In a groundbreaking achievement for aviation technology, an airplane has autonomously landed itself during an in-flight emergency. This historic event occurred with a Beechcraft Super King Air 200 at the Rocky Mountain Metropolitan Airport, located near Denver. The aircraft successfully landed using Garmin’s Autoland system.
Details of the Incident
Two individuals emerged unharmed after the airplane executed its landing. The incident was documented in video footage released by local emergency responders.
Autoland System in Action
- The Autoland system is designed to take control of the aircraft in emergencies.
- This system is now installed in approximately 1,700 planes worldwide.
- The Beechcraft was operated by Buffalo River Aviation and was in transit from Aspen.
The plane was flying without passengers when it experienced a “rapid, uncommanded loss of pressurization.” According to Chris Townsley, CEO of Buffalo River Aviation, the pilots immediately donned their oxygen masks. The Autoland system activated as the cabin altitude surpassed safe levels.
Emergency Protocol
The pilots decided to keep the Autoland feature engaged throughout the descent. An automated voice was heard alerting air traffic control of the emergency situation. The message stated: “Emergency auto-land in less than 1 minute on runway 3-0 right.”
- This incident marked the first complete deployment of the Autoland system in a real emergency.
- The system offers safety by guiding the aircraft to a designated airport while communicating with air traffic controllers.
Though initial reports suggested pilot incapacitation, Townsley clarified that these were misinterpretations caused by the Autoland system’s automated messaging. The crew’s decision reflected thorough training to prioritize safety in unpredictable conditions.
Investigation by Authorities
The Federal Aviation Administration (FAA) is currently conducting an investigation into this landmark event. As the aviation community reflects on this development, it could have significant implications for future emergency protocols and aircraft safety standards.
