Airbus Integrates Largest Cargo Door on A350F Ahead of 2027 Service

This article is based on an official press release from Airbus.

Airbus is making significant strides toward the maiden flight of its new-generation freighter, the A350F. According to an official press release from the European aerospace manufacturer, the company has successfully delivered and begun integrating the world’s largest main-deck cargo door into its first test aircraft. This milestone marks a critical step as the program advances toward its anticipated flight testing later this year and entry into service in 2027.

The A350F, derived from the A350-1000 passenger jet, is designed to meet growing global demand for large, efficient, and environmentally compliant freight aircraft. Airbus reports that the new cargo door incorporates industry-first engineering choices, including an all-composite structure and an all-electric actuation system, setting a new standard for operational efficiency in the air cargo market.

Engineering the World’s Largest Cargo Door

Unprecedented Dimensions and Design

The defining operational feature of the A350F is its massive main-deck cargo door (MDCD). According to Airbus specifications, the door boasts a cut-out width of 4.5 meters (175 inches) and a clear opening width of 4.3 meters (169.5 inches), alongside a clear opening height of 3.15 meters.

To put this into perspective, Airbus notes that the A350F’s door is 15 percent wider than that of its primary competitor, the Boeing 777 Freighter, which measures 3.7 meters (146 inches) wide. The new door even surpasses the dimensions of the nose and side doors found on the iconic Boeing 747F. Furthermore, the manufacturer opted to locate the cargo-aircraft door at the rear of the fuselage. This strategic design choice allows operators to load containers from the rear toward the front, preserving a safe center of gravity during the loading process.

Technological Firsts in Freighter Design

Composite Materials and All-Electric Actuation

Beyond its sheer size, the A350F cargo door introduces several technological firsts to the freighter market. As detailed in the company’s press release, the door’s structure is manufactured entirely from carbon fiber composite materials. This represents an industry-first for a main-deck cargo door, allowing Airbus to significantly reduce the aircraft’s weight compared to traditional aluminum structures while maintaining essential structural stiffness.

Additionally, Airbus has moved away from conventional hydraulic and pneumatic systems. The A350F utilizes an all-electric open-and-close actuation system powered by Geared Rotary Actuators. According to the manufacturer’s testing data:

The system can fully open or close the massive door within 60 seconds, even in wind speeds of up to 40 knots.

This capability ensures that ground operations can proceed smoothly and safely even under challenging weather conditions at airports worldwide.

Manufacturing, Testing, and Timeline

From Spain to Toulouse

The production of this massive composite structure took place at the Airbus facility in Illescas, Spain, which serves as a center of excellence for complex composite manufacturing. In April 2026, the completed door was delivered to the Final Assembly Line (FAL) in Toulouse, France, where it is currently being integrated into the MSN700 prototype. Airbus estimates this integration process will take approximately one month.

To de-risk the upcoming flight test campaign, Airbus is conducting rigorous ground testing at its facility in Bremen, Germany. Engineers are utilizing large physical test rigs, including a “Cargo Zero” demonstrator. According to the company’s project updates, this involves a 20-tonne frame equipped with a metal test door that matches the exact weight, stiffness, and center of gravity of the final composite door, allowing the team to validate the all-electric drive and loading mechanisms before flight.

Path to Certification

Airbus is currently manufacturing two A350F prototypes dedicated to flight testing. The company states that the flight test campaign is slated to begin in the second half of 2026. Following a successful certification process, the A350F is targeted to enter commercial service in the second half of 2027.

AirPro News analysis

We view the engineering achievements of the A350F’s cargo door as a major competitive advantage for Airbus in the heavy freight sector. The 175-inch width enables the “one-go” entry of massive, high-bypass aero engines, such as the Rolls-Royce Trent XWB and the GE9X, without requiring disassembly. According to the provided operational data, loading a large engine through this door takes only a few minutes, a stark contrast to the roughly one hour required for aircraft with smaller cargo doors. Combined with the ability to simultaneously load the main and lower decks, this will drastically reduce turnaround times for logistics operators.

Furthermore, the A350F’s alignment with sustainability mandates makes it a highly attractive asset for the future. Powered by Rolls-Royce Trent XWB-97 engines, it is currently the only new-generation freighter capable of meeting the stringent ICAO 2027 CO₂ emissions standards. With a payload capacity of up to 111 tonnes, a range of 8,700 kilometers, and 101 firm orders already secured as of April 2026, the A350F is positioned to aggressively challenge historical market dynamics in the dedicated freighter space.

Frequently Asked Questions (FAQ)

How big is the A350F main-deck cargo door?
The door features a cut-out width of 4.5 meters (175 inches) and a clear opening width of 4.3 meters (169.5 inches), making it the largest in commercial aviation history.

What materials are used to build the A350F cargo door?
In an industry first, the main-deck cargo door is constructed entirely from carbon fiber composite materials to reduce weight while maintaining structural integrity.

When will the Airbus A350F enter service?
Flight testing is scheduled to begin in the second half of 2026, with commercial entry into service targeted for the second half of 2027.

Why is the cargo door located at the rear of the aircraft?
Placing the door at the aft of the fuselage allows operators to load heavy containers from the rear toward the front, which helps preserve a safe center of gravity during the loading process.

Sources

• Airbus Newsroom Press Release