Future of Hydrogen in Off-road Vehicles

In an era marked by sustainability efforts, strict regulations, and a strong emphasis on carbon neutrality and decarbonization in all industries, developing sustainable solutions for heavy-duty off-road vehicles has become a key focus. While EVs are better suited to on-road applications, hydrogen plays a significant role in this context.

From lower carbon emissions to high energy density, government incentives, and quick refueling, hydrogen fuel offers a strategic competitive edge for the off-road vehicle segment. Moreover, sustainable energy also adds to the perks of saving trillions of dollars. Gas is undoubtedly eco-friendly and viable compared to solar energy. And when we think of its applications in off-road vehicles, its vitality rises.

So, pollution emitted by off-road vehicles cannot be ignored on the road to reduce carbon emissions globally. And hydrogen is one of the best alternatives, offering a substantial solution.The pollution caused by on-road vehicles is visible worldwide and available for scrutiny. However, the emission by off-road vehicles is no less, but it’s rushed under the carpet due to negligence. Notably, these vehicles and equipment account for around three-quarters of PM 2.5 (particulate matter) and high NOx (Nitrogen Oxide) emissions, which account for almost one-quarter of the mobile sources in the United States alone. The blog explores significant details of the future of hydrogen in off-road vehicles.

Why is Hydrogen the Future Fuel?

According to a report published by IEA, the production cost of Hydrogen will fall by almost 30 percent by 2030. That data gives hope to the industry looking for fuel technology to significantly reduce carbon emissions. Moreover, Japan’s technology hub is committed to reducing it to one-tenth of current levels by 2050.

Furthermore, China, the second-largest economy in the world, introduced hydrogen into its mainstream transportation sector as auto industry leaders emphasized creating a hydrogen society. The most significant proof of this vision was demonstrated when the country deployed 1500 hydrogen fuel cell vehicles on the streets a few years ago. These actions leave no doubt about this nation’s forward-thinking approach. 

According to the Global Hydrogen Review 2025 by the IEA, incentives and funding have shifted from purely R&D grants to demand-side processes. The Inflation Reduction Act (IRA) of the US offers production tax credits up to $3 per kilogram for off-road fleets, matching the cost of diesel.

Similarly, India’s SIGHT program and the EU Hydrogen Bank offer fixed premiums and viability gap funds to offset the high capital costs of fuel-cell systems. In addition, regional policies also provide complete waivers of transmission charges and exemptions from electricity duties, thereby lowering the costs associated with producing or using green hydrogen for off-road industries. All these regulations and policy measures support increased hydrogen use in off-road vehicles in the future.

Here are a few reasons that entail how hydrogen is playing a pivotal role:

1.) Short refueling time with a more extended driving range

One thing that hydrogen fuel cells extend to off-road vehicles is longer travel on minimal energy. Also, refueling time is less. It is noticeable that China used over 800 hydrogen buses during the Beijing Winter Olympics in 2021. Moreover, the organizing committee installed over 30 fueling stations. Interestingly, hydrogen takes 5-10 minutes to refuel, just like petrol and diesel. On the other hand, electric vehicles take hours to charge. So, the feasibility of gas fuel is high here.

2.) Simple to use and store

One thing that supports hydrogen is its easy-to-store properties. Moreover, it can be shipped and utilized anywhere in the world. Even countries with less space are committed to producing fewer carbon emissions. Energy companies are deploying innovative techniques to harness the optimum potential of hydrogen. Hence, consumers can store hydrogen in their batteries for daily activities.

3.) Offers zero emissions

The transportation sector emitted about 9 billion metric tons of carbon and makes up roughly 30% of energy consumption, significantly contributing to GHG emissions. Off-road vehicles produce immense greenhouse gases. Interestingly, hydrogen gas-enabled vehicles emit water and heat as by-products, making the entire phenomenon eco-friendly.

Precisely, battery electric vehicles (BEVs) are suitable for medium or light machinery performing set duties, but for heavy-duty fleets, hydrogen offers more promising prospects. Better payload retention, quick refueling, and superior energy density are some core features that ensure high industrial productivity in hydrogen-based off-road vehicles.

What are the Recent Developments in the Hydrogen-based Off-road Vehicles Domain?

Extreme H Series Launch

With the launch of the first hydrogen-equipped off-road racing series by Extreme H, which is sanctioned by FIA, a new chapter begins. This series, derived from Extreme E, is introduced in the FIA Extreme World Cup at the end of 2025. It serves as a high-performance platform for the hydrogen business sector. Additionally, the Pioneer 25 race car demonstrates the reliability of hydrogen systems in off-road environments, powered by Fortescue Zero batteries and a 75kW Symbio fuel cell. For manufacturers like Symbio, this strategic collaboration aligns with industrial growth and aims to reach around 50,000 systems by 2026.

The series also supports modular hydrogen storage technology along with proton exchange membrane (PEM) technology, which is being adopted in mining trucks. Overall, Extreme H serves as a blueprint for manufacturers and the off-road vehicle sector to create a zero-emission ecosystem, earning a Three-Star Environment Accreditation from FIA in 2026. It incorporates solar-powered electrolysis to maintain a carbon-neutral supply chain for remote operations.

Strategic Collaboration of Hyundai and Ineos

The hydrogen off-road segment moved from theory to practice in 2026, highlighting industrial cycles and the inefficiency of battery-electric solutions’ sustainability. Strategic alliances between manufacturers, like the partnership between Ineos and Hyundai, involve Hyundai’s HTWO fuel cell system integrated into the Ineos Grenadier. This partnership mainly focuses on heavy-duty applications, leveraging Ineos’s position to address infrastructure issues for fleet operators. Additionally, this progress aims to mitigate fuel cell limitations and improve resilience in high-altitude utility sectors.

Hyundai Group participated in the World Hydrogen Summit 2025, where it presented its hydrogen value chain and port decarbonization strategy, advancing the HTWO brand as an open platform for European partnerships. Hydrogen-powered off-road vehicles can be refueled in 5 minutes, unlike electric vehicles that use industrial batteries and take hours to recharge. Currently, industrial hubs are adopting hydrogen corridors as onsite electrolysis allows companies to produce fuel exactly where it is needed. Overall, this benefits manufacturers and industry stakeholders by helping ensure price stability and energy independence.

Volvo

Extending its portfolio of heavy-duty vehicles, not long ago, Volvo introduced HX04, its first hydrogen-fueled articulated hauler. It gets recharged with 12 kilograms of hydrogen within 7.5 minutes, yielding an operational range of four hours for the vehicle. domestic production sites to distant hydrogen stations. The hydrogen will be safely stored in the trailer, ready to be dispatched in the fuel cell vehicles whenever required.

Lexus Unveiled Off-road Vehicles Powered by Hydrogen

Lexus started its expedition toward hydrogen-based combustion engines for off-road vehicles, learning about their importance in the future. The Japanese carmaker’s ROV (recreational off-road vehicles) emits almost zero emissions due to hydrogen as fuel. Interestingly, hydrogen is injected directly into the ROV’s combustion chambers. Its one-liter engine works exactly like the traditional fossil-fuel vehicle. The hydrogen is stored in a compressed tank under high pressure.

Land Rover Equips Defender with a Hydrogen Fuel Cell

Land Rover recently unveiled its plans to lead the future of the hydrogen-based off-road segment by empowering its leading model, Defender, with a hydrogen fuel cell system. The SUV is still in its prototype stage, but it will surely lead the way with more modifications soon. The project includes active participation from several other auto giants, including Delta Cosworth, Marelli, and a few others.

Kawasaki

Kawasaki came up with Japan’s first compressed hydrogen trailer with composite cylinders to transport the hydrogen from domestic production sites to distant hydrogen stations. The hydrogen will be safely stored in the trailer, ready to be dispatched in the fuel cell vehicles whenever required.

Conclusion

The goal of achieving decarbonization for industries is immense, and off-highway equipment or off-road vehicles require amendment. The round-the-clock usage of tractors, excavators, trucks, free-loaders, etc., releases vast amounts of carbon into the environment. Thus, hydrogen-enabled machines or engines seem a big solution. Even hydrogen fuel cells are emerging as a massive alternative to power ROVs.

The hydrogen combustion engine in off-road vehicles is a lucrative application because it’s built on a familiar design and architecture. Moreover, the cooling transmission and hydraulic systems are similar to those used in diesel engines, as are the costs and maintenance.

To sum up, the viability of hydrogen for off-road vehicles is evident in current advancements and the surge in strategic alliances among industry players, but it is also crucial to focus on supplier engagement and on building efficient infrastructure. Scalability and market leadership can only be ensured for players who act proactively rather than waiting for the market to mature.

To stay afloat amid major paradigm shifts, every business needs to identify scalable opportunities through innovation, value creation, and a strategic roadmap to achieve these goals. With 15+ years of experience, Stellarix supports its clients through its strategic foresight services to traverse through the critical business landscape and achieve these goals with a comprehensive 360-degree horizon scan, current & future landscape visualization, and extensive market research.