Airbus has outlined the distributed global manufacturing footprint for its new A350F freighter, detailing a supply chain that spans five nations and culminates at the Final Assembly Line in Toulouse, France.

In a press release issued on July 23, 2026, the European aerospace manufacturer provided a comprehensive overview of the production process for the large widebody cargo aircraft. Based on the Airbus A350-1000 airframe, the A350F is designed to carry a maximum payload of 111 tonnes over a range of 8,700 kilometres. The manufacturer states the aircraft will provide a minimum 20 percent reduction in fuel consumption and carbon emissions compared to current in-service freighters. Airbus is currently manufacturing two A350F aircraft for a flight testing campaign scheduled to run through 2027.

European and transatlantic production network

The Manufacturing strategy for the A350F relies on specialized facilities across the United Kingdom, Spain, France, Germany, and the United States. In the United Kingdom, facilities in Filton and Broughton are responsible for engineering and manufacturing the carbon-fibre wingset and the equipped gear beam. Airbus completed the first A350F wingset in Broughton on June 2, 2025. French facilities handle the engine pylons in Saint-Eloi, complex aerostructures across Saint-Nazaire, Rochefort, Nantes, and Méaulte, and fully equipped front and centre fuselages in Montoir-de-Bretagne.

German operations produce the forward and aft fuselage sections across Stade, Augsburg, and Nordenham before assembly in Hamburg. Germany is also responsible for the vertical tail plane, upper wing covers, and the surround structure and actuation system for the main deck cargo door. In the United States, component panels are manufactured at specialist facilities that Airbus integrated from Spirit AeroSystems in 2025. Components from all locations are transported to the Final Assembly Line (FAL) in Toulouse by air, land, and sea, heavily utilizing the Airbus BelugaXL air transporter.

Spanish facilities deliver critical composite structures

Spain plays a central role in the A350F program, contributing the rear fuselage, horizontal stabiliser, lower wing cover, belly fairing, and the main deck cargo door. Airbus completed the first horizontal stabiliser for the freighter in Spain on July 23, 2025.

A major engineering focus has been the main deck cargo door, which features a clear opening width of 4.3 metres and a height of 3.15 metres. Airbus completed the manufacturing and assembly of the first door in Illescas, Spain, on April 23, 2026, before delivering it to the Toulouse FAL for integration into the first test aircraft. Ricardo Rojas, President of Airbus Commercial Aircraft in Spain, described the Delivery as “the result of years of preparation and extensive teamwork,” highlighting the Illescas plant’s decades of expertise in composite materials. Testing of the cargo loading and main deck door actuation systems began on May 11, 2026.

AirPro News analysis

The detailed breakdown of the A350F manufacturing footprint highlights the immense logistical coordination required to bring a new widebody freighter to market. By distributing the production of massive composite structures across specialized European and American facilities, Airbus is leveraging its existing A350-1000 industrial base while integrating new capabilities specific to the Cargo-Aircraft market. We view the successful delivery of the massive 4.3-metre-wide main deck cargo door as a critical de-risking milestone for the program. The integration of former Spirit AeroSystems facilities into the direct Airbus supply chain also demonstrates a strategic consolidation of critical aerostructure manufacturing as the company prepares for the A350F flight test campaign.

Sources: Airbus

FDH Aero and Gardner Aerospace announced a five-year global supply partnership on July 23, 2026, to support all Airbus commercial single-aisle and twin-aisle aircraft programs. The agreement expands an existing relationship to provide direct line feed, kitting, and C-class commodity management services across five countries.

In a press release issued by FDH Aero, the supply chain solutions provider confirmed the long-term agreement will support Gardner Aerospace facilities in the United Kingdom, France, Poland, India, and China. The partnership aims to streamline manufacturing operations, support production ramp-ups, and minimize overproduction and excess inventory for Airbus platforms, including the Airbus A320neo, Airbus A330neo, and Airbus A350.

Expanding the European and Asian supply chain

The new contract builds upon a previous expansion signed on June 18, 2025. That earlier agreement facilitated the phased transfer of commercial aircraft programs to a new Gardner Aerospace manufacturing facility in Bengaluru, India. To support the regional growth tied to Airbus frame and wing parts production, FDH Aero established a dedicated Bengaluru office for its electronics and hardware divisions.

The July 2026 agreement broadens this scope globally. Ray Venables, Head of Sourcing at Gardner Aerospace, stated the partnership reinforces the company’s commitment to building a resilient supply chain.

“By enhancing our direct line feed and C-class commodity management across Europe and Asia, we’re improving efficiency, increasing supply resilience, and ensuring we continue to support our Airbus programs with the agility and precision our customers expect,” Venables said.

Operational integration and commodity management

Under the five-year agreement, FDH Aero will integrate its supply chain services directly into Gardner Aerospace production lines. The focus on C-class commodities, which typically include fasteners, bearings, and standard hardware, is designed to ensure uninterrupted availability of high-volume components required for Airbus assembly.

Fred Short, Chief Growth Officer of FDH Hardware, noted the company is focused on delivering the reliability required to support Airbus commercial programs across multiple international borders.

“By implementing robust value-added services across their international sites, we are committed to delivering the reliability and efficiency required to seamlessly support their Airbus commercial programs,” Short said.

AirPro News analysis

We view this five-year agreement as a direct response to the ongoing supply chain pressures facing major aerospace manufacturers. As Airbus pushes to increase production rates across its A320neo and widebody families, Tier 1 suppliers like Gardner Aerospace require highly synchronized logistics to prevent bottlenecks. By locking in a long-term commodity management contract with FDH Aero, Gardner is positioning itself to absorb Airbus production ramp-ups without carrying the financial burden of excess inventory. The geographic spread of this agreement also highlights the industry’s continued reliance on a distributed, multinational manufacturing footprint to meet original equipment manufacturer targets.

Sources: FDH Aero (July 2026 Press Release)

Electra announced an $850 million investment to establish its first manufacturing facility at AirPark Ohio, adjacent to Springfield-Beckley Municipal Airport (SGH), to produce the EL9 Ultra Short hybrid-electric aircraft. The July 21, 2026, announcement at the Farnborough International Airshow marks the company’s transition from development to scaled commercial production.

The approximately 100-acre campus in Clark County, Ohio, is projected to create 1,975 new jobs and support an initial production phase of 400 aircraft per year. According to a press release issued by the company, the facility will eventually scale to a maximum capacity of 800 aircraft annually, supporting Electra’s vision for a new category of regional air mobility termed “Direct Aviation.”

Facility details and production timeline

The manufacturing site will be located at AirPark Ohio in Springfield. Ohio Governor Mike DeWine and JobsOhio partnered with Electra to secure the location, emphasizing the region’s historical ties to aviation and its growing focus on advanced air mobility.

“Ohio is where flight began, and the Dayton-Springfield area has become the national epicenter for advanced air mobility, the place where the next generation of aircraft is being designed, tested, and now built at scale,” DeWine stated.

Electra targets 2029 for the initial production output of the EL9 Ultra Short, with entry into service expected in 2030. The nine-passenger aircraft is designed to take off and land in distances as short as 150 feet. The design utilizes blown-lift technology and hybrid-electric propulsion to operate from spaces previously restricted to helicopters.

“In Springfield and Clark County, we found the rare combination this next era requires: a ready site, a skilled workforce, a deep aerospace and defense ecosystem, and state and local leaders with the commitment and vision to build it with us,” said Electra CEO Marc Allen.

Supply chain and certification progress

The facility announcement follows a series of supply chain and regulatory milestones for the EL9 Ultra Short program. On July 15, 2026, Electra finalized a life-of-program production agreement with Safran Helicopter Engines for the TG600 turbogenerator, which will power the aircraft. The agreement includes an initial order for 250 units.

The company also reported achieving a certification milestone with the Federal Aviation Administration (FAA) on July 10, 2026. Concurrently, Electra is building out the operational infrastructure for its aircraft, having signed a strategic collaboration agreement on July 7, 2026, with UrbanV and Signature Aviation to develop a regional mobility ecosystem.

AirPro News analysis

We view Electra’s $850 million commitment as a significant indicator of maturity in the advanced air mobility sector. While many manufacturers in the electric vertical takeoff and landing (eVTOL) space are still navigating early prototype testing, Electra’s focus on ultra-short takeoff and landing utilizing hybrid-electric propulsion offers a distinct regulatory and operational pathway.

The selection of Ohio leverages an established aerospace supply chain and significant state-level incentives. The planned production rate of 800 aircraft per year is highly ambitious for a new entrant, requiring flawless execution in both manufacturing scale-up and FAA certification. The 2030 entry-into-service target provides a realistic buffer for the inevitable challenges of establishing a greenfield aerospace manufacturing campus.

Sources: Electra