Interpret Aircraft Attitude - Air Force Officer Qualifying Test AFOQT

  1. Identify the attitude if the attitude indicator shows a constant bank but the heading indicator shows no heading change.
    Heading indicator failure or incorrect interpretation; a bank should change heading. Sustained bank in coordinated flight induces turning, so unchanged heading signals instrument malfunction or misreading.
  2. Which compass error causes the compass to lag or lead during acceleration or deceleration on east or west headings?
    Acceleration/deceleration error. Changes in speed on east-west headings cause the compass to deviate due to inertial forces on the magnetic element.
  3. What does the horizon bar (sky/ground background) represent on the attitude indicator?
    The earth's horizon reference (pitch and bank reference). It provides a visual simulation of the actual horizon, adjusting to reflect changes in the aircraft's pitch and roll orientation.
  4. Identify the attitude when the bank index points to 45∘45^\circ left and the horizon bar is below the miniature airplane.
    Left bank 45∘45^\circ with nose-up pitch. Combining left roll with upward pitch supports climbing left turns, as shown by the bank scale and horizon position.
  5. What is the most common pilot error when interpreting the attitude indicator during bank changes?
    Fixating on pitch lines instead of using the bank index and horizon tilt. Pilots often misinterpret roll by focusing on pitch markers, overlooking integrated bank and horizon cues.
  6. Which instrument is most reliable for short-term heading during turns: magnetic compass or heading indicator?
    Heading indicator (directional gyro). The gyro remains stable during maneuvers, unlike the compass which suffers from turning and acceleration errors.
  7. What is the correct instrument to use to hold a bank angle precisely in a turn?
    Attitude indicator bank scale (with supporting turn coordinator if available). The scale provides precise roll measurement, augmented by turn coordinator for rate confirmation in coordinated flight.
  8. What does the magnetic compass display in flight?
    Magnetic heading relative to Earth's magnetic field. It senses the planet's magnetic field to indicate direction, though subject to errors like variation and deviation.
  9. What does a slipping or skidding turn most directly affect on the magnetic compass indication?
    It worsens compass turning errors and causes unreliable heading cues. Uncoordinated flight amplifies magnetic dip effects, leading to greater inaccuracies in heading during turns.
  10. Which instrument is the primary reference for pitch and bank in instrument flight?
    Attitude indicator (artificial horizon). It offers immediate, reliable visual cues for aircraft orientation, essential for maintaining control in low visibility.
  11. Which attitude indicator cue shows a left bank versus a right bank?
    Horizon tilts opposite the bank; bank shown on the bank scale. The horizon's tilt opposes the direction of bank, with the scale quantifying the roll angle for precise attitude assessment.
  12. What is the standard procedure for setting the heading indicator using the magnetic compass?
    Synchronize the heading indicator to the compass in straight-and-level. Alignment during stable flight minimizes errors from compass dip and acceleration, ensuring reliable gyro setting.
  13. Identify the expected compass behavior when rolling out to a steady heading after a turn.
    Compass may lag/lead briefly; stabilize on new heading after rollout. Post-turn, inertial and dip effects cause temporary deviation before the compass settles on the accurate magnetic heading.
  14. What attitude is indicated when the miniature airplane is on the horizon line with wings level?
    Straight-and-level flight (zero pitch, zero bank). This alignment indicates the aircraft is neither pitching nor rolling, maintaining equilibrium relative to the horizon.
  15. What does the miniature airplane represent on the attitude indicator?
    The aircraft symbol fixed to the instrument case. It serves as a stationary reference depicting the aircraft's position relative to the simulated horizon for accurate attitude interpretation.
  16. What is the primary purpose of the bank index and bank angle scale on an attitude indicator?
    To read bank angle (roll) in degrees. These features allow pilots to quantify the aircraft's roll angle accurately against calibrated degree markings for controlled maneuvers.
  17. Identify the attitude when the bank index points to 30∘30^\circ right and pitch is level on the horizon line.
    Right bank 30∘30^\circ, level pitch. The bank index at 30circ30^circ right with level pitch reflects a standard right turn initiation without altitude change.
  18. Identify the attitude if the attitude indicator shows wings level but the compass is oscillating after turbulence.
    Maintain wings level; trust attitude indicator over compass oscillation. Turbulence can induce temporary compass instability, but the attitude indicator provides trustworthy pitch and roll data.
  19. Which heading reference should be used to verify the heading indicator has not drifted over time?
    Magnetic compass (in straight-and-level, unaccelerated flight). The compass provides a drift-free magnetic reference during stable conditions to recalibrate the precessing gyro.
  20. Identify the attitude when the horizon bar is above the miniature airplane and the bank index is centered.
    Nose-down pitch with wings level. The horizon bar above the aircraft symbol denotes a descent attitude, with centered index ensuring level wings.
  21. Identify the attitude when the horizon bar is below the miniature airplane and the bank index is centered.
    Nose-up pitch with wings level. The horizon bar below the aircraft symbol signifies a climb attitude, with centered index confirming no roll.
  22. What does the heading indicator (directional gyro) display relative to the aircraft?
    Aircraft heading referenced to a gyro, aligned to the compass. The gyro-stabilized instrument provides stable directional reference, periodically calibrated to magnetic north for accuracy.
  23. Which compass error causes incorrect compass indications during turns, especially near north or south headings?
    Turning error (magnetic dip-related). Magnetic dip induces northerly turning errors, leading to overshoot or undershoot on north-south headings during banks.
  24. Which attitude indicator cue shows pitch up versus pitch down?
    Horizon bar moves down for pitch up; up for pitch down. The horizon bar's movement relative to the fixed aircraft symbol directly indicates nose-up or nose-down attitudes based on gyroscopic sensing.

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