A missed approach is a standard Instrument Flight Rules (IFR) procedure executed when an aircraft cannot safely continue an approach to landing. Missed approaches are essential to aviation safety because they ensure obstacle clearance, maintain traffic separation, and support orderly traffic flow during instrument operations.

A missed approach may occur due to unstable approaches, poor weather, runway occupancy, traffic conflicts, incorrect aircraft configuration, or loss of required visual reference at minimums. In some situations, Air Traffic Control (ATC) may also instruct an aircraft to “go around.” Executing a missed approach should always be considered a safe and professional decision.

Pilots should always expect and brief for the possibility of a missed approach during every instrument approach. Every published IFR procedure contains a dedicated missed approach segment which provides predetermined instructions involving climb altitude, headings, navigation fixes, and holding patterns to ensure safe obstacle clearance and traffic separation. Unless alternate instructions are issued by ATC, pilots are expected to immediately follow the published missed approach procedure.

Approach minimums play an important role in decision-making. Decision Altitude (DA) and Minimum Descent Altitude (MDA) define the lowest altitude an aircraft may descend to without the required visual references. Continuing below these minimums should only occur if the runway environment is clearly visible and the aircraft is in a safe position to land. If these conditions are not met, the pilot must execute a missed approach.

A common misconception is that landing clearance must be received before reaching minimums. In reality, minimums relate only to visibility and visual reference requirements, while landing clearance is only required before touchdown. During busy operations, ATC may issue landing clearance very late in the approach, sometimes even as the aircraft crosses the runway threshold.

For controllers, managing missed approaches requires strong situational awareness and rapid coordination. Once an aircraft reports “going around,” controllers must maintain separation from surrounding traffic while safely reintegrating the aircraft into the sequence. During heavy traffic or poor weather, multiple missed approaches can significantly increase workload for both pilots and controllers.

Late go-arounds are also high-workload situations for pilots, requiring rapid aircraft reconfiguration, navigation management, and communication. Pilots should inform ATC as soon as practical, while controllers should avoid unnecessary frequency congestion during the initial stages of the missed approach.

Effective communication and proper understanding of missed approach procedures improve IFR proficiency, operational realism, and overall safety across the network.