8 Vehicle Manufacturers Working on Hydrogen Fuel Cell Cars

Hydrogen’s Promising Impact on Local Communities / October 9, 2024

The idea of a hydrogen-powered car is nothing new. More than 200 years ago, the first internal combustion engine ran on hydrogen and oxygen. But the latest models of hydrogen cars are different. Hydrogen fuel cell electric vehicles (FCEVs) are ultra-efficient, converting pure hydrogen gas into electricity without producing any harmful tailpipe emissions.

Did you know about 17,000 hydrogen-powered vehicles are on U.S. roads right now, all in California? This carbon emission-free technology has caught the attention of some of the auto industry’s biggest players. In this article, we’ll look at some hydrogen car companies betting on hydrogen to drive sustainable mobility forward.

Toyota

Toyota has been a leader in fuel cell vehicle development since 1992, pioneering hydrogen technology long before many competitors. The Toyota Mirai, introduced in 2014, remains a cornerstone of Toyota’s hydrogen efforts. Now in its second generation, the 2024 Mirai features an enhanced driving range of up to 400 miles, improved aerodynamics, and advanced safety features. The Mirai continues to gain traction in markets like California and Europe.

Check out our Servco Hawaii case study featuring the Toyota Mirai.

Toyota Hilux

In 2023, Toyota introduced a hydrogen fuel cell version of its Hilux pickup. This prototype uses core components from the Mirai, such as its fuel cell and hydrogen tanks, and achieves a range of nearly 400 miles. The Hilux prototype is currently undergoing testing, with small-scale production anticipated in the coming years.

Toyota’s Commercial FCEVs

Beyond passenger vehicles, Toyota has expanded its hydrogen focus to commercial applications. The company is testing heavy-duty hydrogen trucks and buses, with prototypes currently being trialed in Europe and Japan. In 2023, Toyota and PACCAR expanded their collaboration to develop zero-emission, hydrogen fuel cell trucks. This builds on a pilot program at the Port of Los Angeles that helped enhance the trucks' performance and range.

These commercial ventures are part of Toyota's broader goal to accelerate the transition to zero-emission transport, particularly in freight and public transit.

BMW

BMW has long been invested in hydrogen fuel cell technology, and in 2024, their iX5 Hydrogen pilot fleet is being tested globally.

After years of development, this hydrogen-powered SUV integrates BMW's advanced fuel cell technology, offering a maximum output of 401 horsepower and a range of up to 500 kilometers. The vehicle features two hydrogen tanks, which can be refueled in just 3-4 minutes, making it a viable alternative for long-distance, zero-emission driving.

The iX5 Hydrogen is being evaluated under various real-world conditions, including extreme temperatures and different terrains, and has performed impressively in both hot and cold environments. BMW is using insights from this pilot to prepare for potential series production by 2028.

Hyundai

Hyundai has been a leader in hydrogen fuel cell vehicles since introducing the Nexo in 2018, the world’s first hydrogen-powered SUV.

The 2024 Nexo has a reported 500-mile range and is set to offer upgrades including enhanced safety features and an improved interior, which incorporates elements from the Ioniq 5. Additionally, the new model promises greater efficiency thanks to the second-generation hydrogen fuel cell stack, though a third-generation stack is still in development.

Hyundai N Vision 74

The Hyundai N Vision 74 is a hydrogen hybrid concept that pays homage to the 1974 Pony Coupe Concept. The hybrid powertrain combines a lithium-ion battery and hydrogen fuel cell, delivering impressive acceleration. It's a futuristic marvel that will turn heads and attract buyers.

Driving range: 372 miles
670 horsepower (combined)
800-Volt fast charging in just five minutes
Maximum speed: 155 mph

Hyundai’s Commercial FCEV

Hyundai’s XCIENT Fuel Cell truck, first introduced in 2020, continues to transform the heavy-duty vehicle market. It boasts a range of over 250 miles and is already making waves in Europe, especially in Switzerland. Hyundai is also ramping up production, aiming to mass-produce 100,000 fuel cells annually by 2025, with plans to increase the availability of its hydrogen trucks across more markets.

Honda

Honda is no stranger to hydrogen fuel cell vehicles. Between 2017 and 2021, the Japanese motor company sold a hydrogen-powered version of its Clarity model before discontinuing it due to lackluster sales.

That said, Honda is now making a stronger push with hydrogen technology as part of its broader electrification strategy. In 2025, Honda is set to launch the CR-V e, a plug-in hybrid fuel cell vehicle, marking the first time a hydrogen-powered CR-V will hit the U.S. market.

This model is unique in that it combines a hydrogen fuel cell system with plug-in hybrid capabilities, allowing drivers to switch between short electric trips and long-range hydrogen-powered travel.

Here’s what we know about the new CR-V e:

Plug-in and Hydrogen Power: The CR-V e will be the first North American vehicle to incorporate both plug-in EV charging and hydrogen fuel cell technology. This allows drivers to charge the vehicle for short trips at home while relying on hydrogen for longer journeys, bypassing the limitations of current hydrogen refueling infrastructure.
Familiar Look: The hydrogen-powered CR-V will closely resemble the standard CR-V model, with only minor design changes to accommodate its fuel cell system.
Domestic Production: Honda will produce the CR-V e at its Performance Manufacturing Center in Marysville, Ohio. This marks a key part of Honda’s push to lead in the hydrogen vehicle market, with plans to expand production in the coming years.

Want to learn more about alternative fuels? Read Understanding Hydrogen, CNG, LNG, RNG, and Propane

Other FCEVs To Keep An Eye On

Riversimple Rasa

Riversimple’s Rasa is a concept car that can travel 300 miles with just 1.5 kg of hydrogen, surpassing the average hydrogen car range. It accelerates from 0 to 60 mph in 9.7 seconds and features a unique ultracapacitor system for improved energy storage.

Riversimple is gradually moving toward broader production, with plans to scale up as the hydrogen infrastructure improves. Even King Charles III of the UK test-drove it! The Rasa presents an exciting and practical solution for hydrogen-powered personal transportation.

Land Rover Defender FCEV

Jaguar Land Rover aims for zero tailpipe emissions by 2036. This initiative focuses on creating a hydrogen fuel cell vehicle based on the Land Rover Defender SUV.

While specific range and power details are undisclosed, the vehicle features electric drive units, a fuel cell stack, a large battery for energy recuperation, and a high-pressure hydrogen tank. The Land Rover Defender FCEV's public availability timeline remains to be determined, but its potential is promising.

NamX HUV

The NamX HUV, a hydrogen concept car from Pininfarina, aims to revolutionize driving. It features a permanent H2 tank and a removable setup of six capsules, which could greatly boost the adoption of hydrogen vehicles. NamX plans to offer home capsule delivery and establish new hydrogen capsule refueling stations to address refueling concerns.

Hyperion XP-1

Hyperion Motors, an American manufacturer based in Columbus, Ohio, created a remarkable hydrogen-powered car called the Hyperion XP-1. This hypercar made headlines upon its unveiling in August 2020.

It boasts advanced technology, featuring a cutting-edge hydrogen powerhouse engine module with storage technology derived from NASA. The Hyperion XP-1 offers an astonishing range of over 1,000 miles and produces a staggering total power output of over 2,000 horsepower.

FASTECH: Powering the Newest Hydrogen Fuel Cell Vehicles

In our collective quest to eliminate harmful carbon emissions, hydrogen-powered vehicles represent an exciting opportunity. These pioneering companies see the potential of alternative fuel. And, as these FCEVs gain traction with motorists, more hydrogen car makers will likely follow suit.

However, hydrogen fuel cell vehicles are nothing without the hydrogen gas that powers them. Therefore, drivers need access to a network of affordable hydrogen filling stations. That’s where the second part of this transition away from gasoline comes in: Hydrogen infrastructure.

At FASTECH, we’re working on it. To date, we’ve helped bring over 35 hydrogen refueling stations into existence, and we’re always planning, designing, and building more. From consulting and compliance to construction and maintenance, we’re involved in every aspect of the world’s transition to hydrogen.

Interested in joining forces? Contact us to find out more about our end-to-end hydrogen solutions.