The majority of aircraft go-arounds occur within the final 500 feet of the landing approach [1].
This trend highlights a critical window of vulnerability in flight operations. Because this segment is the final opportunity for pilots to ensure a safe touchdown, any deviation requires an immediate abort to prevent accidents.
In aviation, a go-around is a procedure where the pilot aborts the landing and climbs back into the air to attempt the approach again. The altitude of 500 feet [1] serves as the last major checkpoint for a stable approach. At this height, pilots must verify that the aircraft is correctly aligned with the runway, and maintaining a steady descent rate.
Factors that destabilize an aircraft often converge at this specific altitude [1]. These can include sudden wind shear, unexpected runway obstructions, or improper airspeed. If the aircraft does not meet the strict criteria for a stable approach by the time it reaches this marker, safety protocols dictate a go-around.
Maintaining a stable approach is essential for reducing the risk of hard landings or runway excursions. The 500-foot mark [1] acts as a definitive boundary; if the flight is not stabilized, the pilot must transition from a landing mindset back to a climbing mindset immediately.
While go-arounds are often viewed by passengers as errors, they are standard safety maneuvers. The concentration of these events in the final 500 feet [1] underscores the precision required during the most volatile phase of flight.
“The majority of aircraft go-arounds occur within the final 500 feet of the landing approach.”
The prevalence of go-arounds at the 500-foot mark demonstrates the rigid application of 'stable approach' criteria in modern aviation. By treating this altitude as a hard deadline for stabilization, the industry prioritizes a controlled abort over a risky landing attempt, effectively mitigating the dangers of late-stage approach instability.
