Airbus flew its A350F freighter for the first time on 29 September, launching a certification campaign the manufacturer expects will put the aircraft into customers' hands in the second half of 2026 and break Boeing's long grip on the large-freighter segment.

Test aircraft MSN700 spent 4 hours 10 minutes in the air, reaching 25,000 ft with a five-person flight-test crew at the controls of a heavily instrumented airframe. Certification will take more than nine months and around 400 flight hours, according to Lars Wagner, CEO of Airbus Commercial Aircraft Business.

"We are very confident that we are going to deliver the aircraft to the first customers in the second half of next year," Wagner said. "We're going to test the aircraft from the bottom to the top because it's a freighter, it's not the same like a passenger aircraft that takes time."

Numbers that matter to operators

The A350F carries up to 111 tonnes over a range of up to 8,700 km. Airbus claims a 46-tonne maximum take-off weight advantage over competing aircraft and fuel-burn and CO₂ reductions of up to 40 percent on comparable payload-range missions, driven by the A350's composite-heavy airframe and Trent XWB-97 engines already proven on the A350-1000.

The order book suggests the proposition has landed. By the end of August the programme had secured 115 orders from 14 disclosed customers — a book Airbus says represents up to 59 percent of the large-freighter market by orders. The base spans combination carriers (Korean Air, Cathay Pacific, Singapore Airlines), all-cargo operators (Silk Way, Atlas Air, CMA CGM, MNG) and lessors, with Atlas the largest customer at 20 aircraft.

"Customers want to maximise revenue. They want to get the most lucrative loads on board, and the flexibility to be able to react to get those lucrative loads," said Crawford Hamilton, Airbus's Head of Freighter Marketing. "Range flexibility is important because there are lots going on now where there are no-fly zones for various aircraft."

A fuselage built for cargo, not converted

Airbus shortened the forward fuselage by five frames to set the centre of gravity for a fully loaded freighter, mated the A350-900's front section with the -1000's rear, and developed a new main-deck floor for dense cargo.

"We have reinforced the main deck to be able to carry heavy loads, dense loads. The key is the density of the pallets that the operators can load," explained Julien Puyou, Head of Widebody Programmes. "When you are around the wings, you can have heavier pallets. When you are at the two extremities, you need slightly lighter pallets."

The watertight main-deck floor with drainage simplifies cleaning after live animals, food or spill-prone loads. The rear main-deck cargo door, at 4.3 metres the widest in commercial aviation, is sized to take aircraft engines and other outsized pieces in a single loading operation rather than multiple moves — a capability aimed squarely at the engine-transport and project-cargo market Boeing's 747F has long served.

"We actually designed a brand new fuselage, 100% fit for cargo operations. The cargo loading system is fully integrated into the suitable flow of the aircraft, not only to optimize the cargo volume, but also the loading operation," said Rémi Maillard, Airbus EVP Engineering and Head of Technology.

Data as a selling point

The SmartCargo architecture tracks pallet positions and environmental parameters against the intended load plan. Eight temperature-control zones support shipments from fresh produce to live animals, with sensors generating a digital record of conditions in transit — a pitch aimed at pharma, perishables and high-value shippers who increasingly demand chain-of-custody visibility.

"It's a way to help automated operation, data-based operation for freight operators that would simplify further their operation in terms of knowing their payload and how the loading of the aircraft is performing," said Philippe Mhun, EVP Programmes and Services.

What the test campaign covers

More than 10,000 hours of ground testing have already been completed, using around 600 dedicated sensors and roughly 60 km of additional wiring generating up to 220 GB of data per flight. The first aircraft will focus on aerodynamics, performance and handling; the second will address systems and cargo-specific functionality. Upcoming phases include flutter, anemometry, autopilot and performance testing plus cargo-system maturity work and hot- and cold-weather campaigns. Airbus has prepared 75 dedicated ULDs representing more than 200 tonnes of test installations.

For freighter operators weighing fleet renewal against an ageing global fleet and tightening emissions rules, the nine-month campaign will determine whether Airbus's claimed weight and fuel-burn advantages hold in service. First deliveries in H2 2026 would put the A350F into revenue operations just as replacement demand for 747 and MD-11 freighters accelerates.