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World
Herz — World Desk · · 30s summary · 4 min read
On July 21, 2026, Airbus announced at the Farnborough Air Show that it will test folding wing extensions for its next-generation aircraft. Four- to 5-meter extensions will be mounted on an A321neo—a single-aisle, twin-engine aircraft and the longest version of the A320 family—for flight testing starting in the second half of 2027 at Broughton, Wales. Airbus must finalize its next aircraft configuration by 2030. Separately, Rolls-Royce said it has two years to persuade Airbus and Boeing to select its UltraFan engine.
At the Farnborough Air Show (southwest of London), Airbus announced on July 21, 2026 that it will test folding wing extensions for the next generation of its best-selling aircraft, according to The Guardian. The announcement was made by Sue Partridge, head of Airbus's "Wing of Tomorrow" program—a research and development initiative dedicated to designing wings for the company's next-generation commercial aircraft.
Four- to 5-meter extensions will be fitted to the wings of an A321neo—a stretched version of the A320 family, a single-aisle, twin-engine aircraft—to test different shapes in real-world conditions. Testing will begin in the second half of 2027.
Assembly of these extensions will start at the Airbus facility in Broughton, northern Wales. This initial phase will include only fastening bolts: the hinges allowing the wingtips to actually fold will not yet be integrated.
The final shape of Airbus's next narrowbody aircraft must be determined by 2030. The new generation will use relatively large-diameter, heavy engines and gull-wing-shaped wings.
Longer, thinner wings made of composite materials reduce aerodynamic drag and thus fuel consumption. However, their span can exceed limits allowed at many congested airports. Folding wingtips—which extend during flight and retract on the ground—are being considered as a solution to reconcile aerodynamic performance with airport constraints.
Boeing is the only manufacturer to have equipped a commercial airliner with folding wingtips so far, on its 777X, a large twin-aisle aircraft. If Airbus applies this technology to a narrowbody aircraft, it would be a world first in this segment—the largest sector of commercial aviation.
Boeing is also exploring a "truss" system to structurally strengthen the longer wings of its own future aircraft.
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Airbus is evaluating two engine options for the next generation: conventional shrouded engines or so-called "open fan" engines—whose blades are exposed to outside air without a surrounding nacelle, unlike conventional turbofans. This architecture promises better efficiency, but presents challenges for noise and certification.
On July 21, 2026 at Farnborough, Rolls-Royce CEO Tufan Erginbilgiç stated that his company has only two years to convince Airbus and Boeing to select its UltraFan engines—a next-generation jet engine program based on a geared-turbofan architecture—for the coming generation of narrowbody aircraft.
Rolls-Royce is developing the UltraFan in two variants: one for wide-body aircraft and one for narrowbody aircraft. The CEO also sought financial support from the British government, led by new Prime Minister Andy Burnham.
the industry's most critical decision
— Kevin Craven, CEO of the ADS Group, commenting on the engine manufacturer choice for the next generation
Kevin Craven, CEO of the ADS Group (Aerospace, Defence and Security—the main professional association for the aerospace and defense industry in the United Kingdom), called this choice "the industry's most critical decision."
Airbus has not specified which wing shape or engine type will be selected for the next generation. Final decision is expected by 2030, with no in-service date yet announced.
The initial testing phase at Broughton will include only fastening bolts, without hinges. The conditions under which articulation mechanisms will be tested have not yet been announced.
Any British government commitments in response to Rolls-Royce's request for financial support for UltraFan development are not specified in available sources.
A folding wingtip is an articulated wing section that retracts on the ground to reduce the aircraft's span. This allows for longer—and more efficient—wings in flight without exceeding the dimensional limits imposed at airports.
Assembly at Broughton aims first to validate different wing extension shapes under real flight conditions. Integration of folding mechanisms is planned for a later phase, following a step-by-step approach.
UltraFan is Rolls-Royce's next-generation jet engine program based on a geared-turbofan architecture designed to achieve significant energy-efficiency improvements. It is developed in two variants: one for wide-body aircraft and one for narrowbody aircraft.
An "open fan" engine is a propulsion architecture whose fan blades are exposed to outside air without a surrounding nacelle, unlike a conventional turbofan. This configuration promises better efficiency, but presents challenges for noise and certification.
Wing extension testing is planned to begin in the second half of 2027. Airbus must finalize its next aircraft configuration by 2030. No in-service date has yet been announced.