Hydrogen Trucks & Buses: Fast Refueling, Hydrogen Corridors & Fleet Adoption

Battery Electric vs. Hydrogen Fuel Cell Trucks: How Powertrain Choice Is Evolving Across Heavy-Duty Applications

Heavy-duty trucking is one of the hardest sectors to decarbonize. Trucks run long hours, carry heavy payloads and cannot afford much downtime. The debate between battery electric vehicles (BEVs) and hydrogen fuel cell electric vehicles (FCEVs) is shifting from "which one wins" to "which one fits which job." This article uses the MarketsandMarkets Hydrogen Bus & Truck Market report (published September 2026) as its sole source for figures and forecasts.

Refueling Speed vs. Upfront Cost: The Core Powertrain Trade-Off

The report identifies faster refueling than EVs as a key driver for hydrogen. Refueling typically takes 5 to 10 minutes, and driving ranges reach around 600 miles. That gives fuel cell buses and trucks an operational advantage where utilization is high and downtime is costly.

Hydrogen also carries a cost penalty. The report names high vehicle cost compared with gasoline and electric vehicles as a major challenge. Expensive fuel cell materials such as platinum, costly hydrogen storage, high fuel costs and limited production scale keep FCEVs more expensive than comparable BEVs, particularly in commercial applications where upfront cost strongly affects fleet investment decisions.

The report treats the two powertrains as competing options, comparing total cost of ownership and bill of materials for BEV and FCEV buses and trucks. For fleet buyers, the choice comes down to route profile, uptime requirements and the economics of each fuel.

Hydrogen Truck Market Outlook: Size, Growth and Segment Trends

The report projects the hydrogen bus and truck market growing from USD 3.83 billion in 2026 to USD 8.95 billion in 2035, a CAGR of 9.9%. The 2025 base-year value is USD 3.73 billion. These figures cover buses and trucks combined.

The segment data shows where demand is concentrating:

• Range: The 300–500 mile segment is projected to lead the market, growing from 5,914 units in 2026 to 16,463 units by 2035 at a 12.0% CAGR. The report also notes rising demand for ranges above 500 miles as hydrogen vehicles move into intercity and long-distance freight.
• Motor power: The up to 200 kW segment grows from 3,180 units in 2026 to 6,889 units by 2035 at a 9.0% CAGR. The 200–400 kW range is described as sufficient for full-size buses and a broad range of medium- and heavy-duty trucks.
• Tank size: The under-30 kg segment grows from 405 units to 807 units at an 8.0% CAGR. The 30–60 kg range is described as the practical balance of capacity, weight and range for full-size buses and medium- to heavy-duty trucks.
• Trucks: Hydrogen trucks are projected to grow from 7,747 units in 2026 to 19,731 units by 2035, with the report listing a 2.5% CAGR for the segment.
• Tank type: Type IV tanks use a lightweight composite structure that reduces storage weight, helping trucks retain payload as range requirements increase.

Real-World Applications: From Pilot Projects to Commercial Fleets

The report states that hydrogen trucks are moving from pilot projects toward commercial fleet deployment, particularly in long-haul and high-utilization applications. Long range, fast refueling and sustained payload capacity can support the operating economics of fuel cell vehicles in these roles.

• Long-haul freight. Foton's Auman hydrogen trucks are being deployed for zero-carbon freight, and its CAVAN BEACON platform targets medium- and long-haul transport with more than 1,000 km of range.
• Ports and medium-distance logistics. Hyundai's XCIENT Fuel Cell trucks serve heavy-duty freight, port transportation and medium-distance logistics. In March 2026, Hyundai deployed eight of them in Uruguay as part of the Kahirós Project, which aims to decarbonize timber logistics through green-hydrogen infrastructure.
• Hydrogen freight corridors. The report says expanding corridors increase the addressable opportunity for heavy-duty trucks. As refueling is developed around logistics routes and industrial hubs, operators can deploy hydrogen trucks on predictable high-mileage routes, reducing diesel dependence in intensive freight operations.
• Urban and intensive transit. Solaris's Urbino 18 offers up to 600 km of range with rapid refueling on routes where battery charging downtime can be restrictive. Yutong's F10 Fuel Cell Bus can refuel in about 10 minutes and reach about 450 km.

Download the PDF sample of the Hydrogen Bus & Truck Market Report — 319 pages, 263 market tables, and country-level forecasts to 2035

The Real Constraint: Ecosystem, Not Vehicles

The report's central argument is that hydrogen commercial mobility is moving from individual vehicle commercialization toward integrated ecosystem scale-up. OEMs are linking fuel cell technology, vehicle platforms, hydrogen supply, refueling infrastructure and fleet deployment into coordinated business models. Hydrogen infrastructure is described as the key constraint to scale, and growth increasingly depends on total cost of ownership rather than vehicle technology alone. Hydrogen price, fuel cell durability, utilization, maintenance costs and policy support all feed into that calculation.

The two highest-impact restraints are the high initial investment in refueling infrastructure and the limited availability of low-cost green hydrogen. Low-emission hydrogen remains a small share of global supply, which keeps fuel costs high and creates supply uncertainty.

The report cites three conditions for scale from the IRU's assessment of the H2Accelerate TRUCKS program:

1. Hydrogen refueling must be available where commercial vehicles operate.
2. Vehicle approval requirements must be consistent across markets.
3. Vehicle and hydrogen costs must decline enough to support fleet investment.

There is evidence of progress. The Hydrogen Council's Global Hydrogen Compass 2026 reports more than USD 130 billion of committed clean hydrogen investment across more than 570 projects, with around 90% under construction or operational. In February 2025, Europe allocated USD 34.2 million through AFIF for 35 new hydrogen refueling stations along the TEN-T network.

Regional Divergence

Asia Pacific is the largest region for hydrogen buses and trucks. The report projects the region growing from USD 3,365.2 million in 2026 to USD 7,721.0 million by 2035, a 9.7% CAGR.

The report attributes this lead to Chinese OEMs, which combine fuel cell vehicle production, hydrogen powertrain development, fleet deployment and localized service support. Foton is integrating a high-power fuel cell system into its medium- and heavy-duty portfolio, treating hydrogen trucks as part of broader commercial vehicle platforms rather than standalone projects. Fuel cell vehicles, refueling infrastructure and fleet service networks are developing together, narrowing the gap between vehicle availability and infrastructure readiness.

Yutong shows how this plays out. In August 2025 it partnered with SPIC Hydrogen Technology and Hydrogen Power Technology to deliver 200 hydrogen fuel-cell logistics vehicles in Zhengzhou, building on an earlier 360-vehicle refrigerated-truck deployment.

On the supply side, the report notes that China is rapidly expanding electrolyzer capacity, while Europe expects large-scale low-emission hydrogen projects to begin operations in 2026. Regulatory delays and insufficient project commitments continue to constrain supply growth.

Opportunities That Could Shift the Balance

The report highlights two main opportunities. The first is advances in fuel cell technology, including efficiency, hydrogen storage, durability, control systems and refueling, which improve viability for long-distance buses and heavy-duty trucks. The second is integration with renewable energy sources since renewable-powered electrolysis improves the sustainability of hydrogen production. Mobile refueling and distributed hydrogen production could also improve fuel access for fleet operators.

The report expects higher production volumes, technological improvements, expanded infrastructure, and government support to reduce fuel cell and vehicle costs over time.

The Road Ahead: Matching Powertrain to Application

A 9.9% CAGR through 2035 points to steady growth rather than a sudden takeover. The strongest hydrogen demand sits in the 300–500-mile range segment and in long-haul, high-utilization freight, where refueling speed and uptime carry the most value. Whether hydrogen scales further depend less on the trucks themselves than on whether refueling infrastructure, low-cost hydrogen supply and consistent vehicle approvals come together. Operators who evaluate powertrains by total cost of ownership and route profile will be best placed to choose between battery electric and hydrogen.

Explore the Complete Hydrogen Bus & Truck Market Report →

Source: MarketsandMarkets, "Hydrogen Bus & Truck Market – Global Forecast to 2035" (Report Code AT 9166, September 2026). All figures cover buses and trucks combined unless stated otherwise