![Garmin Autoland [Credit: Garmin]](https://avweb.com/wp-content/uploads/sites/3/2025/08/Garmin-Autoland.jpg)
[Story update: Autoland Activation Was Conscious Crew Decision]
An autonomous emergency system successfully landed a Beechcraft King Air B200 at Rocky Mountain Metropolitan Airport in Broomfield, Colorado, on Saturday after the pilot became incapacitated. Garmin confirmed that its Autoland system was activated during the incident, resulting in a safe landing on Runway 30. In a statement to local FOX31, the company said the emergency Autoland activation occurred Dec. 20 and added that it plans to share additional details at a later time.
Recordings of the airport’s tower frequency captured the aircraft allerting air traffic controllers to the King Air’s emergency and subsequently transmitting automated broadcasts indicating a pilot incapacitation and intent to conduct an emergency autoland. The aircraft, identified as N479BR, provided periodic updates on its distance from the airport and estimated time to landing. Data from FlightAware shows the King Air 200 departed Aspen-Pitkin County Airport at 1:43 p.m. and landed at Rocky Mountain Metropolitan Airport at 2:19 p.m.
Garmin Autoland is designed to assume full control of an aircraft during certain emergencies, selecting a suitable airport based on factors such as weather and runway length, communicating with air traffic control, and executing an automated landing. Garmin’s autothrottle and autoland for King Air 350 aircraft equipped with G1000 NXi avionics received FAA certification earlier this year in August. The first installation of Garmin Autoland technology for a B200 took place in January 2024.
Further information on the pilot’s condition or details of the flight have not yet been released.
Incredible.
How is it initiated?
Another article shows
AUTOLAND label
Switch covered by clear red-outlined guard.
‘Emergency use only’ below the switch.
Congratulations to the Garmin team on their first “save”!
Just like GM’S super cruise and Fords blue cruise. It’s great until it isn’t.
Besides the switch, it can be initiated by lack of pilot response to prompts, or any other parameter that requires pilot intervention (loss of cabin pressure, etc.)
This is good technology with a positive outcome. Would be interested in the System Safety Analysis to see what the probabilities of System failure were and how mitigated during the certification process. Congrats to Garmin on the saving of life and aircraft.
Would like to see a follow-up to the event when facts are known, such as whether there were passengers on board, what was going on within the aircraft, and also the facts on the pilot and his actual story!! As it stands, this is simply an incredible lifesaving solution for those in the air as well as on the ground!!! Nice work, Garmin!!!
The technology is amazing and quite mature at this point after years of experience on the Vision jet and other aircraft. My question is “if the system is as good as it looks why not use it on a regular basis at the pilot’s discretion. Why is it considered only an emergency option?”
Because the design pedigree, robustness, development rigor, and certification oversight were not performed at a level appropriate for everyday routine operations. Rather, the emergency autoland system was certified as an “emergency use only” system of last resort. Its job is to recover an aircraft when the pilot(s) can no longer be relied on to do so; meaning the potential consequence of the system’s not performing as intended is on par with the likely consequences we expect for a flight that terminates with an incapacitated pilot.
The level of engineering effort and costs to develop a similar system that meets the design integrity standards applicable for routine operations is significant, and not something I think we will see in the near term in anything but large air carrier aircraft, and then maybe no even there.