A plane aborting landing, often called a go around, occurs when a commercial flight discontinues its approach to land and climbs back to a safe altitude. This procedure protects passengers and crew by addressing unstable conditions, airspace conflicts, or technical issues just before touchdown.
Pilots train extensively for these scenarios, and modern air traffic control coordinates closely to minimize disruption while maintaining safety margins. Understanding why and how these events unfold helps travelers stay calm and informed when an unexpected return to the sky happens.
| Phase | Decision Point | Common Triggers | Outcome |
|---|---|---|---|
| Final Approach | 1,000–500 feet AGL | Wind shear, unstabilized approach, runway incursion | Go around initiated |
| Decision Height / Altitude | DH for ILS, MDA for visual | Unclear visual reference, ATC hold instructions | Mandatory climb if criteria not met |
| Rotation or Touchdown | Near or on runway | Sudden obstacle, bounced landing, suspected malfunction | Immediate climb or rejected takeoff if still on ground |
| Post Go Around | Climb established | Re-sequence with ATC, reset approach briefing | Hold, reroute, or attempt alternate runway |
Understanding The Go Around Procedure
During a standard ILS or visual approach, pilots evaluate altitude, speed, and alignment against strict criteria. If the aircraft does not meet a stabilized approach standard by the decision height or point, continuing would increase risk. A go around is a planned maneuver that prioritizes safety over schedule, allowing the crew to reconfigure and try again or divert without pressure.
Air traffic control issues commands such as 'go around' or 'missed approach' while the pilots simultaneously apply maximum thrust and positive climb rate. The wings level, gear retracts, and flight management system updates to a climb phase altitude. Coordination with ATC ensures separation from other traffic while the aircraft gains altitude and distance from the runway environment.
Training And Simulator Preparation
Commercial crews rehearse go arounds repeatedly in full motion simulators, covering normal and degraded situations. These sessions address engine performance, weather severity, and unusual attitudes so that muscle memory supports precise rudder and pitch inputs when stress is high. Proficiency in timing, callouts, and checklist execution reduces the likelihood of deviations after the decision to climb.
Regulators require airlines to demonstrate that captains and first officers can manage windshear warnings, asymmetric thrust, and configuration errors during these exercises. By standardizing responses, training turns a potentially jarring event into a controlled procedure that passengers may barely notice from their seats.
Passenger Experience During A Go Around
Travelers often hear a change in engine noise and feel the nose pitch up as the aircraft transitions from descent to climb. Cabin crew may instruct passengers to remain seated and fasten seatbelts, even if the seatbelt sign was previously off. Announcements typically reassure guests that the procedure is a normal safety action, and the flight will either reattempt landing or be diverted to an alternate airport.
Although delays can occur, airlines plan for these possibilities by scheduling extra reserves and coordinating with ground teams. Passengers benefit from understanding that a brief return to the sky is a controlled response to evolving conditions rather than an emergency.
Operational And Weather Triggers
Meteorological factors such as low visibility, sudden wind shifts, or thunderstorms near the airport frequently prompt a plane to abort landing. Runway incursions, air traffic flow management holds, or temporary restrictions can also force crews to climb away even when visibility appears adequate. These triggers are monitored in real time through onboard radar, air traffic services, and automatic alerting systems.
Advanced warning allows crews to adjust descent profiles or select alternate runways before committing to a specific approach path. When conditions deteriorate rapidly, the ability to disconnect the autopilot, advance thrust, and climb cleanly defines a well executed and professional response.
Safety Outcomes And Data Trends
Aviation authorities track go around rates to assess system performance at airports and within airline fleets. Higher rates in certain weather or during nighttime operations can highlight areas for procedural refinement or additional training. Transparent reporting helps regulators, airports, and carriers collaborate on design changes, updated guidance, and infrastructure improvements that reduce instability on approach.
Modern flight management systems provide alerts well before the decision point, giving pilots more margin to evaluate options. As data accumulates, trends in aircraft types, runway configurations, and air traffic procedures shape future standards that further enhance safety for everyone on board.
Key Takeaways For Travelers
- A plane aborting landing, or go around, is a standard safety procedure designed to address unstable conditions.
- Strict altitude, visibility, and configuration criteria guide the decision to climb away from the runway.
- Crew training and simulator practice ensure precise control inputs and coordinated responses with air traffic control.
- Passengers should remain seated with seatbelts fastened, listen to crew instructions, and understand that delays may occur.
- Weather, air traffic flow management, and airport operations commonly influence how often go arounds happen at a given location.
- Robust monitoring and advanced warning allow pilots to plan approaches or select alternates proactively.
- Transparent reporting of go around rates supports continuous improvements in procedures, training, and infrastructure.
- Modern avionics and flight management tools provide earlier alerts, giving crews more options to maintain a stable approach.
FAQ
Reader questions
Why did my flight start a go around just before landing?
The crew likely identified an unstable approach, encountered wind shear, or responded to air traffic control instructions to ensure safe separation or spacing.
Is a go around the same as a rejected takeoff?
No, a rejected takeoff occurs when an aircraft aborts its takeoff roll while still on the ground, whereas a go around happens after an approach has begun and the aircraft climbs away from the runway.
Could the landing have been unsafe if we continued?
Pilots follow strict stability criteria; if speed, descent rate, alignment, or visibility do not meet standards, continuing would increase risk, making the climb the safest option.
How often do commercial flights perform go arounds?
Rates vary by airline, airport, and weather, but many carriers report several go arounds per hundred approaches, with most triggered by operational sequencing or weather rather than emergencies.