In recent years, an increasing number of aircraft have been equipped with automatic emergency landing technology designed to take over and safely land the plane if pilots become incapacitated. This system, which goes beyond traditional autopilot functions, was inspired in part by a 1999 accident involving professional golfer Payne Stewart. Stewart’s Learjet 35 lost cabin pressure during flight, leaving everyone onboard unconscious. The pilotless plane continued on autopilot until it crashed, underscoring the need for systems that could intervene in similar emergencies.
Phil Straub, a pilot and engineer at Garmin, which is well known for automotive GPS but has expanded into aviation technology, helped develop the only Federal Aviation Administration (FAA)-certified automatic emergency landing system currently on the market. This technology, known as Garmin Emergency Autoland, essentially operates as an automated pilot that can take control of an aircraft in an emergency, notify authorities, select the nearest suitable airport, and perform a safe landing without pilot input.
As of mid-2026, Garmin’s Autoland technology is in use on approximately 2,000 planes, including models from Piper, Cirrus, and Daher. Embraer recently announced plans to include the system in its new Phenom EV300, a 10-passenger corporate jet popular with fractional ownership companies such as NetJets and Flexjet. This marks the largest aircraft to adopt the technology to date. Textron also indicated its Cessna Citation CJ4 jets will incorporate Autoland starting next year.
Autoland functions similarly to autonomous driving systems found in modern vehicles. It monitors flight conditions and periodically checks in with pilots during routine operations. The system can be triggered manually or automatically, for example, by a loss of cabin pressurization. When activated, the system alerts both air traffic controllers and passengers. A cabin display and automated announcements explain the situation to reduce passenger panic and avoid interference with the emergency landing process.
Extensive testing has been conducted to address challenges such as varied runway terrain and elevation changes, ensuring the system can handle real-world conditions. To date, the system has been used operationally only once—in December 2025—when a Beechcraft Super King Air 200 departing Aspen, Colorado, experienced a sudden loss of pressurization. Although the pilots were conscious and on emergency oxygen, they allowed the Autoland system to take control as a precaution. The system successfully guided the aircraft to a nearby airport near Denver and landed safely without incident.
Developers hope that as major aircraft manufacturers like Boeing and Airbus introduce redesigned single-aisle airliners in the coming years, emergency auto-landing systems could become standard on commercial planes. For now, the technology remains a critical safety backup for smaller jets and private aircraft, poised to intervene only in rare but potentially catastrophic situations.