’s no mention of a truly hot version, an N makeover could give this EV Lamborghini Temerario-style pace to match its me-too design.

For now, supercar speeds are definitely not on the agenda. A listed top whack of 103 mph (165 km/h) isn’t going to set any records, but the 800-volt charging architecture should at least mean the CATL lithium iron phosphate battery packs can fill rapidly. We still don’t know battery sizes, but the bigger of the two available packs claims more than 600 km (373 miles) on the optimistic CLTC cycle.

Close To An Ionq 6 In Size, Not Style

The Ioniq V measures 4,900 mm (192.9 inches) long and rides on a 2,900 mm (114.2 inches) wheelbase, giving it dimensions similar to the Ioniq 6 we can buy in the West. But visually, this thing heads in a very different direction. The low-slung body combines a coupe-like roofline with chunky surfacing, split headlights, frameless doors, and dramatic V-shaped wheels.

Hopefully, the badly misaligned liftgate seen in the rear shot of the white car isn’t representative of production models. That’s certainly fixable, though it’s probably too late to do anything about the weird shelving system that passes for a rear diffuser.

27-Inches Of Infotainment

The cabin looks rather better. Hyundai’s China team developed the car around a huge 27-inch ultra-thin 4K display paired with a Cyber Eye head-up display and ambient lighting inspired by nebula imagery. The system also integrates Qualcomm’s Snapdragon 8295 cockpit chip together with AI features powered by Baidu and Volcano Engine technologies, Autohome reports.

Another major addition is Momenta-assisted Level 2-plus driving capability, something rapidly becoming essential for competing in China’s brutally competitive EV market.

Unfortunately for American buyers, the Ioniq V is almost certainly staying overseas. Hyundai developed it specifically for China under its new “global quality plus Chinese wisdom” strategy. That plan will see 20 new Hyundais of different powertrain types being unleashed in China over the next five years as the brand tries to shore up flagging sales.

Hyundai, MIIT

LAS VEGAS — Is there a world for autonomous school buses, after all? This industry might not have a choice, according to Rivian CEO and founder R.J. Scaringe.

Conversations increased at ACT Expo this week around autonomous commercial vehicles, with several experts indicating during sessions that self-driving trucks powered by AI will explode onto the scene over the coming decade. That point was punctuated Wednesday morning by Scaringe.

“We’re going to see changes that are maybe the most significant from [a] societal impact in the history of the adult world, where we’ll have AI capabilities that can do a very large percentage of tasks that today are done by humans, that’ll free up human bandwidth to do other things,” he said during a main stage fireside chat.

“I’m of the view that we as the humans are going to continue to find higher value ways to use our time,” he added.

Scaringe suggested that over the next decade a “significant portion” of both consumer and commercial vehicles will be electric. And they will be “connected, highly intelligent” and drive themselves.

“And when I say that, I think the important thing to consider is, if you don’t have those things, what does that mean?” he asked the audience. “By 2035, if you’re a large-scale vehicle manufacturer, whether it’s on the consumer side or the commercial side, and you don’t have a connected, highly intelligent platform that’s running the software and electronics vehicle, and the vehicle doesn’t have self-driving capabilities, it’s hard to imagine maintaining market share.”

The question remains will school buses be driving themselves? Based on ACT Expo, where the commercial truck and bus industry leaders gathered, it is looking more likely. Many truck innovations eventually work their way onto and into school buses.

Amid more chatter on the role autonomous will play, notably first for heavy-duty trucking and last-mile delivery, fleets have definitively increased the use of data and connected technologies to drive more ROI, as shown by this year’s State of Sustainable Fleets report released at the conference.

Nearly everyone agrees autonomous technology for school buses won’t mean adult-less routes to and from school with rowdy children left to their own devices. But as Scaringe, opined, autonomous school buses could beg the question of how to redeploy school bus drivers as safety aides. Might that improve the driver shortage that the school bus industry has long suffered with? A leading cause of drivers leaving school districts is student on-board behavior and a real or perceived lack of support in addressing challenges.

Scaringe also discussed his new robotics company, Mind Robotics focused on AI-powered robots for industrial automation, launched earlier this year. The venture is using factory data at Rivian to actively explore human-like capabilities for industrial applications. My mind immediately wandered back to the school bus. Humanoids working with the children? What about the potential implications on how school bus data — and that from other motorists in an increasingly connected world — could further train and automate route operations? A robot blocking traffic to allow students safer passage to and from their bus stops, perhaps?

The sky is the limit.

Re-energized Talks About Electric School Buses

Meanwhile, electric vehicles, which had been the main draw for ACT Expo over the last several years, re-emerged on day three with several exhibit floor presentations about V2G deployment following Scaringe’s talk on the mainstage.

V2G is showing gains, as charge management continues to be a must for fleets. This was evidenced by projects stretching from California and Oregon to New Jersey and New England. Challenges remain, presenters OpConnect, The Mobility House and the New Jersey Department of Environmental Quality admitted. The least of which being how utility providers are setting rates for what school districts can earn for feeding the grid. But the presentations also demonstrated the successes and learned opportunities. Those figures are only expected to increase as the EPA Clean School Bus Program is expected to return this spring.

On Monday after the exhibitor floor opened, Zenobe facilitated a discussion about a complex yet successful school bus electrification project in Massachusetts. It relied on a collaborative effort between Zenobe to identify grants and incentives as well as implement the charging infrastructure alongside school bus contractor Beacon Mobility, OEMs Micro Bird and Thomas Built Buses, Mass CEC and National Grid.

Also on Monday, propane school buses continued to show ROI. Anthony Jackson, director of student transportation for Bibb County Schools in Georgia, shared his experiences with the fuel. Savings from using propane rather than diesel has resulted in savings of nearly $3 million over the last several school years and an over 30 percent decrease in cost per mile in fuel alone, to $0.27 per mile when operating propane compared to $0.39 per mile with diesel. The maintenance savings were even better at a nearly 49-percent reduction, to $0.23 per mile with propane from $0.45 per mile with diesel.

Evident at ACT Expo was the wide reach of connected vehicles and data driving AI activity. That realization, after all, spurred an event rebrand by producer TRC Clean Solutions to expand the acronym that originally stood for advanced clean transportation to encompass AI and autonomous, connected and technology.

Eric Neandross, president of TRC Clean Transportation Solutions, on Tuesday asked an OEM panel, which included International Motors CEO Mathias Carlbaum, if in 25 years their companies will be technology providers rather than simply truck manufacturers. But the answers turned attention back to diesel remaining a major player for decades to come, burning cleaner and cleaner while continuing to supplement battery-electric and all the connected software that goes with it.

Things haven’t changed that much, after all.

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Related: Intersection of Autonomous Vehicles and School Buses
Related: Autonomous Vehicle Implications
Related: You Can’t Spell Training Without AI

The post An Autonomous Near-Future? ‘AI’ Think So appeared first on School Transportation News.

We are excited to announce that our RouteWise AI platform has identified over $100 million in cumulative savings for school districts to date. As districts nationwide face severe driver shortages and budget constraints, RouteWise AI has become an essential tool for returning millions of dollars to classrooms, capturing hundreds of thousands of hours of previously lost learning time, and supporting district staff and bus drivers.

The Design Canvas for Modern School Transportation
Unlike traditional software that simply rearranges vehicles and routes, RouteWise AI serves as a strategic design canvas. The software considers every possible vehicle, student locations and individual needs, district policies (bell times and boundaries), local dynamics (traffic and construction), and transportation team preferences (rider mixing and route preferences).

By analyzing billions of these data points, RouteWise AI is able to design the right routing solution, provide various scenarios, and iterate on that plan constantly as new information becomes available. The platform has allowed districts to “look before they route,” modeling complex scenarios in hours to uncover non-intuitive efficiencies.

By identifying over $100 million in savings to date, RouteWise AI has delivered high-value outcomes including:

Eliminating Underutilized Routes: Analyzing a district’s entire fleet of available vehicles to identify opportunities to eliminate underutilized routes. By identifying the right vehicle and the right stop pairings for every student, the platform enables districts to match low-occupancy routes with small-capacity vehicles, and high-capacity routes with large buses, thereby maximizing the utilization of CDL drivers.

Operating Cost Reduction: Reducing operating budgets by 10–12% by identifying efficiencies in routing and vehicle-to-student matching. These identified savings allow districts to bridge budget gaps and redirect millions of dollars back into the classroom to support teacher salaries, student programs, and competitive driver pay.

Capital Budget Optimization: Reducing the total number of routes required to serve the student population. For every nine routes reduced through RouteWise AI optimization, a district can eliminate 10 planned vehicle purchases, avoiding costs between $150,000 and $400,000+ per bus.

Efficiency Without Trade-Offs: Identifying improved routing and vehicle use while ensuring students experience no increase in transit time through custom student commute settings. This allows districts to set firm parameters on maximum ride times, ensuring efficiency never comes at the expense of the student experience.

Class Time Hours Added Back: Optimizing route efficiency and on-time performance to ensure students spend less time in transit and more time in the classroom. In Colorado Springs School District 11, RouteWise AI helped increase on-time arrivals, recovering over 17,000 hours of invaluable learning time for students in a single school year.

By automating modeling that previously took months, RouteWise AI serves as a force multiplier, giving transportation teams the tools to solve challenges without compromising service.

Real-World Impact
The financial efficiencies identified by RouteWise AI are being used by districts to solve their most pressing human resource challenges.

“RouteWise AI provides the clarity essential to maximizing our resources. As we navigate a district-wide bell time transition, the platform delivers sophisticated analyses on route design, service windows, and deadhead miles in a fraction of the time it once took to compile manually. This agility allows us to simultaneously optimize our network and resolve operational pain points, ensuring our transportation system more effectively supports student achievement.”

—Oz Flores, Director of Transportation , Aurora Public Schools in Colorado

“RouteWise AI helps us think outside the box to find solutions that were previously not possible with existing tools. By leveraging RouteWise AI optimization, we’ve effectively integrated complex schedules and substantially reduced overloads, which has helped us maintain an average of two uncovered routes per day, a significant reduction from last year. RouteWise AI isn’t about replacing our staff — it’s an essential enhancement that helps our team find creative solutions to eliminate route overlaps and drive efficiency. RouteWise AI effectively positions us to better accommodate the diverse needs of our young scholars while ensuring that each one gets to school and home safely and on time.”

—Dr. Stacey Benson Taylor, Associate Business Manager of Dayton Public Schools in Ohio

Transforming the Industry Through Multimodal “Right-Sizing”
RouteWise AI has empowered districts to embrace a multimodal transportation model — the practice of using the right vehicle for the right student at the right time. By right-sizing school bus fleets, districts have been able to allocate expensive 72+ passenger buses to high-density routes while using smaller buses, vans, and even small vehicles for low-occupancy or geographically dispersed routes — ultimately reducing the immense strain on bus drivers and transportation staff.

The post RouteWise AI Hits $100M in School Transportation Savings appeared first on School Transportation News.

Hyundai lit a fire under the performance EV world when it dropped the Ioniq 5 N a couple of years back. Not only was it the South Korean brand’s first crack at a high-performance electric car, it was arguably the first EV built with the driver, not the spec sheet, at the forefront.

Now comes the follow-up. The Korean brand has launched its second high-performance EV, the Ioniq 6 N. Created around the same philosophy as the Ioniq 5 N, and sharing many of its parts, the 6 N promises even greater performance with far more adjustability, a slightly higher price tag, and quicker lap times, aided in no small part by the lower center of gravity.

Review: The Hyundai Ioniq 5 N Is A Ballistic Missile That Redefines EVs

The question is, can Hyundai have possibly made the already great Ioniq 5 N even better? We headed to Sydney Motorsport Park to find out, putting the Ioniq 6 N through its paces. It revealed itself to be a car so enjoyable to drive that it’s hardly even recognizable as an EV.

QUICK FACTS

What Makes It Special?

Significant improvements have been made to the Ioniq 6 to ensure it’s fitting of the N badge. It uses an 84 kWh battery pack and a pair of electric motors delivering 448 kW (601 hp) and 740 Nm (546 lb-ft) of torque as standard, and 478 kW (650 hp) with the N Grin Boost function enabled and launch control engaged. The battery packs support charging from 350-kW DC fast chargers, with peak charging rates of around 250 kW, enough to charge the pack from 10-80 percent in 18 minutes.

Photos Hyundai Australia

Like any N product, this one is about much more than improved power. Hyundai has tweaked the suspension geometry, lowering the roll center and installing new dual-layer bushings. It also uses an advanced, new stroke-sensing electronically controlled suspension system that adjusts damping based on driving conditions and travel stroke. There’s also an electronically limited-slip differential at the rear, a steering mounting void bushing to improve response, and Hyundai’s Integrated Drive Axle.

Hyundai has also added 44 additional weld points and an extra 340 mm (13.4 inches) of structural adhesive to the body-in-white, and installed new brakes with 400 mm (15.7-inch) discs with four-piston calipers up front. There are also two brake-feel modes, a slew of regenerative-braking settings, and several aerodynamic improvements, including a rear wing that delivers 100 kg (220 lbs) of downforce.

Like the Ioniq 5 N, the number of functions to enhance the driving experience is dizzying. There’s the N Drift Optimizer, N Launch Control, and an N Torque Distribution that allows for 11 different adjustments to how power is sent to the wheels, ranging from 95:5 front-to-rear to 5:95 front-to-rear. Hyundai has also included its N Pedal system to boost regenerative braking on the track and improve tuck-in response, N Grin Boost to increase power in 10-second bursts, and N Battery to optimize battery temperatures for drag, sprint, and endurance settings.

In Australia, prices start at AU$115,000 (US$82,800). In the US, it’s expected to start at around US$70,000. The matte grey model you’ll see in some photos includes several carbon fiber accessories, including a towering AU$7,289 (US$5,245) rear wing, a AU$2,484 (US$1,787) carbon splitter, AU$4,810 (US$3,461) side skirts, and a AU$4,090 (US$2,943) rear diffuser.

Sporty Cabin Tweaks

Photos Hyundai Australia

The interior has also been tweaked, although it’s not dramatically removed from the regular Ioniq 6. Key touches include a new N steering wheel, new head-up display graphics, bucket seats, and new leather and Alcantara surfaces.

As the N is based on the facelifted Ioniq 6, it has all of the same features. These include a configurable 12.3-inch digital instrument cluster, a 12.3-inch infotainment display, and, importantly, loads of tactile, physical buttons throughout, an increasing rarity in the EV space. It’s a lovely space to spend time, and the upgrades made to the N ensure it feels special.

Just like the Ioniq 5 N, the Ioniq 6 N is very much a niche product. This is not the type of vehicle that Hyundai expects to sell in high numbers. In Australia, roughly 500 expressions of interest have been received, although order books have yet to open, so it’s unclear how many of those will actually translate into buyers.

Driving

Photos Hyundai Australia

All it takes is a quick look at the Ioniq 6 N’s specs to understand that this is a car that means serious business. However, unlike some of the straight-line heroes that dominate the so-called ‘performance’ class of EVs, Hyundai’s latest creation is about much more than simply pulling away from an intersection quickly.

Of course, that’s not to say that this thing isn’t ferocious off the line. It is. According to Hyundai, the Ioniq 6 N can sprint to 100 km/h (62 mph) in just 3.2 seconds with the N Grin Boost function enabled, which bumps up peak power to 478 kW (650 hp) and 740 Nm (546 lb-ft) of torque for 10-second bursts. In our testing, we recorded repeated runs to 100 km/h in 3.2 seconds, while running from 60-120 km/h takes as little as 2.45 seconds.

Photos Hyundai Australia

While it’d be easy to shrug off these figures given how many quick EVs are on the market right now, it’s worth remembering that numbers like these were once the exclusive territory of high-end supercars costing half a million dollars, not a practical four-door sedan that stickers for a fraction of that and costs about a third of what a Porsche Taycan Turbo does.

Fitted as standard with Pirelli P Zero Elect tires, but equipped with P Zero Corsa rubber for our track sessions, the car simply bites into the pavement, delivering unrelenting, unforgiving acceleration.

No Electric Sedan Should Drive Like This

However, it’s the handling and overall driving dynamics of the Ioniq 6 N that stand out more than the acceleration.

Like the Ioniq 5 N, the 6 N uses a pair of powerful electric motors at the front and rear axles. It includes the N Torque Distribution function, allowing drivers to move from as much as 95 percent front-power bias to 95 percent rear-power bias. However, to extract peak power from the two motors, it’s best to keep the power split in its 50-50 mode.

Even in this mode, with a 60-40 front-to-rear power split, the Ioniq 6 N feels inherently rear-biased and is even more playful than its SUV sibling. For several laps, I had the car’s power split in 50-50 mode with the ESC in Sport mode, and was left giddy by how the rear end gracefully starts to kick under power. When it does step out, the stability control system allows for a surprising amount of slide angle before reining things in, making the EV exceptionally easy to control at and beyond the limit.

Read: New Elantra N TCR Undercuts The Civic Type R By $7,000 With A Bigger Wing

Outright grip is exceptional and has been perfectly coupled with superb steering feel, despite it being an electrically assisted system. What’s particularly impressive is that the steering provides just as much feedback as Hyundai’s combustion-powered N models. There are no dramas in determining where the extremities of the grip are, either through the front or the rear axle.

Admittedly, the overall size of the Ioniq 6 N and its weight mean that both the road-focused P Zero Elect and P Zero Corsa tires start to overheat after three or four flying laps. This wasn’t helped by the fact that the tires of the cars we tested were dated back to 2023, so they were a little old.

Photos Brad Anderson/Carscoops

Improvements have been made to the car’s N e-Shift function. This is the system that aims to replicate the feel of Hyundai N’s eight-speed dual-clutch, providing a satisfying thump in the back and a change in torque just like an ICE car. Whereas the Ioniq 5 N had seven of these fake gears, the Ioniq 6 N has eight. With shorter ratios, even though they’re not real, it’s possible to enjoy even more shifts.

Those who haven’t experienced this system may be quick to dismiss it. After all, how can an EV’s software possibly mimic actually shifting gears? However, the team of Hyundai engineers who developed the N’s eight-speed dual-clutch also developed this system, and it’s almost indistinguishable from a normal transmission. It’s bewildering at first, but quickly becomes second nature.

Alterations have also been made to the car’s N Active Sound+ system. As in the Ioniq 5 N, the Ioniq 6 N’s system includes three modes, Ignition, Evolution, and Supersonic, although changes have been made to all three. Whereas the Ioniq 5 N’s system uses two channels, the Ioniq 6’s uses six, providing a richer, louder, and more authentic soundtrack, particularly in Ignition, which sounds just like the exhaust of the i30 N. However, the Active Sound+ system doesn’t faithfully recreate the sound of a turbocharged four-cylinder quite as well as the e-Shift does act like a genuine dual-clutch.

On-Road Performance

Photos Hyundai Australia

On the road, the Ioniq 6 N revealed itself to be a shockingly good cruiser, yet one that can transform into an animal at the press of the N button.

Given the performance on offer, it should come as no surprise that the Ioniq 6 N isn’t as efficient as the regular model. Sitting on the highway, it’ll average about 19 kWh/100 km, which is respectable. However, start driving it in a slightly sportier manner, and that figure will quickly rise deep into the 20s. On the track, when driven at its limits without regenerative braking, it’ll deplete the battery pack by about 8 percent over a 105-second lap. Using regen, it’s possible to lower this to around 5 percent.

A key masterstroke for the Ioniq 6 N’s on-road performance is how well it rides. The new and improved suspension works wonders, soaking up bumps beautifully in its softest setting while still delivering a sporty feel. Amp things up into one of the more aggressive modes, and it’s far less jarring than an i30 N, remaining perfectly suitable for everyday driving.

While the street tires can overheat on the track, you’d have to find a very long ribbon of tarmac to get them to do so on the road. They provide loads of grip and excellent feedback about the limits of grip. Just like we found while on the circuit, there’s no other EV that feels like this on the road. Dynamically, the car’s hard to fault, and it’s absolutely more capable than the Ioniq 5 N.

Perhaps the feel of the brakes isn’t as nice as some other performance cars out there, but that’s clutching at straws. One thing’s for sure: there’s no noticeable shift from regenerative to friction braking, a trademark of other Hyundai Group EVs.

Verdict

Photos Brad Anderson/Carscoops

Car manufacturers have struggled to develop and build EVs that tug at the heartstrings of driving enthusiasts. In general, these cars lack soul and passion, often devoid of any personality at all. That’s not the case with Hyundai, and there’s a good reason why Ferrari, Lamborghini, Porsche, and others have all benchmarked the Ioniq 5 N.

The Ioniq 6 N is the culmination of everything Hyundai’s N division has been developing since its establishment more than a decade ago. It’s expensive for a Hyundai, but it’s cheap compared to a Porsche Taycan or an Audi RS e-tron GT, and delivers thrills that neither of those two can. As we enter a world where performance-focused EVs will become increasingly common, it’s nice to know Hyundai is keeping the preferences of car enthusiasts at the top of its agenda.

Photos Hyundai Australia

CINCINNATI, Ohio – First Student, North America’s largest student transportation services provider, today announced it has been named to the TIME100 Most Influential Companies 2026. First Student was named in the Industry Leaders: Transportation category, which honors organizations making an extraordinary impact in their industries. The recognition highlights First Student’s leadership in transforming and redefining student transportation through its proprietary HALO technology platform, which integrates real-time data, AI technology and predictive analytics.

HALO was developed in-house to address the growing complexity in K–12 operations and the long-standing problems of fragmented systems and a lack of real-time visibility in school transportation. With HALO, dispatching and routing intelligence, vehicle tracking, safety insights, preventive maintenance, and communication are all seamlessly connected, unifying First Student’s fleet of over 48,000 vehicles and supporting approximately 4.8 million student journeys each day for approximately 1,400 customers, creating a unified, real-time operating platform for student transportation at scale.

The impact of HALO is measurable across the business, driving improvements in workforce stability, operational efficiency, and safety outcomes.

In pilot programs conducted across six locations, HALO-enabled safety technology delivered strong early results, including:

81% reduction in inattentive driving events
63% reduction in forward collision rates
54% reduction in rolling stops

Beyond safety, HALO is also improving workforce and operational performance across the platform, including:

115% increase in driver interview completion rates
38% reduction in training time
“Being named to the TIME100 Companies list is a meaningful recognition for First Student and reflects the impact we’re making for millions of students and families every day,” said John Kenning, CEO and President of First Student. “At First Student, caring for students is at the heart of everything we do. Our mission is to provide the best transportation experience, so students arrive ready to achieve their full potential, and this recognition reflects our team’s commitment to living our values and delivering on that promise every day. As we look ahead, we remain committed to setting the highest standards in safety and service for the thousands of communities we serve.”

Enhanced through a strategic partnership with Samsara (NYSE: IOT), the HALO platform incorporates AI-powered cameras, advanced analytics, and predictive safety insights. The results are measurable with HALO driving meaningful improvements in safety, operational efficiency, and the student experience. From reducing road incidents to improving driver performance and streamlining claims management, the platform is helping deliver safer, more reliable transportation at scale. At the same time, HALO provides real-time visibility to parents and caregivers through its First View app, offering peace of mind and strengthening trust in every ride.

“HALO represents a fundamental shift from reactive to predictive operations in student transportation,” said Sean McCormack, CIO of First Student. “We’ve taken an industry that has long been siloed and reimagined it through AI-powered innovation at scale. By integrating real-time data across routing, safety, maintenance, and communications, HALO turns insight into action, improving outcomes for students, drivers, parents and school districts alike. This recognition from TIME underscores how purpose-built technology can transform complex, real-world systems and improve the transportation experience for millions of students and parents.”

By combining scale, technology, and a deep commitment to operational excellence, First Student is setting a new global standard for student transportation. The company is redefining how it operates at scale and delivering not just students, but confidence, safety, and a better start to every school day.

About First Student
First Student is reimagining the school bus experience, making approximately 4.8 million student journeys across North America every day. As a leader in K-12 transportation, the company completes approximately 860 million student rides annually, delivering not just students, but confidence, reliability, and peace of mind to families and school districts alike. Backed by a workforce of highly trained drivers and an industry-leading fleet of over 48,000 vehicles, including electric buses, First Student is a mission-driven partner in education.

Named one of Fast Company’s 2025 Most Innovative Companies, First Student offers cutting-edge services including special needs transportation, AI route optimization, fleet electrification, vehicle maintenance services, and charter services. First Student’s impact extends beyond logistics: every ride is designed to be a safe and supportive space where students can start their day with a great experience. With innovation at our core, First Student is driving the future of student transportation one ride at a time.

The post First Student Named to Time100 Most Influential Companies List appeared first on School Transportation News.

LAS VEGAS, Nev. — Now in its seventh year, the State of Sustainable Fleets 2026 Market Brief, released today, delivers a comprehensive, technology-neutral assessment of an industry building resilience through powertrain and fuel diversification amid an extended period of uncertainty. The Market Brief was unveiled at ACT Expo in Las Vegas, Nevada — North America’s largest fleet technology conference and expo, now in its 16th year. It was authored by TRC Companies, a WSP member company and leading construction, engineering, and consulting firm.

The Market Brief arrives as commercial fleets face a convergence of pressures that industry analysts are calling the most complex operating environment in modern trucking history. A prolonged freight recession now in its third consecutive year has been compounded by sweeping federal policy reversals, tariff-driven cost increases of up to $35,000 per new truck, and geopolitical volatility affecting global supply chains and energy markets. The rollback of federal greenhouse gas (GHG) vehicle standards, the expiration of zero-emission vehicle (ZEV) tax credits worth up to $40,000 per eligible medium- and heavy-duty (MD/HD) vehicle, the cancellation of federal clean transportation funding, and the nullification of California’s clean truck regulations have restructured the policy landscape from a federally driven system to a decentralized patchwork of state policies and market-driven factors.

Yet across all this disruption, the data reveals a picture of an industry in structural adaptation rather than retreat. TRC estimates that more than $5 billion in state, local, and utility program funding remains available annually through 2028 supporting clean fleet investment. Fleet technology markets are maturing across nearly every fuel and drivetrain type. Artificial intelligence has moved from pilot projects to mainstream fleet operations. And the central strategic finding of this year’s Market Brief is clear: fleets managing total cost of ownership (TCO) across a portfolio of powertrain technologies  rather than concentrating on a single solution or waiting out the uncertainty are demonstrating measurably greater resilience. In a freight economy where external shocks can rapidly change the economics of any single technology, including conventional diesel, powertrain diversification has become both a financial strategy and a risk management imperative.

Penske Transportation Solutions and Volvo Trucks North America serve as title sponsors of the 2026 State of Sustainable Fleets Market Brief. Exelon Companies and S&P Global Mobility serve as supporting sponsors. Each sponsor contributes expertise and data that enhances credibility of the findings.

The 2026 Market Brief identifies key findings shaping the sustainable fleets landscape:

Artificial Intelligence and Autonomous Trucking: From Pilot Projects to Commercial Operations

AI-powered fleet management has moved from experimentation to mainstream operations: approximately half of fleets in the annual survey report using AI for route optimization, dispatching, predictive maintenance, and maintenance diagnostics with users reporting measurable cost savings, greater vehicle uptime, and improved fleet utilization.

Fleet AI adoption is expected to accelerate rapidly: survey respondents project that 35% of their fleets will be AI-enabled by 2027, nearly doubling from an estimated 20% across the fleet in 2025. Among respondents, 49% reported that none of their fleet had been AI-enabled as of 2025, signaling a significant near-term adoption runway.

Autonomous freight is advancing from Sun Belt pilots to commercial-scale operations: driverless light-duty vehicles have logged millions of miles, and HD autonomous trucks entered commercial freight service in 2025. Broader heavy-duty rollouts across more routes and regions are expected by end of 2026.

Policy and Funding: Federal Cuts Reshape the Landscape; States, Markets, and New Biofuel Mandates Take the Lead

Federal clean transportation funding has been substantially reduced: zero-emission tax credits of up to $40,000 for eligible MD/HD vehicles expired; DOE’s Vehicle Technologies Office budget was cut approximately 90%; $2.2 billion in hydrogen R&D funding was rescinded, including so-called “Hydrogen Hubs”; and the DOT’s National Electric Vehicle Infrastructure (NEVI) program was suspended for six months.

Despite federal cuts, available funding for clean fleet projects remains well above pre-2022 levels: more than $5 billion in state, local, and utility programs is estimated annually through 2028. California maintained over $1 billion in active grant funding for on-road trucks and buses in 2025. Low-carbon fuel standards (LCFS) in California, Oregon, Washington, and New Mexico continue generating meaningful revenue streams supporting multiple clean technology pathways.

The EPA finalized record-high Renewable Fuel Standard (RFS) volume obligations for 2026 and 2027 in April 2026, requiring approximately a 60% increase in biodiesel and renewable diesel production and use compared to 2025 levels — a major structural tailwind for renewable fuel adoption. Regulatory responsibility for GHG and criteria pollutant standards is also increasingly shifting to the state level, though significant questions remain for fleets and their partners.

Diesel Vehicles: Efficiency Gains and Drop-In Renewable Fuels Displace Conventional Diesel at Scale

New Class 8 tractor registrations declined 16% in 2025 according to S&P Global Mobility data amid the prolonged freight recession, tariff-driven cost increases, and economic uncertainty. Fleets and OEMs have focused on diesel fuel efficiency: more than one-third of survey respondents reported using efficiency technologies, with leading heavy-duty adopters in the logistics sector achieving 8.5+ mpg and best-in-class operations demonstrating 11.5 mpg or higher.

Renewable diesel (RD) and biodiesel (BD) drop-in fuels that work in existing diesel engines and infrastructure are displacing conventional diesel at scale: the two fuels combined to replace 74% of conventional diesel used in California transportation in 2024 and 71% in the first three quarters of 2025. More than half of annual fleet survey respondents now report using RD or BD, with near-100% B99 biodiesel adoption expanding in 2025.

The EPA’s Clean Trucks Plan establishing MY 2027 NOx and particulate matter (PM) standards for MD/HD vehicles remains on track, with incremental per-vehicle costs expected to range from $8,000 to $18,000. Final warranty and useful-life provisions are still pending.

Natural Gas Vehicles: 15-Liter Engine Delivers Diesel-Equivalent Performance; RNG Enables Carbon-Negative Fleet Operations

The Cummins X15N 15-liter natural gas engine completed its first full year of commercial availability in 2025 and delivered diesel-equivalent performance, range, and payload capacity alongside compelling fuel cost savings. The U.S. leads the world in commercial use of compressed natural gas (CNG) and liquefied natural gas (LNG) for trucking — a competitive advantage built on years of fleet adoption and infrastructure investment that no other market has matched.

Total MD/HD natural gas vehicle (NGV) registrations fell 15% in 2025, driven in part by the freight recession and the fleet transition period as the market shifted to 15-liter platform deliveries. Straight trucks comprised 82% of 2025 NGV registrations, followed by transit buses (10%) and tractor trucks (7%) according to S&P Global Mobility data.

Renewable natural gas (RNG) sourced from organic waste enables carbon-negative fleet operations and continues to grow: RNG accounted for 97% of all natural gas fuel used in California transportation in 2025. Among NGV-using fleets in the survey, 65% report RNG use, which they estimate accounts for 78% of their total fueling volume.

Propane Vehicles: Cost Savings Drive Steady Growth; New Role as EV Charging Power Source Expands Market

The propane vehicle fleet grew 3.1% in 2025, with school bus and upfitter markets continuing as key adoption sectors. The fuel delivered operational cost savings for 39% of propane fleet operators compared to the vehicles they replaced, reinforcing propane’s role as a cost-effective, practical option in a diversified powertrain portfolio.

Renewable propane use surged: 32% of propane-using fleets reported using it in 2025, up from just 10% in 2023 — a nearly threefold increase that reflects fleet demand for low-carbon, drop-in fuel options requiring no vehicle modifications.

Propane is expanding into a new application as a power source for EV charging infrastructure, offering fleets an alternative to or temporary solution while awaiting utility grid connections with installation cost savings of up to 75% — a development that may accelerate BEV adoption in segments where grid access and utility timelines have been barriers to uptake at scale.

Battery-Electric Vehicles: MD Registrations Set Records as Cost Benefits Demonstrated; HD Vehicles Show Signs of 2026 Growth

MD/HD BEV registrations increased in 2025, led by pickup trucks and delivery vans that set a new record in the MD segment. Fleets operating MD BEVs and HD yard electric tractors reported total cost of ownership benefits compared to the vehicles they replaced, confirming that fleet electrification is delivering financial returns in duty cycles where range and infrastructure align.

Global market signals point to long-term BEV competitiveness in heavy-duty applications: BEVs now represent 22% of China’s HD truck market, and battery costs in that market have fallen to $90/kWh — a level widely cited as cost-competitive with conventional powertrains. Battery costs have fallen below $100/kWh in some markets, a leading indicator for future U.S. fleet economics.

Near-term U.S. growth faces headwinds from the expiration of EV tax credits and manufacturer production pivots. However, data from a California funding program and other signals show that Class 8 truck deployments should exceed the 1,000 annual deployments mark for the first time.

Hydrogen Vehicles: Funding Cuts Cloud Long-Term Outlook; Duty-Cycle Fit for Long-Haul and Heavy Payloads Remains Promising

The hydrogen vehicle sector faced its most challenging year in 2025: hydrogen fuel cell electric vehicle registrations dropped 12%, the cancellation of much of the Hydrogen Hub funding removed a critical development resource, and two prominent Class 8 FCEV manufacturers exited the market.

Despite these setbacks, Hyundai, Toyota, Honda, and Cummins continue advancing fuel cell modules and vehicle programs. Real-world fleet operations continue to confirm hydrogen’s operational fit for long-haul, heavy-payload duty cycles where truck weight and range constraints are most acute, with some deployments achieving 400+ miles per day with faster refueling times than EVs.

Long-term hydrogen sector viability for heavy-duty transportation is expected to depend on sustained federal investment in research, development, and fueling infrastructure that private capital alone will not provide at scale. Coordinated government investment remains the defining variable for hydrogen’s commercial future in freight.

“This year’s Market Brief accurately captures the continuing use of AI in fleet technology and how it allows for fleets to drive enhanced fleet and MPG performance and ultimately sustainability.”

— Paul Rosa, Senior Vice President Procurement and Fleet Planning, Penske Truck Leasing

“Volvo Trucks has been clear and consistent in our commitment towards zero emissions,” said Peter Voorhoeve, president, Volvo Trucks North America. “We continue to invest across a broad range of technologies because we believe meaningful progress requires more than a single solution. By investing in multiple solutions, we’re giving fleets the confidence that they can reduce emissions with the solution that makes the most sense for their business.”

— Peter Voorhoeve, president, Volvo Trucks North America

“In a very short time we’ve moved from ‘what’s the best AI-enabled drivetrain’ to ‘how do I utilize each where it works best’ to manage cost and uncertainty. Adoption of multiple advanced, clean technologies for medium- and heavy-duty fleets has emerged as the defining strategy instead of the retreat that many had predicted.”

— Nate Springer, Vice President, Market Development, TRC Companies

To access the full 2026 Market Brief and receive ongoing updates and analysis from State of Sustainable Fleets, visit www.StateofSustainableFleets.com.

About State of Sustainable Fleets
The State of Sustainable Fleets Market Brief is the foremost authority on sustainable technology adoption within America’s on-road fleets. This annual analysis compiles real-world data from early adopter fleets nationwide, offering sector-specific insights into the uptake of battery-electric vehicles, natural gas, propane, and hydrogen fuel cell electric vehicles, alongside renewable fuels, benchmarked against diesel and gasoline vehicles. The annual Market Brief provides essential data and analysis for year-round education on the rapidly developing market via regular webinars, Academy webinar series, fleet guides, and trend briefs. State of Sustainable Fleets is authored by the Clean Transportation Solutions group of TRC Companies.

About Penske Transportation Solutions
Penske Transportation Solutions is the universal brand for Penske Truck Leasing, Penske Logistics, Epes Transport Systems, Penske Vehicle Services, and related businesses. Our businesses provide innovative transportation, supply chain, and technology solutions to keep the world moving forward. Visit GoPenske.com to learn more.

About Volvo Trucks North America
Volvo Trucks North America, headquartered in Greensboro, North Carolina, is one of the leading heavy-duty truck manufacturers in North America. Its Uptime Services commitment is delivered by a network of nearly 400 authorized dealers across North America and the 24/7 Volvo Trucks Uptime Center. Every Volvo truck is assembled in the Volvo Trucks New River Valley manufacturing facility in Dublin, Virginia. Volvo Trucks North America provides complete transport solutions for its customers, offering a full range of diesel, alternative-fuel, and all-electric vehicles, and is part of the Volvo Trucks global organization.

About ACT Expo
ACT Expo is North America’s largest fleet technology conference and expo, bringing together more than 12,000 fleet operators, OEMs, shippers, technology providers, infrastructure developers, energy companies, and policymakers for four days of peer-to-peer education, real-world case studies, and direct

access to the solutions shaping the industry. Now in its 16th year, ACT Expo 2026 takes place May 4–7 at the Las Vegas Convention Center. The 2026 program expands on ACT Expo’s long-standing leadership in clean transportation with increased focus on the digital frontier, including AI, autonomy, connectivity, and software-defined vehicles. More than 500 exhibitors will showcase the advanced vehicles, charging and fueling solutions, equipment, software platforms, and digital tools redefining commercial transportation. For more information, visit www.actexpo.com.

The post State of Sustainable Fleets: As Freight Economy Recession Enters Third Year, Powertrain and Energy Diversification Defines Fleet Resilience Strategy appeared first on School Transportation News.

The humble delivery van has come a long way. Kia’s PV5, until recently best known as a versatile electric workhorse, has been seconded into law enforcement. The company has signed on with the Korean National Police Agency to build a high-tech, AI-equipped patrol vehicle that also happens to carry a drone.

Visually, the PV5 already looks the part with its futuristic LEDs and sleek surfacing. For its new role, it wears a police livery with blue and yellow graphics over its black and white bodywork. The biggest party trick, though, is the roof extension housing an integrated drone station.

More: Kia Brought Its Electric Van To America As Something New York Actually Needs

When the PV5 pulls up to a scene, a section of the roof opens and an automated AI police drone takes flight. It handles aerial patrol in tight alleys and hazardous areas, the sort of places where the van itself, and indeed the officers, cannot or should not go.

The drone carries thermal imaging and a 90x zoom camera, useful kit for tracking suspects or finding missing persons. Once the job is done, it flies back to its dock and recharges using the van’s V2L system. As for the PV5 itself, no changes have been reported to the battery or electric powertrain.

More: Texas PD Tests Model Y To See If Gas SUVs Really Cost Up To $12,000 More A Year

The roof structure also carries three AI-powered cameras providing 360-degree coverage with no blind spots. The software is clever enough to identify suspects by clothing or accessories, working through a crowd in real time and flagging up potential matches.

The AI can also detect specific threats like weapon-carrying individuals or injured citizens who may have fallen on the ground. It even includes crowd density monitoring to alert authorities for potential overcapacity risks in public spaces.

More: Ford Owns America’s Police Lot, So Ram Built A Pursuit Truck For The Gap Ford Ignored

The police-prepped Kia PV5 is scheduled to begin pilot operations in June 2026. It will be part of the Metropolitan Preventive Patrol Unit of the South Korean police force, focused on crime prevention and rapid response.

While this particular AI patrol vehicle is exclusive to Korea, it will be interesting to see whether the PV5 will serve as a base for police conversions in other parts of the world.

Hyundai EV owners just received a little more peace of mind over a part that some say has a 10 percent failure rate. This isn’t a backup camera, a loose windshield wiper, or a missing cotter pin either. It’s a part called the Integrated Charging Control Unit (ICCU), and when it fails, it basically strands the car.

The South Korean company has now extended warranty coverage to 15 years or 180,000 miles for some EVs with ICCU issues. That sounds great, but there’s more to the story unfolding right now.

Read: Hyundai Fixed His ICCU Then Let Thieves Total The Rest Before He Even Saw It

As we’ve highlighted both in the past and even this week, ICCU concerns are a big deal for Hyundai, Kia, and Genesis owners. The ICCU is one of those parts most owners never think about until it fails. It manages onboard charging and helps keep the 12-volt battery alive. It’s basically the EV equivalent of the old-school alternator’s job. When it dies, the car can lose power, stop charging properly, or simply refuse to start, and plenty of owners have been there.

Recently, Hyundai extended its warranty coverage on affected vehicles in Europe. According to a statement provided by Hyundai Motor America to Torque News, the automaker has approved a warranty extension for the ICCU on certain affected U.S. EVs, stretching coverage to 15 years or 180,000 miles, whichever comes first. That’s a major jump from the previous 10-year/100,000-mile protection. There are a couple of notable caveats to consider, though.

What About Kia And Genesis?

First, there’s no word from Kia or Genesis yet about if they’re also going to extend coverage on affected cars. While it’s highly likely that each will end up extending their coverage, too, an official statement would be nice. Carscoops reached out to both brands but didn’t receive a response at the time of writing. The second concern is how Hyundai’s warranty tool works.

Hyundai says affected owners should check their VIN through Hyundai Motor America’s campaign lookup tool and contact dealers if they see warning lights, charging issues, or reduced power. Sounds simple enough, but when many owners check the site, they get nothing.

Multiple commenters on the original report say they’ve entered VINs for 2022, 2023, and even recently failed 2025 Ioniq 5s, only to see no ICCU campaign listed at all. Finally, there’s reason to wonder if Hyundai has fixed the ICCU issue altogether or if the potential replacement parts will one day fail as well. That’s at the heart of a new lawsuit that Hyundai hasn’t yet responded to. At this point, no one knows, but owners surely hope this isn’t the case.

Hyundai has introduced their “most luxurious electric SUV to date.” It’s the 2027 Ioniq 9 Performance Calligraphy Black Ink and it comes with a spec sheet almost as long as its name.

Designed to appeal to customers seeking “maximum luxury, exclusive design, and top‑tier performance,” the range-topping trim embraces the blackout trend as it sports a black chrome front skid plate, black badging, and black window surrounds. They’re joined by gloss black roof rails and black 21-inch wheels that are exclusive to the model and sport a turbine-style design. If that isn’t black enough, you can order the crossover in Abyss Black Pearl.

Review: The 2026 Ioniq 9 Calligraphy’s Biggest Threat Is Hyundai Itself

The dark theme continues inside, where customers will find a black H-Tex interior with black aluminum trim. Hyundai didn’t say much about equipment, but the crossover has a six-seat cabin with “Relaxation Seats” in the first- and second-row. They feature power adjustment, heating, and ventilation. There’s also a heated third-row.

Other highlights include an eco‑suede headliner, a digital rearview mirror, and a panoramic glass roof. They’re joined by a 14-speaker Bose premium audio system and a 10-inch head-up display.

Customers can also expect a 12.3-inch digital instrument cluster, a 12.3-inch infotainment system, and a wireless smartphone charger. Other highlights should include a heated steering wheel and a power liftgate.

Power comes from a 110.3 kWh battery pack that feeds a dual-motor all-wheel drive system producing 422 hp (315 kW / 428 PS) and 516 lb-ft (699 Nm) of torque. This should enable the model to have a range of approximately 311 miles (501 km) on a single charge. When the battery is low, a 350 kW DC fast charger can take it from 10% to 80% in as little as 24 minutes.

The 2027 Ioniq 9 Performance Calligraphy Black Ink will arrive at dealerships this summer and pricing will be announced closer to launch. However, we can expect the model to be even more expensive than the 2026 Ioniq 9 Calligraphy, which begins at $74,990 before a $1,600 destination fee.

The Hyundai Ioniq 5 N made the driving experience engaging, playful, and more akin to the experience of a combustion car. After plenty of praise surrounding the fake gearshifts and engine noise used in this model, Hyundai expanded the tech to the 6 N and Ioniq 9. Soon, it’ll find its way into more mainstream Hyundai EVs.

More: Hyundai’s N Rule Was Simple Until The Ioniq 3 Made It Inconvenient

“We really want to have a proper [driving] experience – not just the sound, but a bit of the boost,” Hyundai Europe product vice president Raf van Nuffel told Carsales. What he’s referring to is that Hyundai doesn’t just use fake engine sounds. It manages power so that when drivers call for a ‘gear shift’, the car feels like a clutch engaged and released.

The system can be switched off, so drivers won’t have to use it. That said, it’s a defining feature of models like the 5 N, and most enthusiasts seem to enjoy it. Introducing the feature to the Ioniq 9 and other mainstream cars down the road could help Hyundai stand out from a crowd of otherwise silent contenders. Importantly, the brand says it won’t extend the features to base models, but there’s a reason for that.

“It is not something that we limit to N, but we have certain requirements – we do need a minimum level of power to have this clutch-type feeling. We are not going to offer it across the range, but definitely [there is] more to come without always having to go for 600 horsepower,” van Nuffel said.

There’s little doubt that fake engine sounds have been divisive. Despite that, plenty of automakers use them now, and they’re not just limited to EVs. Combustion cars often pipe in faux exhaust noise to “enhance” the driving experience. Hyundai is taking that approach and adding in more than just audible sensations. Considering that owners can choose if they want them or not, this seems like a win-win.

Hyundai and Kia have built some genuinely impressive electric vehicles over the last few years but one issue continues to plague many owners. A single part called the Integrated Charging Control Unit, or ICCU for short, manages charging between the high-voltage battery and the 12-volt system to ensure both systems work properly and in harmony.

The thing is that when the ICCU fails, the car can largely become a giant brick. Hyundai and Kia have issued recalls to fix ICCU-related issues but now a class action lawsuit claims that the fix is just using more bad parts.

More: Hyundai Fixed His ICCU Then Let Thieves Total The Rest Before He Even Saw It

The lawsuit, filed in U.S. District Court for the District of New Jersey, targets Hyundai Motor Company, Kia, Genesis Motor, and Hyundai Kefico, the supplier behind the charging control units. Affected vehicles include the 2022–2024 Kia EV6, 2022–2024 Hyundai IONIQ 5, 2023–2025 Hyundai IONIQ 6, 2023–2025 Genesis GV60, 2023–2025 Genesis Electrified GV70, and 2023–2024 Genesis Electrified GV80.

According to the filing reviewed by Carcomplaints, the central grievance isn’t that these cars have problems. It’s that they allegedly keep having them after a recall was meant to put the matter to rest. Two plaintiffs, Hayes Young of New Jersey and Roy Williams of Kentucky, say their recall service accomplished nothing.

Young says his 2023 IONIQ 5 SEL suffered a dead 12-volt battery in December 2025 that required replacement under warranty. He claims the problem returned, and his dealer allegedly pointed to the ICCU as the cause, yet no replacement was offered.

Williams says his leased 2025 EV6 entered limp mode after a loud bang, requiring a tow to the dealer. After battery charging, software updates, and eventually a battery replacement failed to solve things, the ICCU was reportedly replaced in March 2026.

The lawsuit also cites owner complaints involving charging plug damage during home charging and dashboard warnings like “Check Electric Vehicle System” and “12-volt battery voltage low stop safely.”

Importantly, none of the defendants (Hyundai, Kia, etc) has responded to the suit. Typically in cases like this, the automaker(s) will file a motion to dismiss but it may be several days or longer before the next step in the process takes place.

Following last year’s preview, AUDI has now put the E7X on stage at Auto China in Beijing. It is the ringless brand’s second model after the E5 Sportback, and its first move into the crossover space.

Created in collaboration with SAIC, the E7X follows in the footsteps of the E5 Sportback and features a streamlined front fascia with a “black wraparound loop.” It’s joined by a fully enclosed grille with a Light Frame that remains “elegantly invisible when inactive.” When turned on, more than 1,000 triangular lights come to life.

More: Audi’s AUDI Just Greenlit More Models Despite Early Struggles

The model also sports slender daytime running lights and vertical Digital Matrix LED headlights. They’re joined by digital rearview mirrors, frameless doors, and a rakish windscreen that flows into a sloping roof. Other highlights include flush-mounted door handles, aerodynamically optimized wheels, and an oval-shaped rear light surround.

In terms of size, the E7X measures 198.8 inches (5,049 mm) long, 78.6 inches (1,997 mm) wide, and 67.3 inches (1,710 mm) tall with a wheelbase that spans 120.5 inches (3,060 mm). This means the crossover is slightly shorter than the Q7, but has an additional 2.6 inches (66 mm) between the wheels.

A Minimalist, But High-Tech Interior

Moving inside, drivers are greeted by a flat-bottom steering wheel and a full-width 4K panoramic display. It spans 59 inches and features video feeds from the camera mirrors at the outside edges.

While technology is front and center, AUDI didn’t forget about luxury as the model has Nappa leather as well as premium wood trim. They’re joined by slatted door inlays, ambient lighting, and a Bose premium audio system with up to 26 speakers. Up top, there’s a panoramic sunroof that is split into two sections that have smart-dimming technology offering multiple levels of transparency.

The E7X is offered in four- and five-seat configurations. The former is the star of the show as it has two individual zero-gravity rear seats that recline 120 degrees and offer a 16-point massage as well as a pneumatic adjustment system with 23 airbags. They’re accompanied by four-way adaptive headrests and an integrated electric footrest.

The seats are separated by an elegant console, which features an integrated display as well as storage compartments. There’s also a warming/cooling compartment at the rear of the front center console for drinks and other items.

Elsewhere, there’s a 21.4-inch rear-seat entertainment system that deploys from the headliner. It can be controlled by voice, remote, or touchscreen.

On the topic of technology, there’s AUDI Assistant 2.0. It’s an “AI-powered in-car companion that goes well beyond voice control.” Developed with ByteDance, the assistant “manages vehicle functions, answers navigation and range queries, plays music, and engages in open-ended conversation on virtually any topic.”

Two Powertrains And Fast Recharging

The E7X rides on the Advanced Digitized Platform and features a 900-volt electrical architecture that enables the battery to go from 10% to 80% in as little as 13 minutes. Buyers will also find 100 and 109 kWh battery packs offering a CLTC range in excess of 466 miles (750 km).

AUDI only released a handful of performance specifications, but confirmed there will be a rear-wheel drive variant with a motor producing 402 hp (300 kW / 408 PS) and 369 lb-ft (500 Nm) of torque.

Customers can also opt for an all-wheel drive crossover, which has 671 hp (500 kW / 680 PS) and 590 lb-ft (800 Nm) of torque. This version can accelerate from 0-62 mph (0-100 km/h) in just 3.9 seconds.

Rounding out the highlights are all-wheel steering and a lidar-based AUDI 360 Driving Assist system. The latter was co-developed with Momenta and has been “tailored specifically for China’s complex traffic conditions and unique driving scenarios.”

Hyundai barely let the paint dry on its wild Venus concept before rolling out the production version in Beijing. Meet the new Ioniq V, a China-focused EV that arrives just weeks after its show car preview, skipping the usual year-long tease-and-wait routine.

More: Hyundai’s N Rule Was Simple Until The Ioniq 3 Made It Inconvenient

And yes, it still looks like Hyundai raided several design studios at once. There’s a wedgy nose, razor-thin lighting, a tall crossover stance, and more than a hint of Italian supercar drama up front. We can see everything from the Toyota Prius to the Tesla Cybertruck and Lamborghini Temerario in the design without having to squint too hard.

The V is the first dedicated production Ioniq model created specifically for China, and it launches a new styling direction Hyundai calls Origin. It also forms part of a much bigger plan. Hyundai says it will launch 20 new models in China over the next five years, covering battery EVs and range-extended EVs, while targeting annual sales of 500,000 vehicles.

One of those vehicles is an SUV coming next year, which is believed to be a production version of the Earth SUV concept Hyundai is showing alongside the V at Beijing.

Size matters in China, or to be more precise, the amount of rear legroom, and Hyundai says the V comes properly prepared. It measures 4,900 mm (192.9 inches) long, 1,890 mm (74.4 inches) wide, and rides on a 2,900 mm (114.2 inches) wheelbase, meaning it has a similar footprint to the Ioniq 6. That should give passengers plenty of space to stretch out, and make the driver thankful for a full set of parking sensors and cameras.

27-Inch Display

Inside, we get a new kind of screen treatment from Hyundai. The dashboard is dominated by a 27-inch ultra-thin 4K panoramic infotainment display, backed up by a head-up display that projects information directly into the driver’s line of sight. There’s also an eight-speaker audio system with Dolby Atmos and ambient lighting.

Average Range

No battery or powertrain specs were revealed, but 800-volt charging is confirmed, and Hyundai says the long-range version claims more than 600 km (373 miles) of driving range under China’s CLTC test cycle. Given that the CLTC test is notoriously optimistic, a likely real-world figure of less than 320 miles (483 km) doesn’t look very impressive in an era where BMW EVs can top 400 miles (644 km).

Whether the V eventually heads to Europe or America, perhaps as a replacement for the slow-selling Ioniq 6, remains unclear, but Hyundai is openly treating China as both laboratory and launchpad, so expect at least some of the ideas developed there to appear in your local showroom in the West soon.

Dreame Nebula Next Auto is looking to make a splash in the United States and they’re hosting an event in San Francisco later this month. However, they’re not stopping there as the company has “deepened its engagement with leading academic institutions.”

The vacuum giant turned automaker pointed to a recent event at the University of California, Berkeley suggesting it could help accelerate the “development of AI-defined vehicles and next-generation autonomous systems.” As part of the “engagement,” engineers met with Berkeley researchers specializing in autonomous control systems, intelligent transportation, and artificial intelligence.

More: Chinese Vacuum Brand Drops A Taycan-Trampling Concept At CES

The group discussed “translating advanced research into real-world vehicle systems, with particular emphasis on safety, control and full-stack AI integration.” However, it remains unclear if this was a one-off event or part of a deeper collaboration.

The company implied it’s the latter as they said the “visit forms part of a broader strategy to anchor Nebula Next’s development in deep technical collaboration. By working closely with academic experts, the company is strengthening its approach to autonomous driving, vehicle intelligence and system-level engineering.”

Dreame is best-known for vacuums and pool cleaners, but the company showcased the Nebula Next 01 concept at CES. Billed as a “four-door electric hyper-sedan,” the firm claimed the model had over 1,973 hp (1,471 kW / 2,000 PS) and could accelerate from 0-62 mph (0-100 km/h) in 1.8 seconds.

While the Chinese company botched the introduction in January, it appears they brought the concept to the Berkley campus as a few pictures surfaced online. That detail suggests the event might have been more show than anything else.

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Electric performance cars are still working out what they want to be. Some feel quick but distant, others try a bit too hard. The new Hyundai Ioniq 3’s design has already picked up some unflattering Pontiac Aztek comparisons, yet this all-electric hatch could still be first in line for the N treatment.

Hyundai’s N performance division fast dabbled in the world of performance EVs with the Ioniq 5 N three years ago, proving it was possible to build an electric car that’s fun and engaging to drive. It’s since followed this up with the Ioniq 6 N, and senior executives at the company appear open to the idea of an Ioniq 3 N.

Read: Hyundai’s Ioniq 3 Looks Like Someone Crossed A Veloster With A Pontiac Aztek

“We are looking into different ways to expand the N line-up,” Hyundai Europe product vice president Raf van Nuffel told Car Sales. “N was always about cornering and fun to drive. When we launched the i30 N, it was not about the sheer 0-100km/h number and so on. It’s about having fun while driving,” noting a smaller and lighter vehicle like the Ioniq 3 doesn’t need supercar-levels of performance.

Up until now, Hyundai has shied away from making any N EVs that use cheaper 400-volt architectures, citing concerns that they lack cooling systems to maintain on-track performance. Lower charging speeds could also impact their appeal for those seeking out their local circuit. However, it seems executives are reversing this stance and see an opportunity to make the Ioniq 3 more exciting.

Hyundai Could Follow Kia’s Lead

Kia has launched a GT-branded version of its EV3, and it shares many of its parts with the Ioniq 3, so there’s certainly scope for the Hyundai to be given some extra power. In the case of the EV3 GT, a pair of electric motors delivers 288 hp (215 kW) and 345 lb-ft (468 Nm) of torque, figures right in line with current combustion-powered hot hatches, including Hyundai’s own i30 N.

Speaking about the possibility of an Ioniq 3 N last year after the reveal of the dramatic Concept Three, the president and chief executive of Hyundai Motor Europe, Xavier Martinet, indicated such a project was under consideration.

“The concept is quite sporty, and obviously you have heritage with the N brand. I think it’s a fair topic to consider,” he said.