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The new Hyundai Nexo 2026 is Electric SUVs It cruises up to 450 miles and refuels with a familiar-looking pump in 5 minutes. Instead of a battery pack, the Nexo generates electricity on the go from a hydrogen tank and fuel cell. On paper, this is exactly what Americans want — long-range, fast fill-ups, with few compromises — but this new Nexo won’t be coming to America because, for all intents and purposes, hydrogen consumer vehicles are dead in the US. How did we find ourselves here?
I landed in Seoul to get behind the wheel of a Hyundai Nexo, speaking with the automaker’s engineers and Ivana Gemilkova, CEO of Hyundai Nexo. Hydrogen CouncilTo learn what I can about the future of hydrogen globally and in the United States.
A brief lesson in the history of hydrogen energy
Hydrogen fuel cell vehicles have been advancing slowly for decades, from the 1966 Chevrolet Electrovan—more of a laboratory experiment than a usable vehicle—to the first wave of modern rental-only offerings in the early 2000s. The Toyota FCHV and Honda FCX marked the point at which regulators and automakers united enough to put FCEVs on public roads, albeit in tightly controlled numbers. Wider consumer exposure followed Clarity Honda FCX In 2008, before Hyundai stepped in with the ix35 Fuel Cell in 2013, Toyota took a more public-facing approach with the ix35 Fuel Cell. Toyota Mirai In 2014.
By 2018, Hyundai’s custom platform Hyundai Nexo And a Mirai second generation He suggested the technology had moved beyond proof of concept to something resembling the cadence of a real product.
I was one of The first Americans to drive a car The previous generation Nexo model dates back to 2018.
However, the market never followed suit. By the end of 2020, global sales of FCEVs stood at around 31,000 units, with a few nameplates remaining in select regions. Programs like Honda Fuel Cell Clarity came and went, while more experimental efforts – incl Hydrogen plug-in hybrids – Exercises remained low volume rather than scalable solutions. The limiting factors have not changed much: a sparse and patchy refueling network, high system costs, and efficiency issues that are difficult to ignore in a world where battery electric vehicles are rapidly maturing.
This context hangs on the latest version of Nexo. By the time this second generation model arrived, the competitive landscape had shifted decisively towards it Battery electric vehiclesleaving hydrogen to determine its importance in the narrower passages. Hyundai’s decision to focus the Nexo on markets like South Korea, where infrastructure and policy support are more aligned, highlights the reality. For everyone else, the question isn’t what Nexo is, but what it can be in markets that aren’t yet designed to support it.
Hyundai Nexo 2026
The second-generation Hyundai Nexo arrives for 2026 with the kind of incremental but meaningful upgrades that the first car arguably needed from the start. Dimensionally, the new Nexo grows slightly in every direction, moving it closer into mid-size SUV territory while maintaining its aerodynamic proportions. I personally like the more straight forward aesthetic, and the in-house graphic designer was pleased with the pixel theme found throughout the Nexo’s exterior and cabin.
This will be my zero-emission vehicle for over 700 kilometers across the Korean Peninsula.
Output rises to 150 kW (201 hp), aided by a larger 2.64 kWh buffer battery and a revised fuel cell array. The result is a marked improvement in real-world drivability, with a 0-62mph time of around 7.8 seconds – making passing and merging easier and more confident in Korea’s often heavy traffic. It’s still front-wheel drive and is tuned more for smoothness than engagement, but the extra power and improved power management make it feel less as a proof of concept and more like the finished product.
Scale is where the engineering effort becomes most apparent. Hyundai has expanded the Nexo’s range to more than 700 kilometers (about 435 miles) on the Korean test cycle, thanks in part to increased hydrogen storage capacity (now up to 6.69 kg) and additional efficiency gains across the system. Refueling still takes 5 minutes, maintaining the core appeal of fuel cell vehicles: electric car-like operation without the wait.
One of the main differences between filling a fuel cell car and a combustion car is temperature. Because liquid hydrogen is stored and transported at a much higher pressure than FCEV tanks, the fuel experiences a rapid temperature drop as it passes through the nozzle, making the handle cold to the touch — not a big deal in most situations, but I enjoyed seeing that the Hyundai employee responsible for filling a long line of Nexos at one of my drive stations was wearing gloves on a balmy evening.
Aside from being cool to the touch, filling the Nexo with hydrogen was no different than pumping gas.
I was surprised to see that the Nexo has the same features Ability to load vehicle or V2L Like Hyundai Motor Group’s electric vehicles, which allow the vehicle to power outdoor appliances, tools, camping gear and more while parked. Only here, it is built-in and does not require a separate adapter; Just plug it directly into the AC adapter behind the cover on the passenger side. This essentially turns the car into a hydrogen-powered generator that can, for example, provide hours and hours of work Emergency power Home in case of a power outage or a weekend camping trip.
After spending two days driving the Nexo across the Korean Peninsula — covering nearly 500 miles from Seoul to Seonyudo Island to Mokpo and back — I could easily see myself driving one of these cars daily, if only…
None of this changes the broader constraint. Nexo remains only as viable as the hydrogen infrastructure surrounding it, which remains limited outside specific markets. But the 2026 refresh is seen as a pure piece of engineering, and shows Hyundai iterating in the right places – more power, more range, better packaging – without overcomplicating the formula.
Why have hydrogen consumer cars failed in the United States?
The difficulties facing hydrogen in the US market are not difficult to trace, and they start with the math. Hydrogen production, compression, transport and distribution is an energy-intensive chain with losses at almost every step. Even before you get to the pump, wheel efficiency trails what battery-powered electric vehicles can achieve by a significant margin. Layered on the fact that most commercially available hydrogen has historically been extracted from natural gas, “zero emissions” is starting to seem more conditional than absolute – clean at the tailpipe, Less upstream.
Infrastructure did not help the issue. Building a hydrogen refueling network is capital-intensive and slow, and what exists today remains fragmented and, at times, unreliable. Stations stop working, viewing can be inconsistent, and geographic coverage is poor enough that even early adopters have to plan around. This fragility makes the ownership experience feel experimental in a way that is difficult to justify on a large scale, especially when compared to the increasingly ubiquitous charging options available to battery electric drivers.
I was surprised to learn that the Nexo has the same features Vehicle loading technology (shown here with a Korean plug) like Hyundai’s EVs, essentially turning each example into a rolling H2-to-AC generator
Then there is timing. While hydrogen has been working to overcome these challenges, battery electric vehicles have moved from niche to mainstream at breakneck speed. Costs have come down, range has improved, and charging (although sometimes imperfect) has become predictable enough for everyday use. Against this background, hydrogen has not only lagged behind; It’s starting to look like a parallel track with no clear advantage. The technology still has its advocates, especially for heavy-duty and industrial uses, but as a proposition for US consumers, it struggles to answer a simple question: Why this, instead of a battery?
The potential future of hydrogen in the United States and beyond
To understand the future of hydrogen, I spoke with Ivana Gemilkova, CEO of the Hydrogen Council, a global alliance of 140 major companies from 20 countries formed to promote the development and adoption of hydrogen as a clean energy solution across the transportation, industrial and energy sectors.
The role of hydrogen: coexistence over competition
Rather than seeing hydrogen as a competitor to battery electric cars, Gemilkova sees it as a vital part of a diverse energy mix. “We have never had one technology or one fuel,” Gemilkova said, stressing that relying on a single solution creates “a single point of failure.”
Hydrogen and its many applications were the topic of discussion at the Asia-Pacific Economic Cooperation (APEC) CEO Summit Korea 2025.
Strategic applications
In the US market, the goal is to match the power supply to the specific use case. Gemilkova highlighted three key areas where hydrogen holds “huge opportunity”:
- Heavy transport: Hydrogen trucking is approaching cost parity with conventional fuels due to existing infrastructure and lower production costs.
- Industrial Sizing: The most immediate impact is to decarbonize heavy industries such as refining and ammonia production – sectors where batteries are often in short supply.
- Energy storage: Hydrogen tanks can be stored without decomposing and transported to remote areas or emergency areas. On site, H2 can be converted to electricity using fuel cell hardware similar to what’s under the hood of the Nexo.
The path to affordability
While cost is still an obstacle, Gemilkova views it as a matter of scale rather than a permanent constraint. Compared to the early days of solar, she argues that policy-driven demand will eventually lead to industrial capacity and lower prices.
“We’ve seen this movie before,” she said, noting that although the timeline is still changing, the path of hydrogen’s declining cost is a proven historical pattern.
Hyundai product planners tell me there’s no one-size-fits-all solution for global energy, so the Nexo will only be sold in markets where hydrogen makes economic sense.
A mismatch, not an error
On paper (and in practice in its home market), the second-generation Hyundai Nexo has all the right basics. It offers competitive range, an upscale and easy driving experience, and the kind of fueling that takes just 5 minutes The most advanced Battery electric vehicles are Start the match. However, capacity alone does not determine feasibility, and in the United States, the timing simply has not worked in hydrogen’s favor. Battery-powered electric vehicles have developed faster and been manufactured Infrastructure More effectively and, most importantly, make a clearer case for consumers.
In markets where hydrogen production and fueling networks are more cohesive, the same features represent strengths, not compromises. Technology is not inherently flawed; It’s not a one-size-fits-all energy solution. Specific environments and markets either support it or don’t. Yes, the Nexo isn’t a match for the US, but that’s okay, and I personally hope that hydrogen fuel cell technology continues to advance in the markets it’s best suited for.
Editors’ note: Travel costs related to portions of this story were covered by the manufacturer, which is common in the auto industry. The judgments and opinions of CNET staff are our own.