FAA FII key terms

A systematic mental process for choosing the best course of action under pressure. It weighs alternatives against risk, experience, and available time, and underpins the risk-management emphasis in instructor training.

The ongoing identification, assessment, and mitigation of hazards before and during flight. Instructors teach students to recognize hazards, evaluate exposure, and apply controls rather than relying on luck or experience alone.

Five counterproductive mindsets (antiauthority, impulsivity, invulnerability, macho, resignation) that degrade judgment. Each has a paired antidote, such as 'follow the rules' or 'it could happen to me,' which instructors teach as a self-correction tool.

Three categories of learning: cognitive (knowledge and mental skills), affective (attitudes and values), and psychomotor (physical skills). Effective instruction addresses all three, since instrument flying demands knowledge, discipline, and motor coordination together.

A progression from rote, understanding, and application to correlation, where the learner can associate knowledge across situations. Certification standards require application and correlation, not mere memorization.

Four stages of instructor mastery: recollection of facts, comprehension of relationships, application to practical problems, and correlation across the whole body of knowledge. The final stage is the goal of instructor preparation.

Techniques such as lecture, guided discussion, demonstration-performance, and computer-based instruction. The instructor selects the method matching the objective, the learner's level, and the complexity of the task.

A five-step teaching technique: explanation, demonstration, learner performance, instructor supervision, and evaluation. It suits psychomotor tasks like partial-panel scanning, where the student must see then practice the skill.

Training built around realistic, decision-rich flight scenarios rather than isolated maneuvers. It integrates knowledge, skill, and judgment, and is central to modern instrument training and instructor evaluation.

The process of gathering evidence of learner performance against a standard, using oral questioning, practical tests, and observation. It should be continuous, objective, and tied to defined completion standards.

A preflight self-assessment of Illness, Medication, Stress, Alcohol, Fatigue, and Emotion. It prompts pilots to decide whether they are fit to fly before accepting the responsibility of an instrument flight.

An FAA certificate authorizing the holder to give flight instruction. The instrument rating on it permits instruction toward instrument ratings and instrument proficiency checks, subject to currency and endorsement rules.

A written instructor certification in a learner's logbook or record attesting that required training was given and standards met. Endorsements are prerequisites for practical tests and certain privileges.

A periodic demonstration of instrument proficiency, required within specified time limits under recency rules, conducted by an authorized instructor or examiner. It renews instrument privileges after a lapse in currency.

The recent-experience requirement to act as pilot in command under IFR, met through instrument approaches and tracking/holding tasks within the preceding period. Currency is separate from the privilege to instruct.

Rules requiring instructors to sign and retain records of training given, including logbook entries and endorsement dates. Accurate records support currency, eligibility, and certificate actions.

A rating allowing a pilot to operate under IFR in controlled airspace and on instrument flight plans. It requires ground and flight training plus an aeronautical knowledge and practical test.

An authorization from ATC for a flight under instrument flight rules, specifying route, altitude, and any restrictions. It must be read back and complied with unless an amended clearance is obtained.

The pilot's verbatim repeat of critical clearance elements to ATC, including route, altitudes, frequencies, and hold instructions. Correct readback prevents misunderstandings that cause altitude or course deviations.

A change to a previously issued clearance, such as a new route, altitude, or frequency. Pilots must acknowledge and comply, and instructors teach how to manage changes without losing situational awareness.

A racetrack maneuver used to keep an aircraft within a specified airspace while awaiting further clearance. It has defined inbound and outbound legs, turns, and entry procedures based on the aircraft's arrival direction.

The direct, parallel, or teardrop entry selected from the aircraft's heading relative to the holding fix and pattern. Correct entry selection keeps the aircraft within protected airspace and simplifies the maneuver.

The lowest published altitude providing obstacle clearance in a holding pattern, accounting for terrain and signal coverage. Pilots must not descend below it while holding unless cleared by ATC.

A navigation specification requiring onboard performance monitoring and alerting, with a defined lateral accuracy such as RNP 1 or 0.3. It enables advanced procedures including curved and authorization-required approaches.

A method of navigation permitting flight on any desired path within signal coverage rather than directly between ground stations. It underlies GPS, VOR/DME, and RNAV-based departure and approach procedures.

A defined geographic point used in RNAV navigation, either fly-by (turn anticipation) or fly-over. Waypoints define routes, departures, and approaches, and their type affects how the aircraft turns.

The lowest altitude ATC may assign to radar-vectored aircraft, providing terrain and obstruction clearance within a defined area. Pilots should understand MVA differs from charted minimum IFR altitudes.

The lowest published altitude for IFR flight in a designated area, ensuring obstacle clearance and navigation signal reception. It differs from minimum en route altitude and from ATC's minimum vectoring altitude.

Headings issued by ATC to guide aircraft along a desired path, often for sequencing or approach intercept. The pilot must follow them while maintaining terrain awareness and the assigned altitude.

A published route from the en route structure to an approach fix, with transitions and altitude constraints. It reduces radio communication and standardizes arrival flow into busy terminal areas.

A published series of maneuvers from an initial fix to a landing or missed approach point, with defined altitudes and courses. It includes precision, approach with vertical guidance, and nonprecision types.

A specified altitude on a precision or vertically guided approach at which a missed approach must be initiated if required visual references are not in sight. It is referenced to barometric or radio altitude as published.

The lowest altitude on a nonprecision approach to which descent may continue without required visual references. Reaching MDA without visual reference requires level flight to the missed approach point, then the missed procedure.

The published sequence of climbs and turns followed when an approach cannot be completed. It protects obstacle clearance and ends at a holding fix or new clearance, and must be briefed before beginning the approach.

An approach requiring special aircraft and crew authorization, with tight RNP accuracy and often curved paths. It demands specific training, monitoring, and operator approval beyond standard RNP procedures.

A training and emergency condition in which primary gyroscopic instruments are failed or unreliable, forcing reliance on pitot-static and magnetic instruments. Instructors teach a disciplined scan and cross-check.

The organized pattern of eye movements across flight instruments used to detect trends and maintain control. A disciplined scan, such as the hub-and-spoke or inverted-V pattern, prevents fixation and omission errors.

Loss or unreliability of the attitude indicator, often signaled by a slowly erecting or tilting horizon. The pilot must cross-check against other instruments and revert to partial-panel techniques.

The system supplying ram and static pressure to the airspeed indicator, altimeter, and vertical speed indicator. Blockages produce characteristic errors, and instructors teach recognition and backup use.

Instruments using rigidity in space and precession, including the attitude indicator, heading indicator, and turn coordinator. Their vacuum or electric power sources and failure modes are essential instructor knowledge.