Pilot Training Study Guide

Introduction

  • The speaker expresses mixed feelings about the session, indicating that there is a lot to cover but perhaps not as much as initially thought.

Flight Scheduling

  • The speaker mentions scheduling students for flights.
  • Specific times: 3 to 5 and 5 to 7 for simulations.
  • Plans for another flight session on Monday; includes practice for night flying.

Objectives and Standards

  • Emphasis on reviewing objectives and standards related to radio navigation and flight instruments mentioned in earlier lessons.
  • Important topics include short field and soft field takeoff and landing maneuvers.

Soft Field Takeoff and Landing

  • Objective: To take off and land on a soft surface (e.g., grass runway).

  • Takeoff Steps:

    • Maintain back pressure on controls.
    • Set flaps to 10 degrees to gain lift.
    • Minimize brake usage while taxiing and apply full power immediately upon reaching the runway.
    • Attempt to lift off before reaching 55 knots;
    • Maintain ground effect until reaching VY (best rate of climb speed) or VX (best angle of climb speed) depending on examiner preference.

  • Landing Procedure:

    • Aim to land as softly as possible to prevent sinking into the soft surface.
    • Hold back pressure until taxiing off the runway.

Short Field Takeoff and Landing

  • Objective: To perform takeoffs and landings on shorter runways where quick departures and arrivals are necessary.

  • Takeoff Steps:

    • Set flaps to 10 degrees, similar to soft field.
    • Use maximum available runway by taxiing to the runway's end.
    • Hold brakes while applying full power and checking engine instruments.
    • Release brakes to initiate takeoff at 55 knots, then pitch back to achieve a climb at VX speed.

  • Landing Procedure:

    • Pre-landing checks required, including awareness of a specified landing point (usually a thousand-foot marker).
    • Undesirable to land before this point.
    • Required to clear obstacles by climbing to a specified altitude (200 feet AGL) before transitioning back to the climb speed (VY).

Magnetic Compass Basics

  • Explanation of how a magnetic compass functions during flight, with specific turning behaviors described:
    • Accelerating while on an east heading will yield a north deviation.
    • Decelerating will cause a south deviation.
  • Magnetic compass errors:
    • Oscillations: Bumpy conditions affecting readings.
    • Deviation: Disturbance caused by magnetic fields from onboard equipment.
    • Variation: Difference between true north and magnetic north, indicated on sectional charts.

Compass Error Influences

  • East: less deviation, West: more deviation; determine adjustments accordingly.
  • Standard turning durations: A full 360-degree turn takes about 2 minutes under standard conditions.
    • A turn from north to south takes approximately 1 minute.

Instrument Flying Maneuvers

  • Practice focuses on basic maneuvers:
    • Constant airspeed climbs and descents.
    • Rate turns.
  • Seven T's Process: Initial actions in emergency situations include:
    • Climb
    • Turn
    • Time
    • Talk
    • Tweak (adjust instruments)
    • Throttle
    • Terrain awareness

Unusual Attitude Recovery

  • Importance of trusting instruments over body instincts under instrument meteorological conditions (IMC).
    • Example recovery mnemonic:
    • "In the blue, power through; in the brown, power down."
  • Using yoke and power controls based on visual references and instrument readings to recover from atypical attitudes experienced in flight.

Emergency Procedures

  1. Engine Failure: Steps to take if an engine loses power while in flight:
    • Check airspeed (desired: 60 knots).
    • Review emergency checklist (ABC: Airspeed, Best landing spot).
  2. Engine Fire on Takeoff: Keep engine cranking to draw fire into the engine and cool it down, if feasible, then address as needed per the checklist afterward.
  3. Procedures for Electrical Fires:
    • Shut off power sources and ventilate cabin.
  4. Wing Fire Procedures: Turn towards the fire while keeping the affected wing down, ensure fuel sources are turned off.
  5. Ditching / Emergency Landings: Considerations for planning assistive actions if landing on an unplanned surface (e.g., water).

VOR and GPS Navigation

  • VOR Basics:
    • Ground-based navigation tool to track aircraft orientation
  • GPS Functionality:
    • Space-based navigation system requiring visibility to satellites for operation, generally needing signals from 5 satellites for 3D positioning.
    • Receiver Autonomous Integrity Monitoring (RAIM) helps verify the accuracy of GPS signals.

Study and Written Exams

  • Importance of preparation for written exams, including using resources like Shepherd's Air for practice exams.
  • Required scores for practice exams (3 scores of 90% or above) before scheduling formal testing.

Conclusion

  • Recap of necessary operational and procedural knowledge for successful flight operation, including planning, emergency procedures, and navigation techniques.