The Go-Around Decision, the Stabilized Approach Gate Every Student Needs Before Turning Final, and the Cognitive Trap That Keeps Pilots Flying Bad Approaches All the Way to the Pavement

The go-around is not a failure. It is the correct procedure when an approach is not going as planned. The problem is that most student pilots reach this understanding too late - below 500 feet, under stress, with too little runway and too many variables to assess clearly. Building a pre-set stabilized approach gate removes the in-cockpit negotiation entirely and replaces it with a rule made on the ground, before the approach ever begins.

Why Do Pilots Keep Flying Unstabilized Approaches?

The pattern recognition trap is real and well-documented. Every flight a pilot has ever taken has ended with a landing. The brain builds a statistical model from that history: approaches work out. We always get down somehow. When an approach starts deteriorating, that model pushes back against the go-around decision.

The National Transportation Safety Board has documented hundreds of general aviation accidents where probable cause language includes some version of: the pilot failed to execute a go-around when conditions warranted. The outcomes range from hard landings that collapse the gear, to runway overruns, to stall-spin accidents on base-to-final. The common thread is not mechanical failure. It is a pilot who continued an approach that had already told them to stop.

What Is a Stabilized Approach?

A stabilized approach means the aircraft is correctly configured, on the planned glide path, on speed, on centerline, with a stable rate of descent - all by a specified altitude.

In commercial aviation, that altitude is 1,000 feet above the threshold in instrument conditions and 500 feet in visual conditions. If the approach is not stabilized by that gate, the go-around is mandatory. No exceptions, no gut check. The rule is written before the crew ever gets to the airplane.

In general aviation, the same principle applies through the Airman Certification Standards. The ACS requires applicants to make a timely decision to go around when the approach is not going as planned. “Timely” means before the options have been consumed - not at 200 feet after three attempted corrections have made things worse.

What Does a Stabilized Approach Gate Look Like in Practice?

A gate is a specific altitude combined with a specific set of criteria. If those criteria are not met at that altitude, the go-around is executed - no further analysis required.

500 feet above field elevation is a solid starting point for visual approaches in general aviation. Some instructors use 300 feet. The exact number matters less than the commitment to a number made before turning base.

Coming through the gate, ask these questions:

• Am I on speed? (In a Cessna 172 with full flaps, that is approximately 65 knots on final.)
• Am I on glide path? (Roughly a 3-degree descent, matching the PAPI, VASI, or your planned sight picture.)
• Am I on centerline?
• Is the airplane configured as planned?
• Does the picture look the way it should?

If any answer is no, the go-around is called. Not “let me try to fix it.” Not “I can probably salvage this.” The gate is the rule.

Why Does the Gate Have to Be Set Before You’re Low?

Below 500 feet, the attempt to fix an unstabilized approach almost always makes it worse. Students overcorrect on speed and end up either too fast or dangerously slow. They overcorrect on glide path and either balloon or dive for the numbers. They fixate on one problem while another one develops. The approach deteriorates further, and now the go-around is being initiated from 300 feet or 200 feet instead of 500.

The physics change significantly at that point. Above 500 feet, there is time to establish a climb, identify and clear obstacles, configure the airplane, and re-enter the pattern with margin. Below 300 feet, especially with slow throttle response, the margin shrinks. A go-around initiated at 100 feet from a near-stall configuration can itself become the accident.

The gate is not a suggestion for early in the approach. It is a hard stop designed specifically for the moment when the brain wants to keep going.

What Is the Go-Around Procedure?

The memory aid used by most instructors is power, attitude, configuration - sometimes stated as pitch, power, drag. The sequence:

1. Full throttle immediately. Do not ease it in. The climb begins with power.
2. Establish a positive climb attitude. The airplane needs to be climbing before anything else changes.
3. Retract flaps in stages. This is critical. In a Cessna 172, pulling all the flaps from full to zero at once produces an abrupt loss of lift. At 50 feet, that sink is not recoverable. Reduce flaps incrementally - from full to 10 degrees first, confirm the climb is established, then continue cleaning up once positive rate is confirmed and obstacles at the departure end are clear.

The initiation takes three to four seconds when it is trained correctly. The hesitation - one more second, one more hundred feet - is what converts a good decision into a late one.

Verbalization helps. Saying “go around” out loud, even solo, commits the decision before the hands can second-guess it. The mouth engages the hands.

What Pressures Work Against the Go-Around?

Internal pressure is the most dangerous because it is invisible. Pilots do not want to look bad. Going around can feel like admitting defeat, especially on familiar runways or in front of passengers. That feeling is normal. It is also the mechanism that gets people hurt.

External pressure is real but irrelevant to the decision. A following aircraft can extend. A controller has handled go-arounds before. Passengers will reach their destination regardless of whether one extra circuit is flown. None of those factors belong inside the cockpit at 500 feet.

Fatigue degrades the approach and degrades the decision at the same time. A tired pilot flying a bad approach is exactly the pilot who most needs a pre-loaded gate - and exactly the pilot most likely to talk themselves out of using it. The gate is written before the flight begins, when the decision-making is clearest.

How Does the Go-Around Apply on a Checkride?

The Airman Certification Standards require applicants to demonstrate a go-around from a simulated balked landing. The examiner will call for one. But the ACS expectation is broader than a single demonstration.

During normal and crosswind landing tasks, the ACS expects applicants to make appropriate decisions regarding go-arounds throughout the approach. Flying an unstabilized approach and grinding it onto the runway - even with a technically acceptable touchdown - is a performance flag. A sharp examiner notes the failure to recognize and respond to the unstabilized condition.

The checkride tests whether an applicant flies the approach they planned and makes the correct call when the approach departs from the plan.

How Do You Build This Habit in Training?

Set the gate explicitly on every pattern. Say it out loud on downwind: “I’m going around if I’m not stabilized by 500 feet.” Enforce it without exception, even when the approach looks like it could be saved.

Practice go-arounds at different altitudes. Ask your instructor to call for one at 300 feet, at 100 feet, at the flare. Know what it feels like to transition from landing configuration to a climb at each of those altitudes. Some will be surprising the first time.

Debrief every approach honestly. Was the approach stabilized at the gate? If not, at what point did it become unstabilized? What would change on the next circuit?

Go-arounds are among the most practiced maneuvers in primary training, and among the least-used tools in solo pattern work. The gap between instructor-directed practice and self-directed execution is where accidents live. Build the habit when it is not critical, so it is automatic when it is.

Sources: FAA Advisory Circular 90-140, Commercial Aviation Safety Team approach and landing accident reduction materials, NTSB general aviation accident database. FAA safety resources are available at faasafety.gov.

Key Takeaways

• The go-around is the correct procedure when an approach is not going as planned - not a failure, not a last resort.
• The brain’s pattern-matching tendency (“we always land somehow”) is a documented cognitive trap that has contributed to hundreds of NTSB-recorded accidents.
• A stabilized approach gate - 500 feet is the standard starting point - pre-loads the decision before the approach degrades far enough to make it difficult.
• The go-around procedure is power, attitude, then incremental flap retraction. Removing all flaps at once near the ground risks an abrupt sink.
• Internal and external pressures (ego, following traffic, passenger fatigue) are real but belong outside the cockpit. The gate removes those variables from the decision.