Europe Hydrogen Fuel-Cell Heavy Truck Market Size & Share 2026-2035

Hydrogen Fuel-Cell Heavy Truck Market Size

The hydrogen fuel-cell heavy truck market was valued at USD 15.2 million in 2025. The market is expected to grow from USD 30.8 million in 2026 to USD 707.5 million in 2035 at a CAGR of 41.7%, according to the latest report published by Global Market Insights Inc.

The rate of growth for the hydrogen fuel cell heavy trucks, indicates an underlying reconfiguration within the European heavy truck segment, owing to the increasing stringency of CO2 regulations through Regulation (EU) 2024/1610, the deployment of hydrogen refueling stations along Trans-European Transport Network (TEN-T) corridors, and the range and efficiency benefits of hydrogen fuel cell drivetrains for Class 7 and Class 8 heavy truck applications. The combination of regulatory pressure, OEM spending, and hydrogen purchasing programs at the government level make the European hydrogen fuel cell heavy truck market one of the most high-growth energy transition sectors of the decade.^{[1]European Commission, climate.ec.europa.eu}

The Regulation (EU) 2024/1610, which was approved in May 2024, imposed significantly stricter CO2 reduction targets for new heavy-duty vehicles: 45% reduction by 2030, 65% by 2035, and 90% by 2040 from the 2019 baseline levels. The requirement for the 2025 reporting period includes a 15% reduction for heavy lorries above 16 tonnes.^{[2]EUR-Lex, eur-lex.europa.eu} Hydrogen fuel cell drivetrains are one of the few feasible solutions for achieving zero-emission from long-haul operations, which is the configuration most impacted by the CO2 standard weight distance structure. If Class 8 fleet managers operate on pre-established Rhine-Alpine or Scandinavian-Mediterranean corridors, their choice will be fuel cell electric vehicles rather than diesel engine trucks evaluation cycle. The important transition is not in the choice but in the path; once the 90% reduction target for 2040 has been set, OEM investments into hydrogen drivetrain technology will become mandatory.

For vehicles over gross vehicle weights of 33,000 lbs running on routes of more than 400 km, hydrogen fuel cell trucks have a comparative advantage over battery electric vehicles in two ways: Energy density in terms of unit vehicle weight and refueling time. Present PEMFC equipped Class 8 vehicles like Hyundai's XCIENT Fuel Cell can run up to 400 km on a single charge without carrying the additional load from heavy lithium battery packs.

According to the IEA's Global Hydrogen Review 2025, heavy trucks are the sole fast-growing fuel cell vehicle category worldwide, as "range and operating costs in heavy duty cycles are still the differentiating factors."^{[3]International Energy Agency (IEA), iea.org} For transporters working over 800 – 1,000 km per day in multi-stop European routes, hydrogen refueling is more similar to the traditional diesel operations compared to any other battery-electric configuration.

ACEA has urged that a minimum of 1,000 truck-compatible hydrogen refueling stations should be built in Europe by 2030, with each station having a minimum daily capacity of 6 tonnes of H2, and a minimum of two dispensers, with one station every 200 kilometers along the TEN-T core network. Over 70 projects worth more than €600 million have been supported under the Alternative Fuels Infrastructure Facility of the European Commission.

The EU Horizon-funded project, H2Accelerate TRUCKS is targeting deployment of 150 fuel cell trucks by 2025-2030 across eight member states of the EU, with eight refueling stations in France and the Netherlands which have a capacity for highway operations.^{[4]European Commission, cordis.europa.eu} Infrastructure development, not vehicle technology readiness, is now the bottleneck to market scalability.

Hydrogen Fuel-Cell Heavy Truck Market Trends

The development of hydrogen refueling facilities on the key freight transportation routes in Europe is one of the essential enabling conditions for scaling up the market, which currently happens on two fronts. First, the European regulatory environment is setting strict requirements on the installation of hydrogen refueling stations for trucks at 200 kilometers distance from one another on the key road network in Europe (TEN-T core), which must be met until 2030, while each of the stations must be able to provide 1,000 kilograms of hydrogen per day per pump.

Second, the EU is investing into hydrogen refueling station construction through the use of its AFIF instrument, which has already allocated more than €600 million to 70 infrastructure projects in Europe including megawatt charging and hydrogen refueling deployment in priority corridors. H2Accelerate TRUCKS – a Horizon-funded program aimed at deploying 150 fuel cell trucks across eight EU member states from 2025 to 2030 – involves building eight high-capacity hydrogen refueling stations specifically for heavy trucks in France and the Netherlands.

Moreover, the hydrogen fuel cell truck ecosystem in Europe is being formed around the partnerships between the vertically integrated OEM and ecosystem, rather than stand-alone vehicle programs, which makes this market unique in its architecture compared to the traditional powertrain development process. A leading example is the Cellcentric joint venture, a company founded in 2021 by the Daimler Truck AG and the Volvo Group for developing and manufacturing of the hydrogen fuel cell systems for heavy trucks with the series production expected in early 2030s.

In its current commercial phase, a similar concept is represented by integration of Toyota's fuel cell system into VDL Groep heavy truck platform: Toyota Motor Europe uses the fuel cell modules in the VDL vehicles used for Toyota's own logistics on the routes running through Belgium (Diest), France (Lille), Germany (Cologne), and the Netherlands (Rotterdam, Weesp) on 40 tonne FCEV platform.

A qualitative turning point for the market came in 2025–2026 with pilot truck fleets that started off as experimental operations accumulating enough operating experience to make commercial decisions possible. The most evident example is the XCIENT Fuel Cell project by Hyundai, whose fleet of 165 units operating in Switzerland, Germany, France, the Netherlands, and Austria reached 20 million kilometers of travel by February 2026, making this achievement a source of statistically significant information on the durability, reliability, and costs of maintenance under various weather and road conditions. The EU-sponsored H2Haul project provided another opportunity to gather such experience. In February 2025, the BMW Group purchased two zero-emission fuel cell trucks to use in pilot operations under the H2Haul project.

Hydrogen Fuel-Cell Heavy Truck Market Analysis

Based on class, the hydrogen fuel-cell heavy truck market is divided into class 7 (26,001–33,000 lbs) and class 8 (GVWR: >33,000 lbs). The class 8 (GVWR: >33,000 lbs) segment dominated the market with market share of around 77.1% and generating revenue of around USD 11.7 million in 2025.

• Class 8 trucks that have a GVWR above 33,000 lbs constitute the backbone of the hydrogen fuel cell heavy trucks market in Europe. This dominance is because of the nature of competitive advantage offered by hydrogen fuel cell technology, which gives an energy density and fast fueling benefit to PEMFC drive trains at high GVWR and continuous operation on highways over 500 km, and where battery electric drivetrains incur weight penalties that are the most commercial.
• The Hyundai XCIENT Fuel Cell, which is the leader among Class 8 platforms in European commercial operations, runs at GVWR of 44-46 tonnes and has demonstrated operational reliability on Alpine, North Sea, and Continental European corridor routes, with 20 million kilometers of fleet operation by February 2026.
• On the other hand, the Class 7 class represented approximately 23% of the total market value of hydrogen fuel cell heavy trucks in Europe in 2025 at around USD 3.5 million and is forecasted to see sustainable growth in the adoption of fuel cell technology for regional distribution and construction applications before long haul adoption. Class 7 trucks which operate at gross vehicle weight between 26,001 to 33,000 lbs are suitable for hydrogen fuel cell powertrain due to its ability to operate in regional routes of 150 to 400 km, with the refueling of trucks happening at fixed depots of hydrogen stations since HRS stations have limited coverage in Europe.
• The IVECO S-WAY Fuel Cell model in Europe is targeted for use in Class 7 trucks and has seen increased interest by urban freight operators from municipalities and building materials companies in France, Germany, and Northern Italy due to increased access zone regulations in cities that favor retiring diesel-powered vehicles in city areas.

Based on end use, the market is divided into logistics & distribution, municipal services, construction & mining and others. The logistics & distribution segment accounts for 62.8% in 2025, valued at around USD 9.5 million.

• The logistics and distribution industry emerges as the key vertical for hydrogen fuel cell heavy trucks in Europe owing to the nature of the industry itself, which features high annual mileage, predictable hub-to-hub route profiles, and concentrated ownership within large logistics conglomerates undertaking official decarbonization commitments. For example, the Hyundai XCIENT fleet project, which started in Switzerland’s logistics industry and now covers Germany, France, the Netherlands, and Austria, has been organized according to logistics corridors, with partners including Vos Transport Group, CEVA Logistics, Groupe CAT, and Yusen Logistics incorporating FCEVs into the Toyota Parts Centre Europe logistics operations.
• Such an approach is revealing in terms of the logistics industry application environment, in which refueling can be scheduled according to predictable route waypoints, which facilitates the high-utilization operation and thus speeds up TCO payback. Additionally, this context offers visibility of zero-emission freight services to clients under the CSRD-driven freight procurement framework.
• Moreover, the construction and mining applications vertical displays a unique demand structure for hydrogen fuel cell trucks, consisting of GVWR-heavy loads, varying duty cycles of transportation to and within sites, and focused procurement by large contractors and raw material companies. In Europe, the key driver behind construction FCEV demand stems from the building materials logistics, including cement, aggregates, and pre-cast concrete delivery, with the added challenge for operators of the requirement to adhere to urban access zones in terms of diesel usage and shipper demand for decarbonized freight transport in order to meet the needs of their construction customers that are working toward the Green Building certification. Holcim, the largest building materials company in the world with a presence in Europe, has public decarbonization goals for its own and contracted vehicle fleet.

Based on fuel cell technology, the hydrogen fuel-cell heavy truck market is divided into proton exchange membrane fuel cell (PEMFC), solid oxide fuel cell (SOFC) and others. The proton exchange membrane fuel cell (PEMFC) segment holds a dominant position accounting for around 88.7% in 2025.

• The PEMFCs are quickly becoming the leading technology choice for the European hydrogen fuel cell heavy truck market, considering that they have a good power density and are easy to start and refuel within a short time period – attributes which are required for long-distance transportation. PEMFC-powered trucks are being favored by various European truck producers such as Daimler Truck, Volvo Group, Iveco, and MAN. In addition, the EU Alternative Fuels Infrastructure Regulation (AFIR) is facilitating the expansion of hydrogen refueling corridors in Europe, providing an enabling environment for PEMFC-powered trucks.
• At present, SOFCs remain a technology of choice for only the niche heavy truck market in Europe, where scientific activity is concentrated mostly on their application as an auxiliary power source and range extender, but not for prime mover purposes. Given their high temperatures of operation and high efficiency for continuous operation, they appear promising as a solution for future long-range freight transport, but their relatively long warm-up period makes their adoption impractical for now. Continued research is being conducted on integrating SOFCs with hydrogen and renewable sources of fuel.

Based on operational range, the market is divided into below 250 miles, 250–500 miles and above 500 miles. The above 500 miles segment accounts for 47.2% in 2025, valued at around USD 7.2 million.

• The mentioned 500-mile range is the long term potential growth driver in the European fuel cell hydrogen truck market, especially the cross border goods delivery, where fast refueling and cargo carrying capability are critical. The manufacturers have increasingly started working on the long range fuel-cell trucks for this purpose.
• Hyundai Motor has introduced its next-generation XCIENT Fuel Cell tractor, which has a range of 1,000 km (around 621 miles), while the Mercedes-Benz GenH2 Truck by Daimler Truck has been developed for ranges of over 1,000 km with liquid hydrogen technology.
• On the other hand, the 250 to 500 miles range truck has become the major area of interest due to its suitability for intercity cargo hauling and regional long haulage. In this regard, hydrogen fuel cell trucks help perform freight services within one day without much time spent on refueling and retaining the load carrying capacity.

The Germany hydrogen fuel-cell heavy truck market reached USD 5.8 million in 2025 and growing at a CAGR of 39.8% between 2026-2035.

• Germany sits as the center of importance since it is the largest economy of Europe in terms of heavy transport and houses the 50/50 joint venture between Daimler Truck AG and Volvo Group known as Cellcentric which is based in Stuttgart and is the largest program for fuel cell system development especially for European Class 8 vehicles.
• The Federal Ministry for Digital Infrastructure and Transportation in Germany has provided capital for the KsNI financing program that provides purchase incentives for zero-emission heavy-duty trucks and financing for hydrogen fueling depots at German logistics clusters such as Rhine-Ruhr, Munich, and Hamburg. The federal estimates of Germany's 2030 electrolysis capacity targets 10 GW as per its National Hydrogen Strategy update.

The Western Europe region is valued at USD 9.5 million in 2025. The market for hydrogen fuel-cell heavy truck is expected to grow at the CAGR of 40.9% from 2026 to 2035.

• Western Europe is responsible for around 62.5% of overall Europe Hydrogen fuel cell heavy truck market value in 2025, with Germany and Switzerland being the main drivers of commercial business in the sub-region. The KsNI funding program of Germany’s Ministry for Digital and Transport has allocated funds to purchase incentives for zero-emission heavy trucks and hydrogen fueling infrastructure for German logistics clusters located in Rhine-Ruhr, Munich, and Hamburg areas.
• Switzerland, on the other hand, remains the only European country where hydrogen FCEV heavy trucks have been applied in commercially significant fleet sizes during multiple years: Hyundai's XCIENT fleet, which forms the largest part of 165 units of pan-European deployment, has gained more than 20 million km of operation experience by February 2026, with LSVA charges (road toll charges) for zero emission trucks waived by the Swiss Federal Roads Office (ASTRA).
• The Port of Rotterdam (Netherlands), which is the hydrogen import hub and departure point for major European freight corridors, is home to VDL Groep Toyota-integrated FCEV vehicle, which operates logistics route via Belgian, German and Dutch nodes within the framework of Toyota Parts Centre Europe’s zero-emissions supply chain.

Austria to experience substantial growth in the Western Europe fuel-cell heavy truck market in 2025.

• Austria is the most rapidly developing vector of growth for the Europe hydrogen fuel cell heavy truck market. The geographical location of Austria in terms of being a transit state for north-south European cargo transportation, especially through the Brenner and Innkorridor corridors, provides a challenging technical environment for validation of PEMFC technology designed for sustained power generation above 350 kW: the Alpine profiles make it necessary to have an excellent performance of hydrogen in comparison with battery-electric technology.
• The deployment of two zero-emission fuel cell trucks by the BMW Group as part of the H2Haul project in February 2025 marks Austria's first visible FCEV deployment, bringing the Austrian automotive industry into the hydrogen heavy truck validation framework of Europe. The national hydrogen strategy of Austria, being implemented within the ‘mission2030’ climate change action plan, aims at making hydrogen a decarbonization route for industrial and transport sectors with federal and provincial funding programs for electrolyzer and zero-emission vehicles deployment.

Eastern Europe hydrogen fuel-cell heavy truck market is growing quickly in Europe, with a CAGR of 44.5% between 2026 and 2035.

• Eastern Europe is beginning to shape up as a developing market segment of the Europe market, mainly driven by decarbonization measures, hydrogen strategy growth, and transport infrastructure investment in the European Union. While hydrogen fuel-cell truck implementation is still in the early stages when compared with Western Europe, countries like Poland, the Czech Republic, Slovakia, Romania, Hungary, and Bulgaria are slowly beginning to include hydrogen in their energy and mobility strategies.
• The new EU CO₂ standards for heavy-duty vehicles that need major emission reductions in new trucks until 2040 have encouraged governments and fleet operators to look into hydrogen fuel cell trucks as an alternative in long haul transportation where batteries might not be feasible. Poland is establishing itself as one of the hydrogen hubs of the region by virtue of the Polish Hydrogen Strategy 2030 (outlook to 2040) that highlights heavy transportation as one of the sectors where hydrogen can be applied.

The Northern Europe region is expected to grow at a CAGR of 42.2% between 2026 and 2035 in the hydrogen fuel-cell heavy truck market.

• Northern Europe is one of the most advanced regions in Europe when it comes to developing hydrogen fuel cell trucks. It is due to the highly developed climate change policies, developed renewable energy sector, and well-developed cooperation between the government, truck manufacturers, and hydrogen companies. Some countries, including Sweden, Norway, Denmark, and Finland, invest a lot into producing hydrogen, building the necessary infrastructure, and making freight transportation completely emission-free.
• The government’s policy is still considered one of the major market drivers. Specifically, Norway has implemented a special financial support scheme that includes funding for hydrogen refueling facilities used to refuel heavy-duty vehicles via Enova in publicly available stations on strategically important freight transportation routes such as Oslo-Trondheim. At the same time, Denmark, Sweden, and Finland are actively implementing their hydrogen strategies consistent with the EU climate regulations and AFIR criteria. Such policies help to implement the European Union’s climate neutral goal by 2050.

Hydrogen Fuel-Cell Heavy Truck Market Share

The top 5 companies in the hydrogen fuel-cell heavy truck industry are Daimler Truck, Hyundai Motor, IVECO, VDL Groep (Toyota FC module) and Volvo Trucks 99% of the market in 2025.

• Hyundai Motor holds the largest market share in 2025, based purely on the performance experience gathered from their Class 8 hydrogen fuel cell truck, the XCIENT Fuel Cell in Switzerland, Germany, France, the Netherlands, and Austria. The XCIENT Fuel Cell was the first ever hydrogen fuel cell truck that was successfully operated in commercial fleets in Europe for many years, as seen through the accomplishment of 20 million kilometers of operation by February 2026 using 165 vehicles, giving Hyundai a unique competitive advantage over their rivals as they offer proof of performance rather than just a technology advantage.
• IVECO comes next due to its established network of commercial vehicles sales and services in Europe. The competitive positioning of IVECO is because of its Tier 1 OEM network of distributors that serves as an important advantage in the market where the serviceability of the FCEV is just as critical as its performance when it comes to deciding whether to adopt the S-WAY Fuel Cell for the first time.
• VDL Groep comes next at third with 17.2% market share due to its Toyota-powered fuel cell trucks deployed in its own logistics network in Europe and also by some other fleets.
• Daimler Trucks and Volvo Trucks, both are undergoing development and pre-series validation tests, emerge as the most significant competitor entry points for 2028-2032. The GenH2 of Daimler, with an objective of liquid hydrogen storage and range over 1,000 km, and the FM/FH Fuel Cells of Volvo developed by Cellcentric, are expected to make their series production entries in the late 2020s-early 2030s.

Hydrogen Fuel-Cell Heavy Truck Market Companies

Major players operating in the hydrogen fuel-cell heavy truck industry are:

• Cellcentric 
• Daimler Truck
• Ford Trucks
• HYLIKO
• Hyundai Motor
• IVECO
• Scania
• VDL Groep (Toyota FC module)
• Volvo Trucks
• zepp.solutions

• Hyundai Motor is the dominant player currently within the European hydrogen fuel cell heavy trucks market via its XCIENT Fuel Cell Class 8 platform, which is a 44-48 tonne GVWR truck featuring two PEMFC stacks capable of generating 180 kW output power in combination. The European commercial FCEV strategy of Hyundai Motor has Switzerland as its base, where the company formed Europe's first fleet of commercially scalable hydrogen fuel cell trucks in collaboration with logistics firms from Switzerland and H2 Mobility Switzerland. By February 2026, 165 trucks of the pan-European XCIENT fleet covered 20 million kilometers of mileage within Switzerland, Germany, France, the Netherlands, and Austria, a record unmatched by any other European FCEV platform.
• IVECO is the second-largest FCEV market player at present, developing the S-WAY Fuel Cell platform for application in European Class 8 logistics and distribution vehicles. The key strength of IVECO is distribution because its network of dealers and services in more than 20 European countries enables fleet operators of its FCEVs to get maintenance and servicing capabilities which cannot be achieved by independent FCEV players.
• The Toyota-FCEV integrated heavy truck platform operated by VDL Groep based out of Eindhoven is a 40-tonne fuel cell truck using Toyota’s proprietary fuel cell module, deployed in Toyota logistics runs and a few other runs outside of Toyota. The competitive positioning of VDL rests on its strength in systems integration – modifying commercially available fuel cell modules to fit heavy truck chassis, thus allowing the deployment of FCEVs without the need for developing the whole fuel cell stack as needed by OEM platform programs. The logistics runs for Toyota include runs in Belgium, France, Germany, and the Netherlands.

Hydrogen Fuel-Cell Heavy Truck Industry News

• In February 2026, Hyundai Motor Company announced that its XCIENT Fuel Cell Class 8 heavy-duty truck fleet achieved the milestone of 20 million kilometers driven across Europe, reached across five years of operation with 165 units deployed across Switzerland, Germany, France, the Netherlands, and Austria, underscoring the platform's commercial durability in European freight conditions.
• In January 2026, ACEA, IRU, and Transport & Environment issued a joint call urging the European Commission to ensure continuity of EU funding for heavy-duty vehicle hydrogen refueling and battery-electric charging infrastructure through 2026–2027, warning that a gap in support before the next Multiannual Financial Framework begins in 2028 risks slowing FCEV deployment at a critical market entry phase.
• In December 2025, The European Commission launched the Clean Transport Corridor Initiative (CTCI), designating the Scandinavian-Mediterranean and North Sea–Baltic TEN-T corridors as priority zero-emission freight arteries, with hydrogen refueling hubs targeted along both corridors between 2026 and 2027.
• In June 2025, Toyota Motor Europe and VDL Groep expanded their hydrogen fuel cell heavy truck collaboration, deploying four additional 40-tonne FCEV units on Toyota's European logistics routes spanning Belgium (Diest), France (Lille), Germany (Cologne), and the Netherlands (Rotterdam and Weesp), trucks serving a network that processes more than 500,000 parts and accessories daily.
• In February 2025, BMW Group acquired two zero-emission fuel cell trucks and launched pilot operation as part of the European H2Haul project, aimed at advancing the commercialization of fuel cell trucks in European freight transport and integrating BMW's automotive supply chain operations into the European FCEV validation infrastructure.

The hydrogen fuel-cell heavy truck market research report includes in-depth coverage of the industry with estimates & forecasts in terms of revenue ($ Mn/Bn) and volume (units) from 2022 to 2035, for the following segments:

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Market, By Fuel Cell Technology

• Proton Exchange Membrane Fuel Cell (PEMFC)
• Solid Oxide Fuel Cell (SOFC)
• Others

Market, By Class

• Class 7 (26,001–33,000 lbs)
  • Below 250 Miles
  • 250–500 Miles
  • Above 500 Miles
• Class 8 (GVWR: >33,000 lbs)
  • Below 250 Miles
  • 250–500 Miles
  • Above 500 Miles

Market, By Operational Range

• Below 250 Miles
• 250–500 Miles
• Above 500 Miles

Market, By Power Output

• Below 250 kW
• 250–350 kW
• Above 350 kW

Market, By End-Use

• Logistics & Distribution
• Municipal Services
• Construction & Mining
• Others

The above information is provided for the following regions and countries:

• Western Europe
  • Germany
  • Austria
  • Netherlands
  • France
  • Belgium
  • Luxembourg
• Eastern Europe
  • Poland
  • Russia
  • Romania
  • Hungary
  • Czech Republic
• Northern Europe
  • UK
  • Denmark
  • Sweden
  • Finland
  • Norway
• Southern Europe
  • Italy
  • Spain
  • Greece
  • Portugal