As electric vehicles flood into Australia’s increasingly crowded new car market, the pressure is mounting, particularly from aggressively priced models coming out of China. In response, Hyundai has rolled out some major price cuts to two of its more compelling EV offerings, the compact Inster and the updated Kona Electric.

Starting with the pint-sized Inster, which we drove just a few months ago, price cuts mean buyers can now save upwards of AU$7,288 (equal to US$4,900 at current exchange rates).

The base Inster Standard Range now starts at AU$35,990 (US$24,200), and that figure includes all on-road costs. Even with the adjustment, it’s still undercut by the base BYD Atto 1, which starts from just AU$26,500 (US$17,800) in standard trim, or around AU$30,650 (US$20,600) for the Premium version.

Read: American Brands Shut Out As One Country Dominates World Car Of The Year Finalists

The Inster itself brings a lot to the table in terms of practicality. It makes excellent use of space and comes with a solid feature set for its size. But those strengths haven’t translated into strong sales, largely due to its steep pricing. Between June and December last year, just 467 units found homes in Australia, according to data from CarExpert.

Slashing Prices Across the EV Board

Even more significant price cuts have been made to the Hyundai Kona Electric and Hybrid. The entry-level Kona Electric Standard Range now lists at AU$45,990 (US$30,900), marking a price drop of more than AU$13,000 ($8,700). The Kona Hybrid also sees a notable cut, with prices falling to AU$39,990 (US$26,900).

The price cuts bring the Kona Electric cost to the Geely EX5, which starts at a touch over AU$44,000 (US$29,500). Elsewhere, Hyundai has slashed prices of the Kona Electric Extended Range by AU$13,357 (US$9,000) to $49,990 (US$33,600), including all on-road fees.

The price of the Kona Electric Premium has also been cut by AU$13,857 ($9,300), meaning it’s no longer available from AU$59,990 (US$40,300).

The sales figures reflect the challenges Hyundai has faced. Just 541 Kona Electrics were sold locally last year, making up only 2.4 percent of total Kona sales, hardly the breakout performance the brand had hoped for.

Lowering the barrier to entry not only helps the Kona Electric stay in the game against newer Chinese models, it also clears space for Hyundai’s incoming Elexio.

Built in China and priced from AU$59,990 (US$40,300), the Elexio now occupies the middle ground between the Kona Electric and the more premium Ioniq 5. Hyundai positions it as a rival to the Kia EV5, BYD Sealion 7, and Tesla Model Y, creating a more layered EV lineup with a clearer progression.

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

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

Where It Fits In

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

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

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

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

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

The Specs

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

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

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

Tailored for Australia

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

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

If you only look at Hyundai’s headline numbers, 2025 was a triumph. The brand posted its best December ever in the US car market, its third straight year of record total sales, and its fifth consecutive year of record retail volume. Total sales reached 901,686 vehicles, and December alone delivered 78,930 sales.

Fist bumps all around, right? Sounds like everything is going wonderfully. But scratch beneath the surface and the picture becomes more complicated and less joyful, especially if you care about electric cars.

Related: Hyundai Sold Its Russian Factory For $97, Now It Might Never Get It Back

Because Hyundai’s EVs stumbled badly at the end of the year. Ioniq 5 sales fell 50 percent in December compared to the same month last year. Ioniq 6 dropped even harder, down 62 percent. In the fourth quarter, both models were also down sharply, by almost 60 percent.

Ioniq 9 Jumps In

Over the full year, the story is slightly kinder but still uneven. Ioniq 5 finished 2025 up nearly 6 percent year over year, but Ioniq 6 was down 15 percent. The newly launched three row Ioniq 9 added EV volume during 2025, ensuring Hyundai’s total electric sales in the last 12 months beat out those for 2024, when the Ioniq 9 was still waiting to be launched.

But in Q4 and December, the EV total was down dramatically, despite the 9 having joined to lend a hand.

Hyundai US Sales December 2025

And EVs weren’t the only models struggling. The Sonata was down 13 percent in 2025 (and 32 percent in Q4), and the Santa Cruz light truck dropped 20 percent during 2025 (and 21 percent in Q4). The Kona didn’t fare too well either. Its sales slid 9 percent between January and December.

Hybrid Help

So how did Hyundai still manage record numbers? The answer is hybrids and SUVs. Hybrid sales jumped 71 percent in December and were up 36 percent across the year, driven by demand for electrified versions of the Elantra, Sonata, Tucson, Santa Fe and Palisade.

Hyundai US Sales Q4 2025

Meanwhile, Hyundai’s core SUVs surged, with Santa Fe up 20 percent for the year, Palisade up 13 percent and Tucson up 14 percent.

In other words, Hyundai’s record year was not built on electric, but electrified momentum. Buyers did not stop shopping, they simply changed how they shopped, preferring to spend their money on more traditional vehicles with more traditional powertrains.

Hyundai US sales 2025

Hyundai

Electric vehicle sales may be cooling off with the rollback of government incentives in the United States, but Hyundai isn’t lifting its foot off the pedal just yet. In fact, it’s charging ahead with its most compact EV after the Inster. Named the Ioniq 3, this practical five-door hatch slots below the Ioniq 5 and Ioniq 6 in both size and price.

Read: Audi A4 Returns With Concept TT Styling To Give BMW Something To Worry About

Previewed by the recent Concept Three, the Ioniq 3 could become one of Hyundai’s most significant global EVs, combining affordability with everyday usability. Camouflaged prototypes have already been spotted testing out in the open, hinting that an official debut is just around the corner. Here’s a look at everything we know so far.

Striking the Middle Road

Unlike its larger siblings, the Ioniq 3 avoids polarizing the public with a look that’s easier on the eye. Prototypes confirm that it retains the Concept Three’s coupe-like proportions, although the front fascia is toned down with more conventional battery-cooling intakes and slim pixel DRLs split from the main headlamps underneath. 

From the profile, it trades the concept’s slim-frame windows for clamshell items (welcome back to the 90s). Elsewhere, it’s a clean, uncluttered profile with smooth surfacing and intersecting lines drawn from Hyundai’s ‘Art of Steel’ design language.

The rear features a high-mounted full-width tail light cluster with LED pixel elements and a split-glass hatch configuration similar to that of Toyota’s Prius. The concept’s translucent aero elements and wild lower diffuser won’t make the cut, yet it still sports a subtle spoiler.  

A Tech-Focused Interior

SH Proshots

In a significant departure from Hyundai’s existing lineup, the cabin offers an all-new experience with a separate digital instrument cluster and a large Tesla-style infotainment display.

Also: BMW’s Largest SUV Is About To Get A Lot More Interesting

The screen runs Hyundai’s new Pleos Connect system, which is built on Android Automotive OS, bringing cloud-based user profiles (allowing owners to download features on demand) and conversational voice control for navigation and other vehicle functions.

Importantly, spy shots confirm the presence of physical buttons for HVAC controls below the infotainment screen. Elsewhere, the 5-seat cabin follows the same design theme as other Ioniq models, with minimalist door cards and ovoid trim elements. 

Other highlights include Apple CarPlay Ultra compatibility, ambient lighting and enhanced Level 2 driver assistance.

Platform, Powertrain, and Battery 

While key specs remain under wraps, we know the Ioniq 3 will ride on a pared-down version of the E-GMP platform. Unlike the 800-volt architecture used in the Ioniq 5 and 6, this model runs a 400-volt system, helping to keep costs in check.

It shares much of its underpinnings with the upcoming Kia EV4, meaning a single-motor, front-wheel-drive layout is expected at launch, delivering 201 hp (150 kW). A dual-motor setup may follow in a potential N performance trim.

SH Proshots

Two Lithium-ion NCM battery configurations are said to be on the cards, with the smaller packing coming in at 58 kWh, while the larger one muscles up 81.4 kWh. The latter should be good for a range estimate of 390-400 miles (628–644 km), and both offering V2G (vehicle-to-grid) and V2L (vehicle-to-load) capabilities. 

Rivals and Reveal

Key rivals include Kia’s EV3 and EV4 (essentially an Ioniq 3 in different clothing), Volkswagen ID.3, Cupra Borne, Peugeot e-308, Mini Aceman Electric, MG4, BYD Dolphin, and Skoda Enyaq.

See: Kia’s Smallest EV Could Become One Of Its Most Thrilling Performance Models

With thin camouflage and key interior tech already known, we expect a full debut within the next six months and a global rollout by 2027. North American availability? Sorry folks, as this will be built in Turkey, it won’t be offered in the States.

Should Hyundai bring the Ioniq 3 to the USA? We’d love to hear your views in the comments below.

The most read School Transportation News magazine articles in 2025 explored AI and other emerging technology, leadership, workforce development and evolving student transportation models.

Specific topics included illegal school bus passing prevention, routing optimization, artificial intelligence and future-focused fleet technology, to reflect a transportation industry actively adapting to new challenges and opportunities. At the same time, human-centered stories, highlighting leadership, recognition and professional growth continued to resonate strongly with readers.

Together, these articles underscore the industry’s dual focus on innovation and culture as transportation departments prepare for the future.

STN reports below on the top-viewed article from each monthly magazine issue in 2025, organized by publication month.

January – Atypical Student Transportation

This article examined nontraditional student transportation scenarios that fall outside standard home-to-school routes on school buses. It explored how districts are adapting to serve students with disabilities and special needs who need alternative schedules and specialized programs. The piece emphasized flexibility, collaboration and policy considerations required to safely and effectively manage atypical transportation models.

February – Combatting Illegal Passing with Awareness, Technology
Focusing on one of the most persistent safety threats in pupil transportation, this article addresses strategies to reduce illegal passing of stopped school buses. It highlighted the role of public awareness campaigns, stop-arm cameras, and enforcement partnerships, reinforcing the importance of both education and technology in protecting students at bus stops.

March – On the Block

Procurement and decision-making challenges faced by transportation departments, particularly as districts evaluate new vehicles, services and technologies, underscore the importance of planning, transparency and stakeholder input when making large-scale transportation investments.

 

April – Seeing Into the Future

One of the most-read magazine articles of the year looked at emerging AI trends shaping student transportation. Topics include predictive maintenance technologies, data-driven operations and forward-thinking approaches to safety and efficiency. The article encouraged readers to view innovation as a proactive tool rather than a reactive solution.

May – Q&A: Wyskiel Steers Blue Bird Toward Its Second Century

This Q&A featured leadership insights from Blue Bird President and CEO John Wyskiel, focusing on the company’s vision as it moves into its second century. The discussion touched on innovation, electrification, manufacturing priorities and the evolving needs of school districts.

June – Peeling Back the Routing Layers

Routing remains one of the most complex aspects of school transportation, and this article took a deep dive into the many variables that influence route design. From staffing shortages to bell times to special needs transportation, the piece highlighted how layered decision-making and technology tools can help districts improve efficiency and service reliability.

July – Leadership Perspectives on the Future of AI

This article examines how AI may shape the future of student transportation. Industry leaders share perspectives on potential applications, from routing and predictive maintenance to training and operations, while also addressing concerns around implementation, data, and workforce readiness.

August – 10 Years: Garage Stars

Celebrating a decade of recognizing excellence, this article highlights the critical role maintenance professionals play in student transportation. It honored the dedication, expertise and behind-the-scenes work of garage staff who keep fleets safe, reliable and road-ready every day.

 

September – Future-Focused Technology

This article explores technology solutions designed to support long-term transportation goals rather than short-term fixes. Topics included vehicle systems, software integration and tools that improve safety, accountability, and operational visibility for transportation departments.

 

October – Transportation Director Salaries by U.S. Region

Providing data-driven insight into compensation trends, this top-viewed article breaks down transportation director salaries by region across the contiguous U.S. It offers valuable benchmarking information amid ongoing workforce recruitment and retention challenges.

 

November – Rising Superstars

The most-viewed magazine article of 2025 spotlighted emerging leaders in the student transportation industry. By recognizing rising professionals making meaningful contributions, the article reflects the industry’s focus on mentorship, succession planning and cultivating the next generation of transportation leadership.

 

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Related: Top 10 Most Popular STN Web Articles of 2024
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The post 2025 STN Magazine Top Articles appeared first on School Transportation News.

Hyundai is gearing up to unveil what it calls “the world premiere of its biggest EV yet” at the Brussels Motor Show on January 9. Billed as a major new entry in the company’s global lineup, the model is expected to go larger than the Ioniq 9 crossover, although for now, that’s just about all Hyundai is officially saying.

A single teaser image provides the only visual clue. Still, it strongly suggests what many have already guessed: an all-electric version of the futuristic-looking Staria minivan.

More: Hyundai Gave Its Futuristic Minivan A Makeover Where It Matters Most

Just last week, Hyundai revealed a facelifted Staria with modest design tweaks, upgraded chassis components, and larger interior screens. The silhouette in the teaser closely matches this refreshed gas-powered version, reinforcing the theory that the EV shares its roots with the Staria platform.

If so, the upcoming reveal in Europe will mark the first public debut of the Staria Electric, roughly a year after a prototype was spotted in South Korea.

Built for High-Voltage Power

Hyundai isn’t starting from scratch here. The Staria-based Iveco eMoovy has already confirmed the platform’s compatibility with electric drivetrains. That light commercial vehicle uses a single electric motor rated at 215 hp (160 kW / 218 PS), paired with either a 63 kWh or 76 kWh battery pack.

While Hyundai hasn’t detailed the technical specs for its own version, it has confirmed that the model will showcase “state-of-the-art electric technology, including an advanced 800-volt charging system.”

The same 800V setup already appears in the eMoovy, allowing it to gain 100 km (62 miles) of range in just ten minutes when using a 350 kW charger. If Hyundai retains this architecture, it could give the Staria EV a significant edge in both fleet and family use.

More: Hyundai’s Staria Is Getting The EV Powertrain Its Futuristic Face Always Deserved

Visually, the electric Staria is expected to carry over several elements from the recently refreshed combustion version, including the full-width LED light bar. A previously seen prototype also revealed a few EV-specific touches, including a new front bumper design with an integrated charging port and what appeared to be custom wheels unique to the electric model.

Hyundai hasn’t confirmed which markets will receive the electric Staria, but if it follows the footprint of the gas-powered model, North America is likely to miss out.

What Else Is Hyundai Bringing To Brussels?

Beyond the headline debut of its largest EV to date, Hyundai’s stand in Brussels will also include the facelifted Ioniq 6 sedan. Enthusiasts will find a dedicated N Zone showcasing the performance-tuned Ioniq 5 N and Ioniq 6 N models. Adding a dose of concept flair, Hyundai will also present the Insteroid, a gaming-inspired concept based on the compact Inster.

During the press conference, Raf Van Nuffel, Vice President of Product at Hyundai Motor Europe, will share more information about the new model and the company’s EV portfolio in 2026.

“he Brussels Motor Show continues to be an important platform for us to highlight how our electric products and technologies are evolving for European customers,” said Van Nuffel. “Hyundai welcomes the event’s strong focus on electrification, which reflects the technological progress shaping sustainable transportation in the region.”

Hyundai

The landscape of student transportation is constantly evolving, but are your district’s strategies adapting with it? Get powerful takeaways to keep pace with the industry’s changes and stay resilient by attending this webinar.

Across four trends, you’ll learn:

• How to get a 360-degree view of operations by integrating on-bus technology.
• Tech-driven methods to overcome the driver shortage, empower your team and cut turnover.
• Budget-friendly strategies to navigate differing electric school bus priorities.
• Practical ways to implement AI for safer, more efficient student transportation.

Save your spot now. 

Brought to you by Geotab

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Presenters:

Alfred Karam
Former Director of Transportation (Retired)
Shenendehowa Central School District

Alfred is a Master Gunnery Sergeant of Marines (retired), an award-winning Director of Transportation and a published author. Following 25 years of service in the U.S. Marine Corps, he led transportation operations for two of New York’s largest school districts for 24 years. His leadership has been recognized with multiple top honors, including the School Bus Fleet Magazine Administrator of the Year (2013) and the National Association for Pupil Transportation Larson Quality Award (2017).

Keba Baldwin
Director of Transportation and Central Garage
Prince George’s County Public Schools

Keba Baldwin serves as the Director of Transportation & Central Garage for Prince George’s County Public Schools, one of the nation’s largest school districts. He leads operations for more than 1,200 school buses and 700 fleet vehicles, ensuring safe and reliable service for over 85,000 students each day.

Mr. Baldwin brings a unique perspective that bridges the classroom and operations. His scientific background has shaped his analytical approach, while his educator’s mindset informs his commitment to equity, safety and service. He has led initiatives in routing optimization, safety training for transporting students with disabilities and the adoption of clean-energy fleets.

Craig Berndt
Business Segment Manager, People Transportation
Geotab

With 15 years in telematics, Craig brings to the table extensive experience in passenger transportation, public works and vehicle sharing. In his current role at Geotab as the Business Segment Manager for People Transportation, Craig is responsible for leading a cross-functional team to ensure success in this rapidly growing area of the business. He earned an MBA in 2020 and his community engagement includes volunteering with Scouting America (formerly BSA) and his non-profit animal rescue.

The post (Free Webinar) Building Resiliency: Hot Trends in Student Transportation For 2026 appeared first on School Transportation News.

Artificial intelligence is quickly reshaping the way cars are designed, cutting down development time and simplifying once-complex workflows.

Curious to see how far the tech can stretch, one professional designer set himself a challenge: create an entire concept car in a single day, starting with a handful of loose hand-drawn sketches and ending with high-res, photorealistic renderings generated entirely by AI.

More: This Futuristic RWD Coupe Could Have Been Skoda’s Best Throwback Yet

The man behind this experiment is Antonin Cohen (@space_sketch on Instagram), a French automotive designer currently working for Ford Europe in Cologne, Germany. Before that role, he was employed by Kia, where he contributed to the design of the pre-facelifted fifth-generation Sportage.

We spoke to Antonin, who admitted to Carscoops that he wasn’t initially a fan of AI, but his perspective shifted after spending some time exploring what the tools could actually do.

The technology allows him to generate strikingly realistic renderings from multiple angles and quickly explore different colors, materials, and environments. It’s a faster way to communicate and assess early concepts without getting dragged into the time-intensive process of building them out manually.

Shaping a Digital Lexus

Antonin Cohen

Cohen put the new technology through its paces on a personal project developed in his own free time, a futuristic, Lexus-badged EV. He started with a pair of quarter-view sketches showing the front and rear of a sleek, low-slung three-door hatchback. From there, AI took over, generating a complete set of visuals based on his creative prompts.

The car takes the form of a compact three-door hatchback with a streamlined, aerodynamic stance. A short nose, paired with a steeply raked supercar-style windshield and low-mounted LED headlights, gives the front end a planted, athletic look.

More: Buick’s New Concepts Look Suspiciously Ready For Production

The side profile sharpens that impression, with prominent fender flares and sculpted intakes that suggest a degree of performance. At the back, there is a glass canopy, slim LED taillights and an aggressive diffuser made of carbon fiber.

Cohen told us he always tries to give his designs an “impactful face”, describing the look of the concept as “a little robotic”. He imagined the C-pillars like arms that hold the volume together, and the rear end as “practical, upright, and solid”.

Details That Sell the Illusion

Antonin Cohen

Even for trained eyes, it is hard to distinguish the AI-made renderings from actual photos. The reflections and the texture of the materials is top notch, while the setup is close to what you’d expect from a professional photographer.

Cohen also generated “behind-the-scenes” images showing AI humans prepping the car for an imaginary press shoot. The concept looks particularly striking in a deep orange shade paired with contrasting black roof, pillars, accents, and wheels.

Some images even reveal the interior, featuring a sweeping digital cockpit and angled center console. One version pairs white leather-style materials with minimal trim, while another opts for a more textured feel, combining blue upholstery with wood accents.

The Real Benefit for Designers

The prototype Lexus might be purely digital, but the process behind it highlights how AI tools can support, rather than replace, a designer’s vision. When used thoughtfully, they allow ideas to take shape faster and in greater detail, making it easier to pitch or refine early concepts.

More: French Carmaker Unlocks Its Secret Design Vault And The Scale Models You Can Buy Are Wild

Cohen put it this way: “AI allows us to focus purely on the creative side instead of spending time on rendering. I love illustration work – I’ve done sketches that took me three days – but sometimes you just don’t have that kind of time.”

He also offered a piece of advice to young designers: “No sketch is ever chosen for the quality of its reflections or how many hours you spent drawing the wheels. What really matters are the first few lines, regardless of the technique you use.”

We’d like to thank Antonin Cohen for sharing his project with us.

Antonin Cohen

Electric SUVs have come a long way in a short time, but in the three-row space, progress has been surprisingly slow. Hyundai made a big impression on the EV market when it unveiled the striking Ioniq 5 in early 2021. A month later, Kia unveiled its related EV6.

However, following the debut of the Ioniq 5 and the later arrival of the Ioniq 6, Hyundai’s rollout of next-generation EVs has slowed, especially compared to Kia. In the same span, Kia has steadily grown its lineup, recently adding the EV3, EV4, EV5, and EV9 to its expanding electric stable.

Review: The New Nissan Qashqai e-Power Drives Like An EV But Doesn’t Need Charging

This makes the launch of the new Hyundai Ioniq 9 all the more important. You see, it’s related to the three-row Kia EV9, but that model was launched more than 18 months before it, meaning Hyundai has to catch up ground.

QUICK FACTS

Working in Hyundai’s favor is the fact that not much has changed in the three-row electric SUV segment since the EV9 launched. Few contenders have emerged in this particular bracket, especially at the price point where both the EV9 and Ioniq 9 are playing.

We recently had the opportunity to spend a full week living with the Hyundai Ioniq 9 in Calligraphy trim, putting it through its paces not just to see how it stacks up against the EV9, but also to ask a tougher question: can it justify its position as the most expensive Hyundai ever sold?

What Does it Cost?

Photos Brad Anderson/Carscoops

While Kia offers several versions of the EV9 in Australia, Hyundai has only launched a single trim variant of the Ioniq 9, known as the Calligraphy. Buyers can choose between six or seven seats, and pricing starts at AU$128,413 (equal to US$84,000 at current exchange rates) including on-road costs.

There’s no denying that’s a lot of cash for a Hyundai. However, it’s surprisingly good value compared to the Kia EV9 GT-Line, the nearest equivalent to the Calligraphy, which is priced from AU$138,915 ($90,700).

Read: Americans Just Sent Hyundai EV Sales Through The Roof But Trouble’s Brewing

Shoppers in the US looking to pick up the keys to the new Ioniq 9 can purchase it for as little as US$58,955. The flagship Performance Calligraphy Design tops out at the range, starting at US$76,490. Although Australia’s Calligraphy model lacks the word ‘Performance’ in its name, it has the same powertrain as the American model.

Beneath the concept-car-like looks of the Ioniq 9 is a huge 110.3 kWh battery, larger than the flagship 99.8 kWh pack in the EV9. This battery feeds a pair of electric motors, each rated at 157 kW (210 hp), or a combined 314 kW (421 hp) and 700 Nm (516 lb-ft) of torque. That gives it a healthy edge over the EV9 GT-Line’s 283 kW (380 hp), although torque remains identical.

A High-Class Cabin

Photo Credits: Brad Anderson/Carscoops

As you’d expect for a vehicle at this price point, the Ioniq 9 Calligraphy’s cabin is exceptionally plush and feels more premium than the EV9, which has too much plastic for our liking.

Like other Hyundai models, there are two 12.3-inch screens in front of the driver, housed within a single curved display that supports wireless Apple CarPlay and Android Auto. Whereas Kia insists on continuing to employ an inconveniently located third screen on the dash for the climate controls, the Ioniq 9 uses a dedicated display under the dash with a touch panel and physical temperature dials.

Review: New Fiat Grande Panda Hybrid Makes Budget Look Cool Again

Our Ioniq 9 was equipped with the eye-catching Dark Wine and Dove Grey two-tone Nappa leather, one of three available two-tone options for those not interested in the standard Obsidian Black trim. The Ioniq 9 is available with digital wing mirrors, but fortunately, our car didn’t have them. By comparison, the EV9 GT-Line is sold exclusively with cameras instead of mirrors.

There are plenty of luxuries found within the cabin, making the Ioniq 9 perfectly suited to any kind of journey. This includes a heated steering wheel, heated, ventilated, and massaging front seats and a wireless phone charger.

Photos Brad Anderson/Carscoops

There’s also a panoramic sunroof, tri-zone climate control, configurable ambient lighting, and a head-up display. Tech enthusiasts will be pleased to know that in addition to having two high-powered 100-watt USB-C ports in the dash, there are also 100-watt USB-C ports on the backs of the front seats for rear passengers.

Those seeking the ultimate in comfort would be wise to opt for the six-seat version, as it replaces the second-row bench seat with a pair of captain’s chairs, which are very similar to the front seats.

Review: BYD Sealion 6 Makes Plug-In Hybrids Feel Seamless But Fun Is Optional 

However, even in 7-seat guise, the Ioniq 9’s second row is more than large enough to carry three adults in comfort. Even the third row is surprisingly practical. I’m 6’2” (189 cm) and my hair only brushed the headliner, but I did have to slide the second-row seats forward to get any leg room.

There’s no question this ranks among the most premium interiors Hyundai has ever put together. Even so, it doesn’t feel dramatically more upscale than the far more affordable Santa Fe. It shares quite a few components too, including the dual screens, steering wheel, and HVAC controls. Cabin space is only slightly more generous as well. The latest Palisade, for that matter, feels every bit as polished as the Ioniq 9.

Performance and Comfort

Despite not being marketed as a performance vehicle in Australia, that’s exactly what the Ioniq 9 feels like, at least in a straight line. It can hit 100 km/h (62 mph) in 5.2 seconds, an impressive figure considering the seven-seater weighs a portly 2,721 kg (5,998 lbs). Pin the throttle and it lurches forward, squatting at the rear and leaving hot hatches for dead.

However, show the Ioniq 9 a set of corners, and it doesn’t match the surprising agility of the EV9 GT-Line. That isn’t to say it can’t be hustled through corners at impressive speeds, as it can, thanks in part to the Continental PremiumContact tires. But the Ioniq 9 clearly prefers a calmer approach, and with the massaging seats doing their thing, it feels most at ease settling into a smooth cruise.

Hyundai has done a good job of calibrating the steering of its new flagship SUV and it is beautifully light, perfect for a vehicle of this size, ensuring it’s easy to park. While driving the Ioniq 9, I quickly forgot about its weight, although it was a little harder to forget about the sheer size of the thing.

Measuring it at 5,060 mm (199.2 inches) long, it’s 50 mm (1.9 inches) longer than the EV9, and matches the Kia’s 1,980 mm (77.9-inch) width. It’s even 8mm (0.3 inches) longer than a full-size Range Rover.

Range to Match The Speed

Photos Brad Anderson/Carscoops

Thanks to the big battery pack and respectable efficiency, the Ioniq 9 has good, real-world driving range. Hyundai claims it can travel up to 600 km (373 miles) between stops and quotes average efficiency of 20.6 kWh/100 km. During my week with the Ioniq 9, I averaged 22 kWh/100 km, traveled 210 km (130 miles), and had 298 km of remaining range (185 miles).

As with other EVs from Hyundai, Kia, and Genesis, charging is a strong suit of the Ioniq 9. It supports charging speeds of up to 233 kW, meaning the battery can be topped up from 10-80 percent in 24 minutes through a 350 kW charger. AC charging is capped at 10.5 kWh, which is enough for an overnight charge at home.

Also: Hyundai Just Got A Big Gift From Trump, But It’s GM That’s Smiling

Given the Ioniq 9’s considerable weight, I expected the ride to be on the firmer side, as is often the case with electric vehicles. Instead, it turned out to be surprisingly comfortable and noticeably softer than the EV9 GT-Line. That said, the lighter and more compact Santa Fe still manages to deliver an even smoother ride.

Brake regeneration is handled by paddle shifters behind the steering wheel, allowing you to cycle between four different levels, including a one-pedal driving mode which works superbly.

Hyundai has also equipped the Ioniq 9 Calligraphy with its Highway Driving Assist 2 system, which includes radar cruise control and an automatic lane-change function. It can even shift the EV to the edge of the lane when passing a truck for added safety. As we’ve come to expect from the South Koreans, the HDA2 system works flawlessly on the highway.

Verdict

As a standalone EV, especially when stacked against pricier rivals like the troubled Volvo EX90, the Hyundai Ioniq 9 makes a compelling case for itself. Yes, it carries a price more commonly tied to Hyundai’s luxury arm, Genesis, but large electric SUVs come at a premium, particularly those that blend comfort, refinement, and capability as well as this one.

However, as we saw with the Kia EV9, it is the competition from within Hyundai’s own lineup that will likely limit the Ioniq 9’s appeal.

For roughly AU$50,000 (US$32,600) less, you can get a seven-seat Santa Fe Hybrid Calligraphy. And if you’re looking for something larger, the all-new Palisade is available as a seven-seater or even an eight-seater, and costs around AU$30,000 (US$19,500) less. Still, if you’re dead set on an electric SUV for the family, the Ioniq 9 is an easy one to recommend.

Photos Brad Anderson/Carscoops

Four years after first showing its Mobile Eccentric Droid (MobED) concept, Hyundai’s Robotics LAB has now revealed the production version in Tokyo, Japan. The debut marks an important step in the company’s expansion into advanced robotics.

The compact platform has been engineered to be fully autonomous and uses advanced artificial intelligence that allows it to cruise over different surfaces and provide incredible adaptability for different use cases.

How Does It Move?

Central to MobED’s capability is its Eccentric Control Mechanism, a clever system that lets the robot adjust its posture and each wheel individually. The result is an uncanny steadiness, even when crossing inclined or uneven terrain.

Read: Like All Eccentrics, Hyundai’s New Mobile Eccentric Droid May Be Going Into The Film Business

For spatial awareness, Hyundai equipped the platform with a suite of advanced cameras and LiDAR sensors. An AI-driven obstacle detection system adds another layer of awareness, helping the robot navigate confined or crowded spaces without missing a beat.

Hyundai envisions it taking on various roles, from last-mile deliveries to logistics support, with minimal human intervention.

Two Flavors Of Droid

Hyundai has revealed two versions of the robot: the Basic and the Pro. The Basic measures 1,150 mm (45.2 inches) in length, 750 mm (29.5 inches) in width, and 430 mm (16.9 inches) in height. It weighs 78 kg (172 lbs) and can carry up to 57 kg (125 lbs).

The Pro variant stands a little taller at 650 mm (25.5 inches) and heavier at 88 kg (194 lbs), though its payload capacity drops slightly to 47 kg (104 lbs).

Where they diverge most is autonomy. The Pro comes equipped with Hyundai’s full self-driving system, while the Basic relies on manual operation via remote control.

What Keeps It Rolling?

Powering both versions is a small 1.47 kWh battery that provides up to 4 hours of operating time. However, compared to some of Hyundai’s EVs, the MobED charges slowly, needing 2.5 hours to juice up the battery from 10 to 90 percent.

Each robot also features universal mounting rails that make it easy to attach a variety of tools and modules. In the future, they could perform a range of important tasks in factories and warehouses, as well as crucial functions at production facilities, reducing the need for human labor.

Commercial sales of the MobED are expected to begin in the first half of 2026. Hyundai has yet to announce pricing, though it’s clear the company sees the robot as more than a novelty.

Hyundai is selling more hybrids in the United States than ever, a result that surely has executives reaching for the champagne. The mood, however, is muted by a sharp downturn in the company’s electric vehicle fortunes. Since the federal EV tax credit expired on September 30, demand has plunged, leaving Hyundai’s battery-powered lineup scrambling to regain its footing

How Low Can It Go?

The Ioniq 5 remains Hyundai’s best-selling EV in the US, though November brought little reason to celebrate. Only 2,027 units found buyers across the country, a steep 59 percent drop from the 4,989 sold in November last year.

There was some consolation in the fact that this figure edged up slightly from October’s 1,642 sales, but the wider picture is still uneven. Year-to-date results show a modest 12 percent improvement over 2024, totaling 44,760 cars sold.

Read: Hyundai And Kia EV Sales Collapse After Tax Credits Vanish Overnight

Things have been equally as bad for the Ioniq 6, with just 489 being sold this November, a decline of 56 percent. Cumulative sales have also slipped, from 11,055 cars in 2024 to 10,019 so far this year, marking a 9 percent decline.

The seven-seat, three-row Ioniq 9 wasn’t available last year, but it remains a relatively slow seller. A total of 315 found new homes last month, down slightly from the 317 sold in October. Year-to-date, 4,809 have been sold.

Hyundai Sales November 2025

Hyundai’s total November sales have fallen 2 percent from November last year to 74,289 units. So for this year, it still remains in the green, shifting 822,756 vehicles, an 8 percent rise from the 758,304 sold during the first 11 months of 2024.

Hybrids to the Rescue

The big story, though, is hybrids. Sales of electrified models jumped 42 percent, making November Hyundai’s strongest hybrid month on record. That surge has been critical in offsetting the EV slump and maintaining overall growth through the final quarter.

Among individual models, several performed particularly well. In November, The Palisade rose 10 percent to 9,906 units, Santa Fe gained 13 percent to 14,004, and Tucson continued its strong run with an 18 percent increase to 23,762. Even the pint-sized Venue grew 35 percent to 2,059 units.

The Sonata, meanwhile, took a noticeable hit in November, dropping 42 percent year-over-year to 4,018 sales, bringing its year-to-date total to 54,238, down 12 percent from the same period in 2024.

For now, Hyundai’s U.S. lineup shows a clear divide between hybrid gains and weakening EV demand. The next few months will show whether that hybrid momentum can do enough to steady the company’s position in a softening electric market.

Most drivers think spilling a bottle of water in their car is annoying at worst. Maybe you get a damp carpet and some condensation on your windows. Maybe your floor mats start to smell like a gym bag.

What you probably do not expect is a repair bill that costs more than a used Honda Civic. But that’s exactly what happened to one Hyundai driver.

Related: Stop Sale Issued For Hyundai Ioniq 5 As Sonata Gas Tanks Risk Melting

Mike McCormick was driving his Ioniq 5 on the freeway in Florida when a traffic snarl-up ahead forced him to hit the brakes. That move sent a water bottle in one of the rear cupholders flying forward and eventually to the floor, where its contents found their way into some wiring harness connectors, though it’s not clear if the bottle’s cap was on, off or somewhere in between at the time.

Within a few minutes of the water bottle performing its base jump, McCormick noticed various warning lights come up on the dash. Then the turn signals stopped working and by the time he got home he couldn’t shut the car off.

How One Bottle Became a Bill

After inspecting the two-year-old EV, a Hyundai dealer told him the underfloor and under-seat wiring harnesses would both have to be replaced. Annoying, but how much could a few wires cost, right? The answer is a whole lot, as the bill ballooned to a crazy $11,882.08.

And according to the company, the damage was caused by an “external factor,” and not a factory defect, meaning McCormick was on the hook for the whole repair cost.

Okay, you’re thinking, go to plan B: insurance. He tried that too, and State Farm denied his claim, suggesting that its investigation showed the damage to the wiring harness had occurred over time, rather than as a result of the one water bottle spill. Talk about rock and a hard place.

Why So Fragile?

WFTV Channel 9’s report on the story highlighted the vulnerability of the Ioniq 5’s wiring harness below the Ioniq 5’s seat by referencing another owner who was left with a five figure bill for new harnesses after a dealer found his had frayed.

Also: Sure, You Can Replace Ioniq N Brakes, But Only With Hyundai’s $6K Tool Or A $2K Locked Workaround

And that’s not the only unexpected bill some of the EV drivers have come across. If you want to replace your own brake pads on the sporty Ioniq 5 N, maybe after a track day, you need access to special software and tools that can cost thousands of dollars. Some owners suggest cheaper unofficial workarounds, but those come with inherit risks, including the possibility of voiding your warranty or creating even costlier problems if anything goes wrong.

Do you think Hyundai or the insurance company should pay for the repairs to McCormick’s EV, or is it right that he’s being forced to foot the bill? Leave a comment and let us know.

Thanks to Marco for the tip!

Sources: WFTV 9

Porsche engineers are not exactly easy to impress. These are the people who spend their days perfecting GT3s and wringing every last drop of magic from flat-six engines and setting Nurburgring lap records.

So when two of the brand’s most senior engineering bosses drove the Hyundai Ioniq 5 N and came away buzzing like teenagers leaving an arcade, you know something interesting is happening in the electric-car world.

Also: Hyundai Ioniq 5 N Gets A Cheaper Version But You Can’t Have It

Frank Moser, Porsche’s vice president in charge of the 718 and 911 lines, admitted to Australia’s Drive that he has driven the Ioniq 5 N “several times” and called it an “eye-opening” experience.

Moser even dragged along Andreas Preuninger, the legendary head of Porsche GT cars, whose blood type is probably 98 RON premium, and definitely not amps.

From Skeptic to Convert?

Preuninger was not exactly enthusiastic at first. According to Moser, he grumbled, “I don’t want any of that electric stuff” when the idea was floated. But once they climbed inside and Moser pressed the Hyundai’s N Grin Boost button, the GT boss instantly turned into a believer.

“He was ‘wow’” Moser said, describing the moment Hyundai’s punchiest EV unleashed its full 641 hp ( 650 PS / 478 kW) and 568 lb-ft (770 Nm). “We learnt a lot from that car,” Moser told Australia’s Drive. “That’s why we decided to have a deeper look.”

It was not just the acceleration that snagged Porsche’s attention. The Ioniq 5 N’s signature party tricks, including its virtual gearshifts and synthesized powertrain noises, have Porsche seriously considering similar features for its upcoming electric 718 sports car.

Can Sound Create Soul?

Hyundai calls these systems N e-shift and N Active Sound+, and they replicate the snap of a dual-clutch gearbox and offer a selection of digital engine noises (most of them pretty lame, in my experience).

It is the kind of thing EV purists roll their eyes at, but performance engineers instantly understand. It makes the car feel alive and the driver connected to the driving experience.

“This is the way,” Moser said of the synthesized features, while making clear that Porsche wouldn’t force them on drivers.

“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,” Moser said. “That would be the direction for the future.”

Tuning the Future

Our money’s on it being part of a Sport Chrono-type option package that’ll add at least $2,000 to the bill of the new electric Porsche 718 Boxster and Cayman.

The first 718 EV arrives in early 2027, and Moser promises it will be “really lightweight for an electric car,” though he declined to reveal an exact or even ballpark weight figure.

One thing is clear: Hyundai has just influenced one of the world’s most respected sports-car makers. Who could have imagined that happening 20 years ago?

You might assume that Tesla has the humanoid robot stage to itself, but several Chinese automakers are also sprinting toward the same goal. Among them, EV startup Xpeng is taking the lead, planning to start production of its humanoid robot in late 2026 with ambitions to sell millions of them around the globe.

Over the past several years, Xpeng’s flagship robot has progressed from an autonomous dog similar to what Boston Dynamics pioneered, and has now entered its seventh generation and morphed into Iron, a humanoid robot very similar to the Tesla Bot.

Read: Xpeng Is Turning Its EVs Into Long-Distance Hybrids With Nearly 1,000 Miles Of Range

Iron runs on Xpeng’s in-house Vision-Language-Action 2.0 AI model and made its debut at a lavish launch event in China.

In a rather theatrical move, Xpeng silenced skeptics who suggested the figure on stage was a person in disguise. After clips of Iron walking in a pristine white suit spread online, rumors surfaced that it was simply a performer inside the shell.

To dispel any doubt, Xpeng brought Iron out onto the stage and proceeded to cut open the robot’s leg, revealing the mechanical components found within.

The Robot Potential

Xpeng chief executive and co-founder He Xiaopeng believes that producing humanoid robots like Iron will eventually come down to the same cost as manufacturing cars. He also sees “the market potential for robots is greater than that for cars”, revealing that the robot will be present in Xpeng stores, office parks, and factories by the end of next year.

According to JPMorgan, Xpeng’s next big leap in 2026–27 depends on how well its wider AI empire comes together, a mix of robotaxis, humanoid robots, and even flying cars. The American bank’s report predicts the robotaxi arm alone could add between US$6 billion and US$19 billion in value by 2035, while the humanoid side might deliver as much as US$24 billion by 2027, assuming all those timelines hold.

It’s not just Xpeng diving headfirst into robotics.

Who Else Is Building?

As reported by the South China Morning Post, Chery is collaborating with AI developer Aimoga on a humanoid robot called Mornine. Meanwhile, BYD, GAC, and Seres are pouring millions into robotic projects of their own, and Nio has announced plans for a robotic dog

Across China, more than two million robots are estimated to be already operate in factories, and that figure is set to keep climbing as automation becomes a cornerstone of industrial strategy.

Source: South China Morning Post

AUSTIN, Texas- BusPatrol, the leader in school bus safety technology, has been named to both the 2025 Deloitte Technology Fast 500etch and the Inc. 5000 lists in recognition of its rapid growth and impact on student and community safety nationwide. This dual recognition reflects BusPatrol’s leadership in modernizing student transportation safety through cutting-edge AI, machine learning, and vision safety solutions adopted by communities across the country.

This marks BusPatrol’s second consecutive year on the Deloitte Technology Fast 500, which honors the most innovative technology companies in North America. BusPatrol also earned a place on the Inc. 5000, the definitive ranking of America’s most resilient and high-impact private companies.

These recognitions reflect the growing national adoption of BusPatrol’s industry-leading technology solution and its proven impact on road safety. Communities using BusPatrol’s end-to-end stop-arm enforcement program see meaningful behavior change — more than 90% of first-time violators do not reoffend after receiving a citation. Through partnerships with school districts, municipalities, and law enforcement agencies, BusPatrol modernizes student transportation with cloud-connected, AI-powered stop-arm cameras and interior safety technology that help make roads safer for students and families.

“Our growth speaks to our team’s deep commitment to student safety and the mission that drives us,” said Karoon Monfared, CEO of BusPatrol. “Our strong community partnerships, paired with our deep know-how in building programs that communities trust and the technology behind our safety platform, make us a trusted safety partner to the communities we serve. As more communities adopt our turnkey technology solution, we remain focused on setting the standard for innovation in this space and delivering real safety gains where they’re needed most.”

BusPatrol is currently contracted on over 40,000 buses across 24 states, with new regions coming online each year. As the industry leader, BusPatrol is positioned for continued growth, driven by advanced technology, trusted partnerships, and a mission to improve public safety across the communities it serves.

The post BusPatrol Named to Deloitte Technology Fast 500 and Inc. 5000 for Advancing School Bus Safety appeared first on School Transportation News.

As states continue to curb health insurers’ use of artificial intelligence, patients and doctors are arming themselves with AI tools to fight claims denials, prior authorizations and soaring medical bills. (Photo by Anna Claire Vollers/Stateline)

As states strive to curb health insurers’ use of artificial intelligence, patients and doctors are arming themselves with AI tools to fight claims denials, prior authorizations and soaring medical bills.

Several businesses and nonprofits have launched AI-powered tools to help patients get their insurance claims paid and navigate byzantine medical bills, creating a robotic tug-of-war over who gets care and who foots the bill for it.

Sheer Health, a three-year-old company that helps patients and providers navigate health insurance and billing, now has an app that allows consumers to connect their health insurance account, upload medical bills and claims, and ask questions about deductibles, copays and covered benefits.

“You would think there would be some sort of technology that could explain in real English why I’m getting a bill for $1,500,” said cofounder Jeff Witten. The program uses both AI and humans to provide the answers for free, he said. Patients who want extra support in challenging a denied claim or dealing with out-of-network reimbursements can pay Sheer Health to handle those for them.

In North Carolina, the nonprofit Counterforce Health designed an AI assistant to help patients appeal their denied health insurance claims and fight large medical bills. The free service uses AI models to analyze a patient’s denial letter, then look through the patient’s policy and outside medical research to draft a customized appeal letter.

Other consumer-focused services use AI to catch billing errors or parse medical jargon. Some patients are even turning to AI chatbots like Grok for help.

A quarter of adults under age 30 said they used an AI chatbot at least once a month for health information or advice, according to a poll the health care research nonprofit KFF published in August 2024. But most adults said they were not confident that the health information is accurate.

State legislators on both sides of the aisle, meanwhile, are scrambling to keep pace, passing new regulations that govern how insurers, physicians and others use AI in health care. Already this year, more than a dozen states have passed laws regulating AI in health care, according to Manatt, a consulting firm.

“It doesn’t feel like a satisfying outcome to just have two robots argue back and forth over whether a patient should access a particular type of care,” said Carmel Shachar, assistant clinical professor of law and the faculty director of the Health Law and Policy Clinic at Harvard Law School.

“We don’t want to get on an AI-enabled treadmill that just speeds up.”

A black box

Health care can feel like a black box. If your doctor says you need surgery, for example, the cost depends on a dizzying number of factors, including your health insurance provider, your specific health plan, its copayment requirements, your deductible, where you live, the facility where the surgery will be performed, whether that facility and your doctor are in-network and your specific diagnosis.

Some insurers may require prior authorization before a surgery is approved. That can entail extensive medical documentation. After a surgery, the resulting bill can be difficult to parse.

Witten, of Sheer Health, said his company has seen thousands of instances of patients whose doctors recommend a certain procedure, like surgery, and then a few days before the surgery the patient learns insurance didn’t approve it.

In recent years, as more health insurance companies have turned to AI to automate claims processing and prior authorizations, the share of denied claims has risen. This year, 41% of physicians and other providers said their claims are denied more than 10% of the time, up from 30% of providers who said that three years ago, according to a September report from credit reporting company Experian.

Insurers on Affordable Care Act marketplaces denied nearly 1 in 5 in-network claims in 2023, up from 17% in 2021, and more than a third of out-of-network claims, according to the most recently available data from KFF.

Insurance giant UnitedHealth Group has come under fire in the media and from federal lawmakers for using algorithms to systematically deny care to seniors, while Humana and other insurers face lawsuits and regulatory investigations that allege they’ve used sophisticated algorithms to block or deny coverage for medical procedures.

Insurers say AI tools can improve efficiency and reduce costs by automating tasks that can involve analyzing vast amounts of data. And companies say they’re monitoring their AI to identify potential problems. A UnitedHealth representative pointed Stateline to the company’s AI Review Board, a team of clinicians, scientists and other experts that reviews its AI models for accuracy and fairness.

“Health plans are committed to responsibly using artificial intelligence to create a more seamless, real-time customer experience and to make claims management faster and more effective for patients and providers,” a spokesperson for America’s Health Insurance Plans, the national trade group representing health insurers, told Stateline.

But states are stepping up oversight.

Arizona, Maryland, Nebraska and Texas, for example, have banned insurance companies from using AI as the sole decisionmaker in prior authorization or medical necessity denials.

Dr. Arvind Venkat is an emergency room physician in the Pittsburgh area. He’s also a Democratic Pennsylvania state representative and the lead sponsor of a bipartisan bill to regulate the use of AI in health care.

He’s seen new technologies reshape health care during his 25 years in medicine, but AI feels wholly different, he said. It’s an “active player” in people’s care in a way that other technologies haven’t been.

“If we’re able to harness this technology to improve the delivery and efficiency of clinical care, that is a huge win,” said Venkat. But he’s worried about AI use without guardrails.

His legislation would force insurers and health care providers in Pennsylvania to be more transparent about how they use AI; require a human to make the final decision any time AI is used; and mandate that they show evidence of minimizing bias in their use of AI.

“In health care, where it’s so personal and the stakes are so high, we need to make sure we’re mandating in every patient’s case that we’re applying artificial intelligence in a way that looks at the individual patient,” Venkat said.

Patient supervision

Historically, consumers rarely challenge denied claims: A KFF analysis found fewer than 1% of health coverage denials are appealed. And even when they are, patients lose more than half of those appeals.

New consumer-focused AI tools could shift that dynamic by making appeals easier to file and the process easier to understand. But there are limits; without human oversight, experts say, the AI is vulnerable to mistakes.

“It can be difficult for a layperson to understand when AI is doing good work and when it is hallucinating or giving something that isn’t quite accurate,” said Shachar, of Harvard Law School.

For example, an AI tool might draft an appeals letter that a patient thinks looks impressive. But because most patients aren’t medical experts, they may not recognize if the AI misstates medical information, derailing an appeal, she said.

“The challenge is, if the patient is the one driving the process, are they going to be able to properly supervise the AI?” she said.

Earlier this year, Mathew Evins learned just 48 hours before his scheduled back surgery that his insurer wouldn’t cover it. Evins, a 68-year-old public relations executive who lives in Florida, worked with his physician to appeal, but got nowhere. He used an AI chatbot to draft a letter to his insurer, but that failed, too.

On his son’s recommendation, Evins turned to Sheer Health. He said Sheer identified a coding error in his medical records and handled communications with his insurer. The surgery was approved about three weeks later.

“It’s unfortunate that the public health system is so broken that it needs a third party to intervene on the patient’s behalf,” Evins told Stateline. But he’s grateful the technology made it possible to get life-changing surgery.

“AI in and of itself isn’t an answer,” he said. “AI, when used by a professional that understands the issues and ramifications of a particular problem, that’s a different story. Then you’ve got an effective tool.”

Most experts and lawmakers agree a human is needed to keep the robots in check.

AI has made it possible for insurance companies to rapidly assess cases and make decisions about whether to authorize surgeries or cover certain medical care. But that ability to make lightning-fast determinations should be tempered with a human, Venkat said.

“It’s why we need government regulation and why we need to make sure we mandate an individualized assessment with a human decisionmaker.”

Witten said there are situations in which AI works well, such as when it sifts through an insurance policy — which is essentially a contract between the company and the consumer — and connects the dots between the policy’s coverage and a corresponding insurance claim.

But, he said, “there are complicated cases out there AI just can’t resolve.” That’s when a human is needed to review.

“I think there’s a huge opportunity for AI to improve the patient experience and overall provider experience,” Witten said. “Where I worry is when you have insurance companies or other players using AI to completely replace customer support and human interaction.”

Furthermore, a growing body of research has found AI can reinforce bias that’s found elsewhere in medicine, discriminating against women, ethnic and racial minorities, and those with public insurance.

“The conclusions from artificial intelligence can reinforce discriminatory patterns and violate privacy in ways that we have already legislated against,” Venkat said.

Stateline reporter Anna Claire Vollers can be reached at avollers@stateline.org.

The Los Angeles Auto Show continues and Hyundai has used the event to introduce the US-spec Ioniq 6 N and Elantra N TCR Edition. The former originally debuted over a year ago, while the latter was introduced this summer.

Starting with the high-performance Ioniq 6 N EV, it features an 84 kWh battery pack and a dual-motor all-wheel drive system producing a combined output of 601 hp (448 kW / 609 PS). However, a boost function increases that number to 641 hp (478 kW / 650 PS).

More: Hyundai’s Fastest Electric Sedan Can Drift And Snarl Like A Gas Car, Hit 62 MPH In 3.2 Seconds

This setup enables the car to accelerate from 0-60 mph (0-96 km/h) in approximately 3.2 seconds when using Launch Control. Drivers can also expect to hit a top speed of up to 160 mph (257 km).

Hyundai declined to reveal the car’s range, but noted the model has a 350 kW DC fast charging capability. This will enable the battery to go from a 10% to 80% charge in as little as 18 minutes.

Other highlights include a sport-tuned suspension with electronically controlled dampers and N e-Shift technology. They’re joined by N Launch Control, N Drift Optimizer, N Grin Boost, N Torque Distribution, and an N Active Sound + system.

Since we’ve already seen the model numerous times before, we’ll briefly note the car features black and red accents as well as 20-inch forged wheels. They’re joined by sportier bumpers and a rear spoiler.

Hyundai hasn’t released full details, but said the car will have a Black interior with Performance Blue accents. Buyers will also find sporty seats with Alcantara upholstery as well as leatherette bolsters. Other highlights include a unique steering wheel as well as additional physical switchgear for more intuitive operation.

The Ioniq 6 N will arrive next year and be offered in “limited quantities.” There’s no word on pricing, but the 2025 Ioniq 5 N starts at $66,200.

Elantra N TCR Edition

Speaking of yesterday’s news, Hyundai introduced the Elantra N TCR Edition. Designed for boy racers on a budget, the car has a massive carbon fiber rear wing that tells everyone you’re compensating for something. It’s joined by special badging as well as gloss black 19-inch forged wheels that are backed up by a four-piston front braking system.

The interior sports an Alcantara-wrapped steering wheel, shifter, and handbrake. They’re accompanied by Performance Blue seat belts, aluminum door sill plates, and unique door puddle lamps.

Hyundai didn’t mention pricing or specifications, but the model should have a turbocharged 2.0-liter four-cylinder engine pumping out 276 hp (206 kW / 280 PS) and 289 lb-ft (391 Nm) of torque. It can be connected to either a six-speed manual or an optional eight-speed dual-clutch transmission.

The Hyundai Elantra N TCR Edition will arrive in the first quarter of 2026 as a “limited production run.” There’s no word on how many will be offered stateside, but expect it to cost more than the regular model, which begins at $35,100.

The Hyundai Ioniq 6 N already cuts a fierce silhouette, but for some owners, that isn’t quite enough. They want something with more of a track-day attitude. Hyundai is answering that call with a new suite of N Performance Parts, led by a swan-neck rear wing reminiscent of the Porsche 911 GT3.

The optional accessory package also includes a more prominent splitter, sharper side skirts, and a diffuser extension. All of the components are finished in exposed carbon, contrasting the red accents found on the lower part of the bodywork.

More: Hyundai’s Next Performance SUV Could Be A Hybrid Rival To RAV4 GR Sport

The larger CFRP rear wing, which can also be ordered on its own, features a double-deck design adjustable to three positions: 8°, 0°, and -8°. Depending on the angle, it produces between 265 and 305 kilograms (584–672 pounds) of downforce at 257 km/h (160 mph).

A deflector mounted beneath the car trims lift and adds another 16 kilograms (35 pounds) of downforce at top speed.

Beyond the aerodynamic pieces, the package includes 20-inch forged wheels with a 12-spoke layout, finished in either black or white. They shave 1.5 kilograms (3 pounds) from the unsprung mass compared to the standard aero wheels of the same size.

To fine-tune the exterior, owners can add a racing stripe, a Sabelt tow strap, carbon center caps, and black wheel nuts.

Inside, the upgrades extend to a steering wheel wrapped in Pasubio leather, suede armrests, carbon fiber scuff plates, and floor mats marked with N Performance branding. The company also offers Ferodo brake pads designed for both street and circuit use.

More: Veloster’s Reincarnation Could Arrive As An Ioniq 3 N Hot Hatch

The Ioniq 6 N draws power from dual electric motors that produce a combined 641 hp (478 kW / 650 PS) and 770 Nm (568 lb-ft) of torque through the N Grin Boost function, launching it from 0–100 km/h (62 mph) in 3.2 seconds. True to N division form, the EV integrates systems such as simulated gear shifts, synthesized exhaust sounds, and an N Drift Optimizer.

What’s The Cost?

Hyundai first announced these N Performance Parts in July 2025. They’re now available to order in Korea before rolling out to other international markets. According to the Korean Car Blog, the full aero package is priced at ₩11,000,000 (equal to $7,500 at current exchange rates), while the rear wing alone costs ₩4,900,000 ($3,400).

In Korea, the Hyundai Ioniq 6 N starts at ₩79.9 million ($54,700). The U.S. version is expected to be priced from around $68,000 when it arrives next year.

Sources: TheKoreanBlog, Hyundai

The 2025 Transporting Students with Disabilities and Special Needs (TSD) Conference buzzed with energy as hundreds of school transportation professionals converged on the Frisco Convention Center. Amid packed breakout sessions and exhibit halls, one experience stood out: Transfinder’s Technology Demo Ride Along aboard Type C school bus.

School Transportation News Publisher & President Tony Corpin caught up with John Daniels, Transfinder’s Vice President of Marketing to learn more.

“This isn’t a static demo,” Daniels said, gesturing toward the large video display onboard the school bus. “Attendees will board an operational school bus from Garland ISD and experience our solutions in motion—exactly as drivers and dispatchers use them every day.”

The 20-minute loop around Frisco, Texas showcased Transfinder’s flagship platform RouteFinder Plus and WayFinder. Riders watched live routing adjustments respond to simulated traffic, AI-powered stop-arm violation alerts trigger instant notifications, and tablet-based driver workflows streamline pre-trip inspections. GPS precision down to the curb ensured every scenario felt authentic.

Learn more about the TSD experience.

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Related: (STN Podcast E282) Onsite at TSD 2025 (Part 1/2): Mission-Critical Partners for Special Needs Transportation
Related: TSD Panel Shares How Technology Improves Special Needs Transportation Operations
Related: Case Study on Data-Driven Technology Presented at TSD

The post WATCH: Innovation Hits the Road: Transfinder’s Ride Along Tech Demo Steals the Show at 2025 TSD Conference appeared first on School Transportation News.

Maintaining your own car has long been a badge of pride for some and a financial necessity for many others. Swapping fluids, filters, or brake pads is part of the standard weekend maintenance ritual for countless drivers.

But for one Hyundai Ioniq 5 N owner, that sense of self-reliance recently hit a wall, or more precisely, a brake caliper. He discovered that replacing the rear pads on his EV wasn’t as simple as it used to be. Now, Hyundai has responded.

More: Apparently You Need Hyundai’s Permission To Change Your Own Brakes

It might seem odd that someone has already burned through their rear pads, especially on an EV, but it happened because the owner drove this car the way Hyundai wants owners to: hard and on the track.

When he tried to replace these pads, he learned that he needed to retract the electronic parking brake. That’s where this easy DIY job took a scary turn.

When Maintenance Gets Complicated

One way to retract the brake is to use Hyundai’s Global Dynamic System (GDS). That software and the hardware that goes with it can cost almost $6,000, as we’ve seen online. Don’t worry, though, there’s another option called the J2534 Diagnostic Tool, which Hyundai supports, as seen in an official document discovered by TheDrive.

According to the owner, Redditor u/SoultronicPear, the software costs $60 a week (or less on average for longer time periods) and requires the use of a J2534 adapter that can be found for around $2,000.

Hyundai currently approves only three options for this tool: the CarDAQ Plus 3, Bosch’s MTS 6531 and DG Technologies’ d-briDGe PRO, adding that, “under no circumstances do we recommend the use of a
non-approved J2534 device”. So be warned.

Credentials Required

More importantly, beyond that, using the tool requires special National Automotive Service Task Force (NASTF) authentication and a constant internet connection.

But here’s the kicker. Only certified repair shops or repair businesses are supposed to get access to that software. NASTF told the owner that “NASTF credentials are for use by qualified technicians, mechanics or locksmiths working in businesses providing repair or replacement services.”

Hyundai Speaks Up

Before publishing our first coverage of this issue, we reached out to Hyundai for comment. After the story went live, the automaker responded with the following statement to Carscoops:

“Hyundai is committed to supporting both our dealer network and independent repair facilities with safe, secure, and accessible service solutions. For vehicles equipped with electronic parking brakes, including the Ioniq 5 and Ioniq 5 N, the official repair procedure requires placing the rear calipers in service mode using either our Global Diagnostic System (GDS) or the J2534 application.

This ensures proper functionality and customer safety. Hyundai recently expanded access through an update to our J2534 application, enabling aftermarket users to perform functions previously restricted by the GDS secure gateway.

While authentication through NASTF is required for sensitive operations, this step helps maintain security and accountability. Our official dealer tool (GDS) is also available for purchase by anyone. Hyundai is actively exploring ways to make routine maintenance easier for all customers while upholding safety standards.

We appreciate the interest in DIY repairs and will continue working toward solutions that balance convenience with security.”

Seeking more detail, we pushed Hyundai to clarify whether a skilled owner could realistically do the job at home. The company followed up with this explanation:

“DIYers can replace brake pads on the Hyundai Ioniq 5 and Ioniq 5 N, but it requires specific steps and tools. Because these vehicles use electronic parking brakes, the rear calipers must be placed in service mode using either Hyundai’s Global Diagnostic System (GDS) or the J2534 application with a compatible pass-through device.

Both tools are publicly available, though GDS is more expensive and J2534 requires NASTF authentication for secure functions. Without these tools, the job cannot be done safely, as manual retraction could damage components.

Hyundai is not restricting DIY repairs, in fact, recent updates have expanded access, and we continue to explore ways to make routine maintenance easier while maintaining safety and security.”

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So, yes, it can be done. But unless you already own the specialized tools or have deep pockets, the process can cost about as much as a tired old hatchback from the classifieds.

For now, at least until a cheaper workaround surfaces (we’re looking into it, so stay tuned), the Ioniq 5 N’s rear brakes may remain one of those maintenance jobs probably best left to the professionals.