FAA FII common mistakes
FAA FII · Understand the traps and how to avoid them.
Treating the Fundamentals of Instructing domain as common sense and answering from personal flying experience instead of applying learning-theory constructs (levels of learning, domains of learning, laws of learning, Maslow's hierarchy, defense mechanisms) to the scenario described.
Most applicants are experienced instrument pilots who have never formally studied educational psychology, so they pick the answer that sounds like good airmanship rather than the one that names the correct instructional principle.
What to do instead
Build a one-page matrix of the FOI constructs and, for each, write a single aviation teaching example. Before answering, identify which construct the stem is testing (e.g., 'the student rationalizes a bad approach' points to a defense mechanism, not to a procedure error) and select the answer that uses the precise terminology.
Confusing the instructor's endorsement authority with the examiner's or administrator's authority: assuming an instrument instructor can administer a practical test, renew a lapsed certificate, or sign off an initial instrument rating without the required knowledge and flight training record.
Endorsement rules are scattered across several regulations and change periodically, and applicants memorize the list of endorsements without tracking who may sign which one and under what conditions.
What to do instead
Create a table with columns for the action, the person authorized to sign, the prerequisite training or testing, and the recordkeeping requirement. Review the current regulatory text for each entry rather than relying on study-guide summaries, and re-check any item that has been amended recently.
Logging or crediting instrument instruction time incorrectly, for example counting all ground instruction toward the flight instructor's recency or assuming instrument experience gained as a safety pilot counts in the same way as actual instrument time.
The distinction between instrument time, simulated instrument time, and instruction given is subtle, and applicants often generalize from how their own logbook was filled in.
What to do instead
Work through the logging definitions line by line and construct three or four hypothetical logbook entries, marking exactly what may be logged and by whom. Verify against the current regulation and any recent interpretation rather than a training provider's summary.
Answering IFR clearance and ATC procedure questions from recollection of routine flying rather than from the applicable clearance, route, and separation rules, particularly for void times, clearance void versus cancellation, and the responsibilities when a clearance is not received before departure.
Day-to-day flying reinforces a simplified mental model, and the exam tests the edge cases that pilots rarely encounter in normal operations.
What to do instead
For each ATC topic, write the rule as a conditional statement (if the clearance is void at time X, then...). Practice reading full clearance text aloud and decoding it into a route and altitude picture, then compare your decode against the regulatory or AIM text.
Misapplying the alternate airport requirement, mixing up the standard and non-standard weather minimums, and forgetting that the alternate minimums can be raised by a published notation for a specific airport.
The rule has several interacting conditions, and applicants memorize one number for ceiling and visibility without tracking which condition triggers it or where airport-specific raises are published.
What to do instead
Write the alternate rule as a decision tree with branches for precision versus non-precision approaches and for standard versus non-standard minimums, then add a step that checks the airport's published minimums section for a raise. Rehearse the tree on five real airports.
Planning fuel and reserves using a single cruise figure and ignoring the effect of a change in winds aloft, a lower-than-forecast temperature, or a hold, so the computed reserve is technically present on paper but not achievable in the aircraft.
Applicants treat the flight plan as an arithmetic exercise and do not connect the fuel number to the performance and weather data they already computed.
What to do instead
Build the fuel plan in layers: taxi, climb, cruise with forecast winds, descent, approach, missed approach, alternate, and reserve. Then re-run cruise with the wind shifted against you by a realistic margin and confirm the reserve still holds; state explicitly what you would do if it did not.
Reading a terminal or area forecast, or an icing and turbulence product, by looking only at the headline condition and missing the valid period, the probability qualifier, or the difference between a forecast and an observation.
Products are dense and time-pressured reading habits carry over from preflight apps that summarize the data.
What to do instead
Practice decoding raw products without a decoder: for each one, state the product type, valid time, phenomenon, intensity or probability, and spatial coverage in your own words. Compare your decode against the plain-language translation and note every discrepancy.
Computing takeoff and landing distance or climb gradient without applying the non-standard temperature and pressure-altitude corrections, or accepting a published climb gradient without checking whether the aircraft can actually achieve it.
Applicants memorize a single performance figure for their aircraft and do not connect the chart's conditions to the day's actual conditions.
What to do instead
For each performance chart, write the entry conditions at the top before reading any number, then interpolate explicitly for temperature and pressure altitude. For departures, convert the required climb gradient into feet per nautical mile and compare it to the aircraft's computed capability at the planned weight.
Treating all instrument approach procedures as if they share one missed-approach point and one descent rule, instead of distinguishing the approach type and reading the specific missed approach point defined on the chart.
Most training exposure is concentrated on one or two approach types, and the missed approach point is assumed to be at the same fix every time.
What to do instead
For each approach type, state how the missed approach point is defined and what triggers the missed approach. Then brief five different charts of different types using the same fixed sequence: course, altitudes, minimums, missed approach point, and missed approach instructions.
Answering questions about partial-panel or failed-instrument scenarios by describing the desired outcome rather than the specific instrument interpretation and cross-check that identifies the failure and maintains control.
Applicants have practiced these maneuvers in the aircraft but rarely articulate the diagnostic logic, so they choose the answer that sounds safest instead of the one that names the correct instrument and the correct interpretation.
What to do instead
Write a short diagnostic script for each likely failure: which instrument to suspect, which supporting instruments to cross-check, and the control input to make. Practice verbalizing the script while flying the maneuver under the hood or in an approved training device.