EASA Pulls Reduced-Crew Objective as Pilotless Talk Grows Louder

By Grace Kim

EASA removed extended minimum-crew operations from its 2026 safety planning framework, concluding in 2025 that one-pilot cruise operations cannot yet demonstrate safety equivalent to today's two-pilot cockpits. The decision landed while industry executives at APG World Connect 2026 in Monaco discussed a path toward pilotless passenger flights. The gap between the two positions is the story.

Panelists at the Monaco conference examined whether commercial aircraft could move from the current two-pilot cockpit to single-pilot operations and, eventually, flights with no pilots aboard. One panelist argued that technology is advancing quickly enough to make reduced-crew operations increasingly realistic. The speaker conditioned that claim: international aviation authorities must first develop compatible certification requirements.

What did the panel actually propose?

The concrete elements were modest:

• New operational concepts could emerge around 2028 or 2029, though no certification or commercial timetable was announced.
• Regulators across Europe, the United States, China and India would need to harmonize certification standards before such systems enter service.
• The central challenge, per one speaker, lies not in developing the technology but in establishing safety procedures, training requirements and certification standards.

The panel also addressed labor realities. One participant compared the prospective transition to earlier technological changes that gradually eliminated traditional cockpit roles. Passenger acceptance, another speaker argued, would depend on visible safety demonstrations, clear communication and reassurance from airline management.

Where does EASA stand?

The regulator's position is documented and less optimistic. EASA studied extended minimum-crew operations, under which one pilot flies the aircraft during cruise phases while the other rests, and examined the longer-term prospect of single-pilot operations across an entire flight.

Its 2025 conclusion: an equivalent level of safety between extended minimum-crew operations and current two-pilot operations could not be sufficiently demonstrated with existing cockpit designs. Researchers cited pilot incapacitation, fatigue, sleep inertia, cockpit cross-checking and physiological needs as problems requiring further technological solutions.

The consequence followed in the agency's 2026 safety planning framework, which dropped the dedicated extended minimum-crew objective and emphasized that advanced cockpit technology and additional research must come first. That is a regulator saying, in effect, that the concept returned to the drawing board.

The distinction matters for capacity planning. Reduced-crew operations are frequently framed as an answer to pilot shortages and training costs. EASA's finding pushes any such benefit years further out, with no revised date offered.

What about hydrogen and new aircraft?

The Monaco discussion ranged beyond automation. Panelists considered new aircraft designs, advanced propulsion systems and hydrogen technology as alternatives to conventional aviation. One participant referenced recent discussions involving NASA and hydrogen-powered aircraft, calling for a coordinated industry response to long-term technological challenges.

The timeline offered was sobering. One speaker suggested major efficiency advances might not spread across airline fleets until around 2060, reflecting the time required to develop, certify and introduce new aircraft generations. For context, that is roughly the working life of two full aircraft generations from today.

The implications extend past manufacturers. Airlines commit fleet investments years in advance, and airports may eventually need to adapt infrastructure and operating procedures to new propulsion and automation technologies.

Will passengers board a pilotless aircraft?

For passengers, the question is trust. Modern airliners already employ sophisticated automation, but today's operations rely on qualified pilots for complex decisions and unexpected circumstances. A transition to autonomous passenger flights would require extensive testing, new certification standards, reliable backup systems and evidence that safety is maintained or improved — not merely better software.

Industry representatives at APG World Connect suggested public confidence could build gradually as travelers grow familiar with increasingly automated systems. That is a familiar industry argument, and it has history behind it: autopilot, fly-by-wire and autoland each faced skepticism before becoming routine.

The panel's own framing, however, conceded the essential point. Pilotless commercial aviation remains a long-term possibility rather than an imminent change to airline operations. The industry's nearer challenge, as the discussion acknowledged, is determining how new technology can support existing flight crews while preserving the safety standards that passengers and regulators expect.

For now, the certified fleet carries two pilots. The Monaco panel offered ambition; EASA offered the safety case that is still missing. Between 2028 and 2060 sits a considerable amount of certification work.