As investigations continue into the deadly Jeju Air Flight 2216 incident, experts highlight pilot error as a potential factor, noting that shutting down the wrong engine could have contributed to the tragedy.
Investigation Unveils Possible Pilot Error in Jeju Air Plane Crash
Investigation Unveils Possible Pilot Error in Jeju Air Plane Crash
Preliminary findings suggest the crew may have shut down the wrong engine prior to a devastating crash that killed 179 people.
The incident involving Jeju Air Flight 2216, which resulted in the tragic loss of 179 lives in December, has turned the spotlight on pilot decision-making during a critical moment. Investigators have uncovered that minutes before the crash, the pilots mistakenly shut down the more functional engine following a bird strike, leaving the plane reliant on a damaged engine that later caught fire.
This premature engine shutdown resulted in a significant loss of electrical power, further exacerbating the situation and impairing the pilots' ability to execute a proper emergency landing. Reports indicate that the aircraft attempted to land without its landing gear extended, ultimately skidding on its belly and colliding with a concrete wall at Muan International Airport, igniting a fire that engulfed the aircraft. Remarkably, two flight attendants survived; however, all passengers and crew members aboard perished in the disaster.
The findings, first disclosed in an interim report shared with the victims' families, have ignited scrutiny regarding the pilots' crisis management protocols. Aviation safety experts have speculated that the crew may have misidentified which engine to shut down amidst rapidly deteriorating conditions. Joe Jacobsen, a veteran aviation safety specialist, emphasizes the necessity for comprehensive cockpit data analysis to fully understand the sequence of events leading up to the crash.
As authorities continue to investigate the incident, these preliminary results stress the importance of clear and accurate situational awareness during emergencies, especially when critical resources like electrical power and engine functionality are at stake.
This premature engine shutdown resulted in a significant loss of electrical power, further exacerbating the situation and impairing the pilots' ability to execute a proper emergency landing. Reports indicate that the aircraft attempted to land without its landing gear extended, ultimately skidding on its belly and colliding with a concrete wall at Muan International Airport, igniting a fire that engulfed the aircraft. Remarkably, two flight attendants survived; however, all passengers and crew members aboard perished in the disaster.
The findings, first disclosed in an interim report shared with the victims' families, have ignited scrutiny regarding the pilots' crisis management protocols. Aviation safety experts have speculated that the crew may have misidentified which engine to shut down amidst rapidly deteriorating conditions. Joe Jacobsen, a veteran aviation safety specialist, emphasizes the necessity for comprehensive cockpit data analysis to fully understand the sequence of events leading up to the crash.
As authorities continue to investigate the incident, these preliminary results stress the importance of clear and accurate situational awareness during emergencies, especially when critical resources like electrical power and engine functionality are at stake.
