A productive post-flight review should answer four questions: What happened? What standard applied? Why did it matter? What will change on the next flight? The FAA Aviation Instructor's Handbook supports this kind of learner-centered assessment through replay, reconstruction, reflection, and redirection.

‍

Checklist status: This is a FlytWERX editorial checklist built from FAA assessment principles. It is not an FAA-mandated form and does not replace a school's lesson record, an instructor endorsement, a pilot logbook, or any required recordkeeping procedure.

‍

Before the details fade

Complete the first pass as soon as practical after shutdown, securing the airplane, and completing required postflight duties. Record facts before trying to explain them.

‍

Post-Flight Review Checklist for Student Pilots

A productive post-flight review should answer four questions:

What happened?
What standard applied?
Why did it matter?
What will change on the next flight?

This checklist is designed to support a structured student-CFI debrief. It does not replace a school lesson record, pilot logbook, instructor endorsement, or required recordkeeping procedure.

Flight Context

☐ Date, aircraft, airport, runway, and lesson type

☐ Instructor, solo, simulator, or linked session

☐ Start time, end time, or lesson duration

☐ Weather and wind actually encountered

☐ Runway and surface conditions

☐ Aircraft configuration or equipment differences

☐ Maintenance, sensor, or connectivity issues

☐ Fatigue, stress, workload, illness, medication, or distractions that affected the lesson

Operational Purpose

☐ What real-flight problem was today’s maneuver intended to prepare me to manage?

☐ What situation would make this skill necessary?

☐ What cue should prompt the correct action in actual flight?

Step 1: Replay the Lesson

☐ What was the lesson objective?

☐ What maneuvers or procedures were attempted?

☐ In what order were they completed?

☐ What changed from the original plan?

☐ Where did the instructor intervene?

☐ Was any maneuver discontinued or converted to a go-around?

☐ Were there traffic, weather, ATC, aircraft, or equipment events?

☐ Which moments require review in the data, notes, or video?

Use neutral language first. For example:

“Altitude decreased 140 feet during the right turn”

is more useful than:

“I was terrible at steep turns.”

Step 2: Compare Each Maneuver With the Correct Standard

For every important maneuver, review the following:

Maneuver or Procedure
What maneuver or procedure was performed?

Lesson Objective
What was the student expected to practice or demonstrate?

Real-World Purpose
What operational situation does the maneuver prepare the pilot to manage?

Applicable Standard
Which ACS task, school standard, or lesson-completion standard applied?

Aircraft Procedure
Which POH/AFM procedure, speed, configuration, or limitation applied?

What Went Well
Which part of the maneuver was performed effectively?

Largest Deviation
What was the most important measurable or observable deviation?

Recognition
Was the deviation recognized without prompting?

Correction
Was the correction timely and appropriate?

Secondary Effect
Did the correction create another deviation?

Instructor Feedback
What did the instructor observe or recommend?

Next Action
What is one specific action to carry into the next attempt?

Step 3: Review the Flight Data Accurately

Data-Source Check

☐ Identify the source: aircraft avionics, Stratus, iPhone or iPad sensors, simulator, or another system

☐ Confirm the device was mounted and calibrated correctly

☐ Note any gaps, dropouts, smoothing, or blended sources

☐ Confirm whether altitude is MSL, AGL, pressure altitude, or derived

☐ Identify whether each speed value is direct aircraft airspeed, simulator airspeed, GPS groundspeed, or FlytWERX eIAS

☐ If eIAS is used, record the wind source and when the correction was last updated

☐ Record whether more representative winds were available or entered for the training area

☐ Confirm that the temperature input was current for the flight

☐ When practical, compare eIAS with the airplane’s indicated airspeed and note the difference

☐ Confirm that eIAS remains clearly labeled as an estimate

☐ Confirm whether direction is heading, course, or ground track

☐ Separate sensor-detected events from manual annotations

Maneuver Review

☐ Mark maneuver entry and exit

☐ Mark the first deviation

☐ Mark when it was recognized

☐ Mark the correction

☐ Compare left and right attempts, or first and later attempts, when conditions are comparable

☐ Capture one screenshot that supports the main lesson point

☐ Record what the data cannot answer

Do not relabel GPS groundspeed as indicated airspeed. FlytWERX eIAS is a separate calculated estimate and should remain clearly labeled as eIAS.

Do not label a stall point, coordination state, control input, or checklist action unless the relevant information was actually recorded or verified.

Step 4: Reconstruct What Could Be Different

☐ Did the problem begin in planning, setup, entry, execution, correction, or recovery?

☐ Was the standard understood before the maneuver?

☐ Was the airplane configured correctly?

☐ Was the pilot ahead of the airplane or reacting late?

☐ Was attention trapped inside or outside the cockpit?

☐ Did workload, radio calls, traffic, or weather change the result?

☐ Did the pilot recognize the deviation?

☐ Was the correction too small, too large, too late, or aimed at the wrong variable?

☐ Is more ground instruction, chair flying, simulator practice, or aircraft practice appropriate?

Treat explanations as hypotheses until they are checked with the instructor and the available evidence.

Step 5: Reflect on Knowledge, Risk, and Skill

Knowledge

☐ What concept became clearer today?

☐ What real-world cue should trigger the maneuver, correction, or decision?

☐ What procedure, speed, limitation, or aerodynamic relationship needs review?

☐ What question should be answered before the next flight?

Risk Management

☐ Was the area cleared and the altitude appropriate?

☐ Were weather, runway, traffic, and aircraft limits considered?

☐ Was a go/no-go, continue/divert, or go-around decision timely?

☐ Did distraction or task saturation affect aircraft control?

☐ Should a personal minimum or prebriefed gate be revised with the instructor?

Skill

☐ Which maneuver element was consistently within standard?

☐ Which deviation repeated?

☐ Did performance improve across attempts?

☐ Was the improvement repeatable or only one good result?

Step 6: Redirect the Next Flight

☐ Choose one primary correction

☐ Write it as an observable action

☐ Define the cue that should trigger it

☐ Define the result that will show it worked

☐ Select the practice environment: chair flying, simulator, dual flight, or solo only when authorized and appropriate

☐ Identify what the CFI should demonstrate or watch

☐ Set the next lesson’s standard

☐ Decide what data or notes to capture next time

‍

Weak Goal
Improve altitude control.

‍

Better Goal
During the next steep turn, establish the outside pitch reference as bank passes 30 degrees, add the planned power correction, and cross-check altitude before reaching 45 degrees of bank.

‍

Step 7: Share a Concise Instructor Brief

Objective
What was the lesson intended to accomplish?

Result
What went well, and what was the largest deviation?

Evidence
What data view or observation best supports the review?

Interpretation
What is the current explanation? Label it as a hypothesis when uncertain.

Next Request
What should the instructor review, demonstrate, or verify?

Step 8: Complete Required Records Separately

☐ Complete the school’s lesson record or grading form

☐ Complete pilot logbook entries as applicable

☐ Obtain required instructor signatures, endorsements, or acknowledgments

☐ Record discrepancies through the school’s or operator’s approved process

☐ Store media and data according to the applicable privacy and retention policy

One-Page Debrief Summary

Today’s Objective

Real-World Purpose or Operational Scenario

Best-Executed Element

Highest-Risk Moment

Largest Measurable Deviation

Did I Recognize It?

What Evidence Supports the Review?

eIAS Source and Correction Quality, If Used

What Remains Unknown?

One Correction for Next Time

Next Lesson or Practice Plan

Question for My CFI

‍

How FlytWERX can support the checklist

FlytWERX provides maneuver tracking, post-flight review, instructor-student connection, and available altitude, heading, groundspeed, vertical speed, pitch, bank, course, position, and flight-path data. For supported live-flight sessions, it also calculates eIAS using GPS-derived speed, current winds aloft, temperature, and the active wind correction. Those functions can support replay and comparison. The student and instructor should still verify the applicable standard, operational purpose, aircraft procedure, sensor source, and limitations of the record.

Frequently asked questions

How soon should I review a flight lesson?

Complete an initial factual replay as soon as practical after required postflight duties. Follow up with the instructor and data once you can review safely and without rushing aircraft-securement tasks.

Should I write down every mistake?

The FAA instructor handbook says a comprehensive assessment does not have to treat every detail equally. Capture the facts, then focus the next plan on the few points that will produce the greatest learning value.

Can I debrief a solo flight without an instructor?

You can conduct a self-assessment, but discuss questions, uncertain interpretations, safety issues, and technique changes with your instructor. Do not use an app or checklist as a substitute for required instruction or endorsements.

What should I do when the data and my memory disagree?

Verify the sensor source, calibration, labels, and event timing. Then compare the record with instructor observation and other evidence. Treat the disagreement as a question to resolve, not proof that one source is automatically correct.

How many corrections should I carry into the next flight?

Usually one primary correction and, at most, a small number of supporting points are more actionable than a long undifferentiated list. The instructor should set the final lesson priorities.

How should I use FlytWERX eIAS in the debrief?

Treat eIAS as a calculated training value. Record the wind and temperature inputs, note whether better training-area winds were entered, keep it distinct from GPS groundspeed and direct aircraft airspeed, and compare it with the airplane's indicated airspeed when practical.

‍

Editorial and safety boundary

This article is educational. It does not replace instruction from a qualified flight instructor, the current Pilot's Operating Handbook or Airplane Flight Manual, approved school procedures, or the pilot in command's responsibility for safe operation. FAA practical-test tolerances are evaluation standards for the applicable certificate or rating; they are not a substitute for aircraft-specific procedures or sound judgment.