Pilots considered aborting landing after touchdown in Miami cargo crash, NTSB says
The National Transportation Safety Board disclosed on Tuesday that flight data recorder evidence indicates the pilots of an Amazon Prime Air cargo flight, which crashed last week near Miami, actively considered aborting the landing after the aircraft had already touched down on the runway. The Boeing 767, operating a routine cargo service for the e, commerce giant, was destroyed in the subsequent crash, resulting in the deaths of both crew members aboard. Investigators are now carefully reconstructing the final seconds of the flight, focusing on the pilots’ decision, making process during the attempted landing. The revelation suggests a critical moment of uncertainty occurred after initial touchdown, a scenario that aviation experts note is exceptionally dangerous for a heavy transport aircraft.
The crash occurred during a period of severe weather, with intense thunderstorms and wind shear reported in the Miami area at the time of the incident. While the NTSB has not yet determined the probable cause of the accident, preliminary data points to a complex sequence of events that began with an unstable approach. The aircraft, operating on behalf of Amazon Prime Air under a contract with a regional carrier, was attempting to land at Miami International Airport when the pilots radioed about a possible go, around, according to air traffic control recordings. The decision to abort a landing after touchdown, rather than before, presents significant aerodynamic and mechanical challenges, as the aircraft has already begun to decelerate and has reduced lift capability. Investigators are now scrutinizing whether a last, second command to execute a go, around was initiated too late to be effective.
According to the NTSB’s preliminary statement, the cockpit voice recorder and flight data recorder have been successfully recovered and sent to the agency’s laboratory for detailed analysis. The flight data recorder specifically captured control inputs that show the crew initiated a thrust increase and attempted to rotate the aircraft back into the air after the main landing gear had made contact with the runway. This maneuver, known as a late go, around, requires a delicate balance of power, pitch attitude, and remaining runway distance to be successful. Witnesses on the ground reported seeing the aircraft briefly lift off before it veered to the side of the runway and erupted in a fireball, consistent with a loss of control during the attempted climb. The NTSB has confirmed that the runway was closed for several hours following the incident, and a full investigation into the wreckage is ongoing.
The news has sent ripples through the air cargo industry, which has seen a significant surge in nighttime operations due to the explosive growth of e, commerce logistics. Safety experts and pilot unions have reacted with concern, emphasizing that the pressure to maintain on, time delivery schedules must never override standard operating procedures regarding go, arounds. Several industry analysts have pointed out that a well, executed go, around, even when initiated after touchdown, is a trained procedure, but its success is highly dependent on speed and altitude margins. However, in this case, preliminary data suggest the aircraft was traveling at or near its maximum landing weight, making a late abort particularly perilous. The incident has also prompted a renewed focus on the unique risks associated with freighter operations, which often land at higher weights than passenger flights and carry cargo that may shift during aggressive maneuvers.
This incident highlights a broader trend within the aviation industry, where a spate of runway excursions and landing mishaps has prompted regulators to re, examine pilot training protocols. The Federal Aviation Administration has been pushing for enhanced simulation training that specifically addresses unstable approaches and the decision to execute a go, around. While modern aircraft have redundant safety systems, the human factor remains the final line of defense in dynamic situations, particularly during adverse weather landings. Cargo carriers, in particular, have faced scrutiny over duty schedules and fatigue management, as red, eye flights frequently depart and arrive during overnight hours. The Miami crash serves as a stark reminder that the margins for error in aviation are slim, even for experienced crews operating well, maintained aircraft.
The aviation industry has seen several notable accidents in recent decades where pilots attempted a go, around after touchdown, with varying outcomes, but few have been fatal. One of the most prominent examples includes a catastrophic crash at a major US airport in the 1990s, where a landing aircraft attempted to abort and instead veered off the runway, leading to multiple fatalities. More recently, a Russian airliner crash in 2019 highlighted the dangers of landing too fast and attempting to climb again, resulting in a fire that consumed the aircraft. In each case, investigators found that the crew was likely reacting to a perceived threat, such as a runway incursion or wind shear, but the timing of the abort was the critical factor in the outcome. The NTSB will likely compare the Miami crash data with these historical precedents to determine if any systemic training gaps exist.
The full NTSB investigation is expected to take at least twelve to eighteen months, with a preliminary report on factual findings likely released within the next few weeks. Investigators will now focus on the pilots’ training records, the specifics of the weather forecast, and the maintenance history of the aircraft’s thrust reversers and braking systems. The agency will also hold a public hearing later this year to gather testimony from air traffic controllers and company officials about the events leading up to the crash. The outcome of this investigation could lead to mandatory changes in training protocols for all cargo carriers regarding when a go, around is and is not permissible. For the families of the two victims, and for the broader aviation community, the coming months will be a period of intense scrutiny as the black box data is fully analyzed to provide a definitive answer to why this attempt came too late.
