The Go-Around Decision, the Thousand-Foot Marker Most Students Cross Before They Commit, and the Flap Retraction Sequence That Has to Be Automatic Before the Practical Test

The go-around is not a failure - it is the most useful tool in the traffic pattern. Understanding when to initiate one, and executing the procedure automatically, separates pilots who build good judgment from those who continue bad approaches until physics runs out of patience.

Why Pilots Wait Too Long to Go Around

There is a cultural stigma embedded in flight training that treats every missed landing as a loss. That pressure - the deep need to get the airplane on the ground - is precisely what leads to runway overruns.

The National Transportation Safety Board uses a phrase that appears repeatedly in runway overrun accident reports: continued approach. The pilot continued the approach when every indication was telling them to go around. The airplane was high, fast, and past the touchdown zone. Sometimes it works out. Sometimes it ends in the ditch at the far end of the runway. The difference is physics and luck, and neither belongs in your decision-making process.

The go-around is a first-resort maneuver, not a last resort.

What Is the Thousand-Foot Rule?

Here is a practical rule not found in any handbook, but one that works for virtually every student pilot at virtually every airport: if you are past the thousand-foot markers and the airplane is not on the ground, go around.

The first thousand feet of runway have already been consumed trying to get the wheels on the pavement. What remains may not be enough to stop - especially in a Cessna 172 or Piper Cherokee at full flap configuration with a few extra knots of energy. Those airplanes need runway after touchdown to bleed off speed.

This rule is a heuristic, not an absolute. At a 10,000-foot airport with no obstacles, the margin is greater. At a short strip with trees at the departure end, the commitment point moves back toward the threshold, not forward. Learning to adjust that threshold based on the runway, conditions, and airplane is part of becoming a competent pilot - but for most student pilots at most airports, the thousand-foot rule is a solid mental anchor.

When Should a Stabilized Approach Trigger a Go-Around?

The FAA Airman Certification Standards (ACS) define stabilized approach criteria for a reason: by the time most student pilots recognize they’re in trouble, they’ve already passed the optimal point to execute a go-around.

By 500 feet above the touchdown zone in visual conditions, all of the following must be true simultaneously:

• On centerline
• On glide path
• Configured for landing
• Within target airspeed ±10 knots

Not most of those criteria - all of them. If the approach does not meet all four at 500 feet AGL, that is the go-around trigger. Not “let me see if I can fix it at 200 feet.” Not “maybe it’ll come together in the flare.” The go-around at 500 feet should feel like a natural, comfortable response - not a dramatic one.

The examiner knows this standard. During the practical test, the examiner is watching whether you recognize an unstabilized approach and respond to it, or whether you try to muscle a bad approach into a landing. The former demonstrates judgment. The latter raises questions.

How Do You Execute a Go-Around Step by Step?

There are four elements to a go-around, and the sequence matters.

1. Power. The moment you decide to go around, it is full throttle - not partial, not gradual. In a carbureted engine, carb heat comes off either just before the throttle goes forward or at the same moment. Carb heat reduces the density of air entering the engine, which costs horsepower. In a real low-altitude situation with obstacles at the departure end, that lost power matters. Take the carb heat off.

2. Pitch. After power, pitch for Vx (best angle of climb) if there are obstacles ahead. If the runway is clear and you’re returning to the pattern normally, transition to Vy (best rate of climb). In a Cessna 172, Vy is approximately 74 knots depending on weight and model year. Know your airplane’s specific numbers - the examiner will ask. Avoid pitching aggressively nose-high immediately after adding power with flaps fully extended. That combination produces very low airspeed, very high drag, and marginal climb performance near the ground. Use the attitude indicator and airspeed indicator together.

3. Flap retraction. This is the step that generates the most checkride confusion and the most training errors. Do not retract all flaps at once. Retracting from a fully-flapped configuration in a single motion removes a significant portion of lift very suddenly. The airplane will sink. At 100 feet above the runway, that sink is not acceptable.

The correct technique in most trainers: establish a positive rate of climb and confirm you are at or above your flap retraction speed. If you were at 40 degrees, retract to 20 degrees. Pause. Let the airplane accelerate and stabilize. Retract to 10 degrees. Let it accelerate again. Then clean up completely. Each step is paired with an airspeed scan. Each step is deliberate. The Cessna 172 Pilot’s Operating Handbook supports this incremental approach; the specific numbers vary by model year, but the principle is consistent across the fleet.

4. Track. Throughout the entire go-around, track the runway centerline extended through the departure end. In a crosswind, use the same wind correction you used on the approach. During the mental workload of power, pitch, flap management, and radio, students drift off centerline. At a towered airport with parallel runways, that drift has real traffic separation implications.

What Should You Say on the Radio During a Go-Around?

At a towered airport, announce your go-around immediately. A simple call works: “Tower, [callsign] going around.” Brief, immediate, clear.

At a non-towered field, announce your position and intentions on the Common Traffic Advisory Frequency (CTAF). This is both a safety item and an ACS task item - the examiner expects to hear you communicate, not just fly.

What Does the Examiner Look For on the Practical Test?

The ACS requires a prompt decision - not reluctant, not hesitant. If the examiner sees you drift past the numbers with an expression that suggests you are still deciding, that becomes a debrief note. The examiner wants a pilot who recognizes the situation and responds, not one who waits for the situation to resolve itself.

After the decision, the examiner watches for smooth, positive power application. Smooth is the operative word - slamming the throttle forward in a carbureted engine can cause a momentary stumble. Smooth, deliberate, full. After that: proper pitch attitude, incremental flap retraction coordinated with airspeed, and coordinated flight throughout. No skidding, no excessive bank. The airplane should look like it is being flown by someone in complete command.

How Do You Handle a Go-Around from the Flare?

The low go-around - initiated at 20 feet in the flare - deserves specific attention because the execution changes slightly.

You are in ground effect. Flaps are fully extended. Speed is at or near approach speed. Do not pitch aggressively nose-high. At low speed with high drag, an abrupt pitch attitude change will cause the airplane to settle, not climb.

The correct technique: full power, smooth and immediate. Level the wings and maintain just enough back pressure to prevent settling back to the runway while the power builds. You are not climbing steeply yet - you are maintaining altitude in ground effect while the engine accelerates the airplane. As speed builds and the airplane begins to climb on its own, work with that energy rather than forcing the climb.

It looks controlled when done correctly. It only looks controlled because the pilot has practiced it and knows what to expect from the airplane in that configuration. Practice go-arounds from the flare, from 50 feet, and from various points in the approach - not just from 200 feet with a stabilized approach already established. Know what full power at 20 feet feels like in your specific airplane.

How Should You Brief for a Go-Around Before the Flight?

Before entering the pattern, brief your personal go-around criteria: stabilized at 500 feet AGL, wheels on the ground by the 1,000-foot markers. Know those numbers before the approach starts, not while you are making the decision during it.

During the runup, brief the go-around procedure aloud: power, pitch, flaps incremental, track, radio. Thirty seconds. It places the sequence in working memory before it is needed.

During pattern work, make at least one or two approaches an intentional go-around - not because the approach went wrong, but to practice the execution without the stress of a bad approach driving the decision. When the go-around is a choice you made deliberately, the procedure becomes automatic.

Key Takeaways

• The go-around is a first-resort tool, not a sign of failure - the NTSB’s “continued approach” finding appears repeatedly in runway overrun accidents.
• If you are past the 1,000-foot markers and the airplane is not on the ground, go around.
• A stabilized approach requires all four criteria - centerline, glide path, configuration, and airspeed ±10 knots - to be met by 500 feet AGL; missing any one of them is a go-around trigger.
• The go-around sequence is power → pitch → incremental flap retraction (never all at once) → track centerline → radio call.
• The low go-around from the flare requires maintaining altitude in ground effect while power builds - never pitch aggressively nose-high at low speed with full flaps extended.

Sources: FAA Airman Certification Standards for Private Pilot; Cessna 172 Pilot’s Operating Handbook; FAA Airplane Flying Handbook, Chapter 8.