The component incorporates an electrically actuated opening and closing system and is manufactured at Airbus Illescas plant, one of the company s primary centres for complex composite aerostructures. The facility produces the composite skins and completes final assembly before the structure enters Airbus wider fuselage integration and aircraft assembly chain.

According to Airbus, the A350F is designed for payloads of up to 111 tonnes with a maximum range of approximately 8,700 kilometres, allowing deployment on international long-haul cargo routes. More than 70% of the aircraft is built using advanced materials, contributing to an overall weight reduction of around 46 tonnes compared to competing freighter platforms.

The aircraft is powered by Rolls-Royce Trent XWB-97 engines and is expected to deliver up to 20% lower fuel consumption and carbon emissions compared to previous-generation freighters with similar payload-range capability. Airbus also stated that the aircraft will comply with ICAO s 2027 CO emissions standards and is planned to operate with up to 50% Sustainable Aviation Fuel (SAF) at entry into service.

The use of large integrated composite structures across the A350F programme reflects continued reliance on advanced materials to improve payload efficiency, reduce aircraft mass, and optimise operational performance in long-range commercial cargo aviation.