AI Resilience Report forAirline Pilots, Copilots, and Flight Engineers

Right now, AI in the cockpit is mostly augmenting pilots, not replacing them. The heavy lifting of physically flying — takeoffs, landings, and crew coordination — still belongs to humans, but AI is quietly taking over paperwork, checklists, and monitoring tasks. Today's jets already automate most routine tasks, and new "smart cockpit" tools go further: Honeywell Aerospace's cloud-connected Anthem flight deck combines advanced AI with cloud connectivity to provide an intuitive interface for pilots to reduce their workload and improve situational awareness, while Piper Aircraft's HALO Safety system features autothrottle, automatic wings-level mode, hypoxia detection and automatic descent mode, and the Autoland system, which can take complete control during emergencies.

On bigger jets, Airbus UpNext's DragonFly demonstrator ^[1] has already detected simulated crew incapacitation, declared an emergency, generated diversion plans, communicated with air traffic control, and completed autonomous landing and taxi operations. Researchers are also building AI "copilots" that act like a super-smart search tool: Stanford engineers partnered with the U.S. Air Force Test Pilot School ^[2] to evaluate how an AI "copilot" could support pilots during the most demanding moments of flight, designed to help pilots diagnose problems, reduce workload, and respond faster during emergencies. The system runs on an iPad using retrieval-augmented generation to instantly search documents for relevant information.

Business aviation is seeing similar tools — NBAA notes AI-assisted avionics are being explored to bolster safety in general aviation cockpits ^[3]. The theme across the industry, as Aviation Week frames it ^[4], is that AI's role is to help pilots make smarter, safer, faster decisions — not to replace them.

Adoption is happening, but slowly, and mostly for tasks that support pilots rather than replace them. Safety, regulation, and public trust are big brakes. In June 2025, the European Union Aviation Safety Agency announced it paused research into single-pilot flight operations ^[5], finding that current cockpit technology cannot match the safety standards of two-pilot operations, and surveys consistently show roughly three-quarters of respondents are uncomfortable with fewer than two pilots in the cockpit.

Pilot unions are pushing back hard: ALPA President Capt. Jason Ambrosi told the union's 2026 Cargo Symposium ^[6] that "attempts to reduce the number of pilots on the flight deck is one of the greatest threats facing the safety of all airline operations," and Boeing 787 chief pilot Richard Johnson warned at the same event that there are potentially new hazards associated with quickly advancing technologies that could find their way onto the flight deck, such as artificial intelligence and machine learning. Cost pressure still pushes airlines toward automation — for airlines, the economic incentives related to crew costs may be compelling, but they will need to invest in advanced avionics, redundant connectivity, cybersecurity, and ground operations centres for remote co-pilots — but the labor market is on pilots' side.

The U.S. Bureau of Labor Statistics projects employment of airline and commercial pilots to grow 7 percent from 2025 to 2035, with about 16,400 openings each year ^[7], suggesting strong demand for humans in the cockpit for the foreseeable future. If you're dreaming of flying, the runway is still wide open — you'll just be sharing it with smarter tools.