The Go-Around, the Stabilized Approach Gate Every Examiner Watches, and the Half-Second Hesitation That Turns a Smart Decision Into a Late One

The go-around is one of the most revealing maneuvers in flight training, not because it’s mechanically difficult, but because everything about it runs against instinct. Understanding when to initiate it, and doing so without hesitation, is what the FAA Airman Certification Standards (ACS) for the private pilot certificate are actually testing.

What Is a Stabilized Approach and Why Does It Matter?

A stabilized approach is not an airline concept - it applies equally to a Cessna 172 on a 2,000-foot grass strip. At a defined point on final, the aircraft should be configured, on speed, on glidepath, and tracking the centerline. If any of those elements are missing, the approach is not stabilized.

Unstabilized approaches that continue to a landing are among the leading causes of runway excursions and hard landings in general aviation. The stabilized approach standard exists because the numbers don’t lie: continuing a bad approach hoping it will improve is a losing strategy.

What Is the Stabilized Approach Gate for Private Pilot Training?

For VFR training, 500 feet AGL is the standard stabilized approach gate. Some instructors use 1,000 feet as the decision point during instrument training. By 500 feet, the aircraft should have flaps set as required, airspeed on target or within a few knots, glidepath established, and centerline alignment confirmed.

If any of those conditions aren’t met when crossing that threshold, the correct response is a go-around. Not a correction attempt. A go-around.

What Does the ACS Require on a Go-Around?

The ACS expects a pilot to make a timely decision, apply full power promptly, establish a positive climb attitude, and configure the aircraft correctly. The examiner is watching all four of those elements - and they’re watching the order and timing, not just whether they happen at all.

What goes wrong most often is not mechanical. It’s a mental pause after recognizing the approach isn’t working. The brain fires the signal to go around, and then the pilot waits - one more check, one more attempt to salvage the approach. That hesitation costs altitude, costs runway, and eliminates the clean execution that makes the maneuver safe.

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

Step 1: Full power - immediately. Not partial, not gradual. Full throttle. If carburetor heat was applied, return it to cold before pushing the throttle in.

Step 2: Manage pitch. In a Cessna 172, the target attitude is roughly normal climb, possibly slightly higher initially. The goal is a positive rate of climb - not a steep or aggressive nose-high pitch. With full flaps and full power, expect a significant pitch-up tendency and torque pulling left. Apply right rudder and slight forward pressure on the yoke to prevent over-rotation.

Step 3: Retract flaps incrementally - not all at once. In a Cessna 172 with full flaps extended, the first move is to retract to 10 degrees, not zero. Retracting all flaps immediately at low altitude and slow airspeed removes lift faster than the aircraft can accelerate to compensate, and that has caused accidents. Continue retracting only as airspeed builds and obstacle clearance is confirmed.

Step 4: Communicate. At a towered airport: “Tower, Cessna 47 Foxtrot, going around.” At a non-towered field, announce on the CTAF: “Springfield traffic, Cessna 47 Foxtrot, going around, runway two-seven.” Keep it short. Aircraft control takes priority over a perfect readback.

Step 5: Track the extended centerline. This gets lost in the workload. Account for any crosswind that was pushing you during the approach and stay aligned. You are essentially beginning a new departure, and traffic pattern flow affects every other aircraft in the pattern.

Know your specific aircraft’s go-around procedure from the Pilot’s Operating Handbook (POH) before the checkride. This is oral exam material as well as practical test material.

What Is the Examiner Actually Watching For?

The ACS requires a pilot to identify situations requiring a go-around - not just execute the maneuver when instructed. If you float past the 1,000-foot touchdown zone markers and keep driving toward the runway without initiating a go-around, the examiner is noting that. If you identify it yourself and initiate before they say a word, that demonstrates the aeronautical decision-making the ACS is designed to evaluate.

Examiners may also call for a go-around from the flare - low, slow, and close to the surface. This is the hardest version because the aircraft has settled into an attitude that doesn’t immediately support a climb. Full power application at that moment requires precise pitch management to avoid either ballooning steeply or settling back onto the runway. Practice go-arounds from multiple points in the approach: 500 feet, 200 feet, and from the flare itself.

When Should You Initiate a Go-Around on Your Own?

Have a personal threshold before every approach. Some practical triggers:

• More than 10 knots fast at 100 feet AGL
• Pushed more than 15 feet off centerline below 300 feet with a variable crosswind and no stable correction
• Still not configured or on glidepath at 500 feet AGL

The right call in those scenarios is not “can I fix this in theory?” It’s whether there’s enough altitude and time to fix it cleanly and still touch down where you want to. Resetting the pattern and flying a fresh approach is the decision of a pilot who understands energy management.

What About Wake Turbulence and Wind Shear?

Wake turbulence following a heavy or large aircraft can persist on the glidepath for 2 to 3 minutes after the aircraft lands, especially in light and variable wind. An uncommanded roll or pitch input on short final that you didn’t expect is a go-around trigger - not a correction opportunity.

Wind shear near the surface is in the same category. An unexpected airspeed change of more than approximately 10 knots close to the ground means the approach may become unrecoverable in seconds. The response is identical: power in, pitch for climb, clean up the aircraft.

Does Going Around Hurt You on a Checkride?

No. A go-around executed correctly demonstrates both sound decision-making and precise aircraft control - two of the core things the ACS evaluates. What does hurt is floating past the touchdown zone markers without acting, continuing an unstabilized approach, or freezing when the examiner or tower calls for one.

The culture around go-arounds in general aviation needs to change. Landings are visible; a float or bounce is seen by everyone at the ramp. A go-around draws quiet judgment from some. That judgment is misplaced. A go-around is a maneuver of discipline, and pilots who go around are the pilots who walk away.

Key Takeaways

• 500 feet AGL is the standard stabilized approach gate for VFR private pilot training - if you’re not configured, on speed, on glidepath, and on centerline by that point, go around
• The hardest part of a go-around is the decision, not the mechanics - the half-second hesitation is where accidents begin
• Retract flaps incrementally on go-around (to 10 degrees first in a Cessna 172, not zero) to avoid settling back toward the runway
• The ACS expects you to identify go-around situations yourself, not just execute the maneuver when prompted
• Practice go-arounds from 500 feet, 200 feet, and the flare - the late go-around is the hardest and the most likely to appear on a checkride