Continuing an Unstable Approach to Touchdown

An approach that is high, fast, or misaligned at the point where it should be stable is not going to fix itself. It is predicting what the next thirty seconds will look like: large corrections, rising workload, narrowing margins, and a touchdown that will not be on speed or on point. Pilots often treat the unstable approach as a temporary condition that will resolve. But the energy state and geometry at that point have inertia. The airplane does not suddenly become stable because the pilot wants it to. The approach is telling the pilot what the landing will be.

Every second a pilot continues an unstable approach, the go-around becomes more expensive and eventually unavailable. At altitude and airspeed, a go-around is a simple maneuver. Close to the ground, slow, with high drag configuration and gusty conditions, a go-around becomes a high-workload transition that the pilot may not execute cleanly. The decision to continue is not preserving the plan. It is trading the safest available option for a progressively riskier one. Pilots who delay the go-around often end up in a position where they cannot go around and cannot land safely either.

A gusty crosswind does not create an unstable approach by itself, but it makes an already unstable approach much harder to recover. The pilot must manage drift correction, bank angle, and airspeed simultaneously while the wind changes magnitude and direction. If the approach is already behind, the crosswind demands attention that the pilot does not have available. This is why crosswind landing accidents often involve approaches that were unstable before the crosswind became the problem. The wind did not cause the accident. The unstable approach removed the margin the wind required.

When a pilot arrives at the runway too fast, too high, or misaligned, the touchdown is rarely clean. The airplane bounces, balloons, or touches down in a crab. Each of these is a final signal that the approach was not stable and the landing will not be either. Pilots who try to save the landing after a bounce or balloon are adding energy and uncertainty at the worst possible moment. The correct response is a go-around, but by this point the pilot has already committed psychologically to landing. The bounce is where decision inertia becomes most dangerous.

The decision to go around should be made at the point where the pilot recognizes the approach is not converging on a stable state. That point is usually on short final, well before the runway. If the pilot waits until the flare or touchdown to decide, the go-around becomes a recovery maneuver rather than a planned transition. Pilots who set a personal gate for go-around decisions before the approach begins tend to act earlier and more decisively. The gate does not need to be a specific altitude. It needs to be a clear criterion: if the approach does not look right by a defined point, the pilot goes around without further evaluation.