The nightmare scenario in single-pilot aviation has always been the same. One person up front, one engine out there, and nobody in the cabin who knows what a glideslope is. If the pilot stops flying, everyone on board has a problem with no solution.

On Thursday, Pilatus announced that the FAA and EASA have certified Garmin Emergency Autoland on the PC-12 PRO, which the Swiss manufacturer markets as Safety Autoland. It is the first member of the PC-12 family to carry it. Press a button, or become incapacitated, and the aeroplane flies itself to an airport and lands.

What the aeroplane actually does

Autoland is not an autopilot with better manners. It is a system that takes over the entire problem.

Once it is running, it picks a destination, and the choice is more considered than simply finding the nearest runway. It weighs runway length, distance, remaining fuel, terrain, obstacles and the weather, because the closest airport is frequently the wrong one. It then flies the route, configures the aircraft as it descends, manages flaps, landing gear, lighting and de-icing, and puts the aircraft on the ground. It talks to air traffic control on the way, broadcasting that the pilot is incapacitated and what it intends to do.

For the people in the back, the interface is one button and a screen telling them what is happening. That is the entire design philosophy: assume the person pressing it has never touched an aircraft control in their life.

It has already been used for real

This is no longer a demonstration feature. On 20 December 2025, Garmin Autoland was activated during a flight in a Beechcraft King Air 200, registration N479BR, and landed the aircraft at Rocky Mountain Metropolitan Airport in Broomfield, Colorado. Tower recordings captured the automated voice transmissions declaring the emergency and announcing the aircraft’s intentions. Everyone on board was reported safe.

Reporting on that incident has not entirely settled. Accounts differ on the precise circumstances, investigators have not published findings, and Garmin has not addressed the speculation beyond confirming it as the first emergency use of the system in an operational flight. What is not in dispute is that the system ran and the aeroplane landed.

Why it matters more on a PC-12 than on a jet

The PC-12 is the aeroplane that made single-engine turboprops respectable. More than 2,000 have been delivered since the 1990s, doing work that ranges from executive transport to air ambulance flying in Australia, freight into gravel strips, and law enforcement surveillance. A great many of those flights are single-pilot, and a large share of the passengers are not pilots.

That is precisely the population Autoland is built for, and it is why certifying it on this airframe matters more than certifying it on something with two crew up front. It is also an interesting commercial argument for Pilatus. The company has spent thirty years insisting that one engine and one pilot is a perfectly safe way to move people, against a business aviation market that instinctively counts engines. A system that removes the pilot from the equation entirely is the strongest answer yet to the objection.

The honest caveat is that Autoland handles incapacitation, not everything. It does not fly you out of an engine failure, an airframe icing encounter or a fire. It handles the one scenario where the aircraft is fine and the person flying it is not, which happens to be the scenario that terrifies passengers most.

News coverage of the December 2025 King Air landing, the first time Garmin Autoland was used in a real emergency.

Sources: Pilatus Aircraft; FLYING Magazine; Luftfahrtmagazin; Oriens Aviation; AeroTime; Garmin.