Milano Malpensa Airport, one of Italy's three largest air-cargo gateways, has become the site where a hydrogen fuel-cell truck is now running commercial cargo deliveries, according to trade publication Fuel Cells Works.

The development places Malpensa among a small group of European airports where zero-emission heavy trucks have moved from pilot demonstration into recurring commercial service on air-freight feeders.

Malpensa handled roughly 700,000 tonnes of air cargo in 2023, according to airport operator SEA Group. The hub serves integrators including DHL, FedEx, UPS and Cargolux, with road-feeder corridors linking the airport to manufacturing clusters across Lombardy. Those short-haul lanes have become a focal decarbonization battleground for shippers working under corporate net-zero targets.

What changes for freight operators?

Hydrogen fuel-cell trucks offer a payload and operating-time advantage over battery-electric alternatives, a critical factor on cargo-feeder runs where every tonne of usable weight shifts cost-per-kilogram economics. A typical European Class 8 fuel-cell tractor matches a diesel equivalent on range and refueling time while producing only water vapor at the tailpipe.

For integrators and forwarders at Malpensa, that profile matters. Tight turnaround windows between aircraft arrivals and overland departures leave little room for battery-charging delays, particularly in winter operations. An on-airport or corridor-side hydrogen station would let operators refuel in minutes rather than hours.

The transition also introduces new cost variables. Hydrogen fuel trades at a premium to diesel across most European markets today, and public refuelling-network build-out remains thin outside Germany's Rhine-Ruhr, the Dutch Rotterdam corridor and select French lanes. Italy has fewer than 10 publicly accessible hydrogen stations, according to H2Stations.org tracking.

What does the Malpensa route look like?

The Fuel Cells Works report pinpoints Malpensa as the operating base but does not name the integrator, forwarder or consignee running the vehicle, nor the specific lane served. Those details will matter to shippers weighing whether the deployment signals a broader rollout or stays a single-truck experiment.

Fuel cell tractors in active logistics service today are typically Class 8 units in the 40-tonne gross-vehicle-weight range, with operating ranges of 400 to 600 kilometres on a full tank depending on load and terrain. Lombardy's short-haul geography — feeder runs of 50 to 150 kilometres between the airport and inland consolidators — fits that envelope comfortably.

Why the timing matters now

European Union heavy-duty vehicle CO2 rules tighten again in 2030, requiring manufacturers to cut emissions from new trucks by 45 percent against 2019 baselines. Operators that validate zero-emission equipment on real freight lanes by the late 2020s will face a smoother compliance path in the 2030s, when the framework ramps further toward a 90 percent reduction target by 2040.

Air-cargo operators also face mounting pressure from corporate shippers, particularly in pharmaceuticals and electronics, who increasingly request emissions data per consignment. Zero-tailpipe road feeders help operators meet Scope 3 reporting obligations more cleanly than offset purchases, and they preserve payload flexibility that battery-electric alternatives still sacrifice in heavier duty cycles.

What to watch next

The early Malpensa signal is that at least one logistics operator has crossed the line from demonstration into recurring service on European tarmac ground transport. Whether that operator files a follow-on fleet order, and whether Italy's slow hydrogen-station rollout accelerates around its principal air gateways, will determine how quickly the model travels to Rome Fiumicino, Bergamo Orio al Serio and Venice Marco Polo cargo operations.