Part Time Pilot Comprehensive Study Notes (Structured)

Pilot Documentation & Identification

  • A current pilot certificate, medical certificate, and government photo ID must be in the pilot's possession anytime acting as PIC or required crewmember.

  • Student Pilot Certificate: no expiration.

  • Medical Certificate: Private pilots must hold at least a 3rd-class medical certificate.

  • Government Photo ID: acceptable IDs include driver’s license, government ID, U.S. Armed Forces ID, passport, security-access credentials, or other IDs acceptable to the FAA.

Medical Certification

  • Private pilots must hold at least a third-class medical certificate.

  • Renewal intervals by age:

    • Under 40: renew every 60 months after the exam date.

    • 40 or older: renew every 24 months (same as student pilot).

  • Note: Always check for updated RFFs and FAA practice questions when considering medical programs (see BasicMed section).

BasicMed

  • BasicMed allows a single AME medical exam at flight training start to obtain a 3rd class certificate, then currency via BasicMed methods and a valid US driver’s license.

  • CME (Comprehensive Medical Examination) with your Primary Care physician at least once every 4 years, using an FAA checklist discussed during the visit.

  • You are not required to carry the medical exam checklist or medical education completion certificate while flying; you must be able to present an accurate representation if requested by FAA.

  • FAA is increasingly asking questions about BasicMed limitations; review these limitations in Online Ground School.

Pilot-for-Hire Limitations

  • A private pilot cannot fly passengers who pay more than their pro rata share of the flight.

  • A commercial license is required to be paid for flight.

  • Costs that count toward pro rata share: fuel, oil, airport expenditures, and rental fees.

  • Some exceptions exist per FAR 61.113 (see course specifics).

Pilot in Command (PIC) Responsibilities & ATC

  • PIC: the person ultimately responsible for the aircraft's operation and safety during all flight phases.

  • PIC is the sole and final authority for the aircraft and determines if the aircraft is in condition for safe flight.

  • PIC must meet legal requirements and hold the necessary documentation.

  • ATC Clearances: authorization to proceed under specified traffic conditions in controlled airspace.

  • Deviations from ATC clearances:

    • Amended clearance is given, or

    • Emergency dictates deviation, or

    • Evoked by Traffic Collision Avoidance System (TCAS).

  • If deviating, notify ATC as soon as possible and file a report to the ATC manager within 48 hours if requested.

Currency & Proficiency (Flight Reviews, Endorsements)

  • Day currency for carrying passengers: 3 takeoffs & 3 landings in last 90 days, nose-wheel or tail-wheel variations, and full-stop landings as required for the category/class/type.

  • Night currency: same takeoffs/landings rules, plus 1 hour flight and 1 hour ground review every 24 months with an instructor, plus a logbook endorsement.

  • Currency endorsements needed for each category/class/type.

Aircraft & Airmen Categories, Classes & Type

  • Categories: Transport, Utility, Normal, Limited, Restricted, Acrobatic, Provisional (T.U.R.N.P.A.L.).

  • Classes: Airplane, Rotorcraft, Glider, Lighter-than-Air, Powered Lift, Powered Parachute, Weight-shift Control, Seaplane, Balloon, etc. (L.A.R.G.P.P.W.R.).

  • Type: e.g., B737, A388, etc. (Additional airmen class ratings like tailwheel, complex, high-performance explained in OGS).

Fuel Requirements (VFR Day/Night)

  • Day VFR (sunrise–sunset): enough fuel to reach the first planned destination plus fuel for an additional 30 minutes of cruise.

  • Night VFR: enough fuel for 45 minutes of cruise after reaching the destination.

  • Note: Night definitions vary by regulation (see Night Definitions slide in course).

Speed Limits & Airspace Considerations

  • Above 10,000 ft MSL, various speeds apply in different airspaces (Class B, C, D, etc.) and within VFR corridors.

  • Class B: 200 knots maximum in some segments; Class D/C: 200–250 knots caps depending on segment and proximity to primary airport.

  • Speed limits vary by altitude and airspace; consult the current chart supplement and airspace rules.

Airworthiness Directives (ADs) & Maintenance

  • ADs are FAA notices defining unsafe conditions for aircraft types and prescribe corrective actions.

  • ADs MUST be met for airworthiness; proof of compliance documented in maintenance records.

  • ADs can be normal or emergency, recurring or one-time.

Preflight Actions (PIC Responsibility)

  • PIC must be familiar with all available information concerning the flight, including:

    • IFR or off-field flight: weather, fuel requirements, alternates, known ATC delays.

    • Any flight: runway lengths, takeoff/landing distances, predicted aircraft performance under airport elevation and runway slope, wind, and temperature.

Common Phrases, Mnemonics & Key Safety Concepts

  • Right of Way: the least maneuverable aircraft has the right of way; BGAPWAR mnemonic helps remember priority: Balloon, Glider, Airship, Parachute, Weight-Shift Control, Airplane, Rotorcraft.

  • LAHSO (Land and Hold Short Operations): PIC may accept/decline; hold-short markings exist at intersections to manage traffic.

  • The PIC has final authority in LAHSO decisions if safety would be compromised.

Seatbelts & Harnesses

  • Requirements for crew and passengers: seatbelts and harnesses to be fastened during takeoff, landing, and en route as appropriate; keep at duty station unless operational need.

In-Flight Procedures & Safety Rules

  • Formation Flight: no formation flight carrying passengers for hire; no formation unless by arrangement with PICs.

  • Dropping Objects: cannot drop any object in a way that creates a hazard; exceptions if reasonable precautions are taken.

  • Incidents & Accidents: NTSB categories include incidents and serious incidents; accidents defined by injuries, damage, or unavailability; pilots must report to NTSB as required.

  • Incidents/Accidents: immediate reporting and data collection are required; the NTSB may request reports.

FAA Advisory Circulars (ACs)

  • Advisory Circulars provide guidance for compliance with airworthiness regulations, pilot certification, operational & training standards.

  • ACs are cataloged by topic (General, Procedural Rules, Aircraft, Airmen, etc.).

Supplemental Oxygen & High-Altitude Physiology

  • Hypoxia: types include hypemic; symptoms include headache, euphoria, dizziness, impaired judgment; high altitude increases CO poisoning risk via CO from heaters.

  • Hypoxia treatment: use 100% O2 if suspected; understand CO poisoning sources and aircraft heater issues.

  • Supplemental oxygen requirements kick in above certain altitudes (e.g., 12,500–14,000 ft MSL thresholds depending on occupancy).

Hyperventilation & Spatial Disorientation

  • Hyperventilation: rapid breathing reduces CO2; symptoms overlap with hypoxia; remedy includes controlled breathing and supplemental O2 if available; breathing into a bag can replenish CO2.

  • Spatial disorientation: brain misinterprets sensory data; reliance on instruments is critical in IFR conditions; practice scanning techniques and instrument references.

Alcohol, Drugs & Personal Health

  • PIC must not have any alcohol or drugs within 8 hours or a BAC below 0.04% prior to flight; being intoxicated disqualifies flight.

  • Legal consequences include reporting requirements to FAA; conviction-related actions may impact certification.

Self-Assessment & Personal Minimums (PAVE, IMSAFE)

  • Self-assessment tools help identify hazards before flight; assess Illness, Medication, Stress, Alcohol, Fatigue, Emotions (ISAFE).

  • Personal minimums should be established and followed.

Aviation Decision Making (ADM) & Hazardous Attitudes

  • ADM is a continuous process: Perceive hazards, Process them, Perform the best action.

  • The FAA 3P Model (Process, Perform, Perceive) helps apply ADM.

  • Hazardous Attitudes: Anti-Authority, Impulsivity, Invulnerability, Numbness, Macho; counter with deliberate thinking, following rules, and seeking mentorship.

Weather & Flight Planning

  • Weather briefings (Standard, Abbreviated, Outlook) via 1800wxbrief; include route, aircraft type, tail number, depart time.

  • AIRMETs, SIGMETs, GFA (Graphical Forecasts for Aviation) provide ongoing weather insights.

  • Fronts: Cold Fronts, Warm Fronts, Occluded Fronts, Stationary Fronts; expect different impacts on visibility, clouds, turbulence.

  • Temperature inversions: stable layers affect turbulence and visibility; frost and icing considerations when surface temps are high and dewpoints differ.

  • Winds aloft data: wind speed and direction at altitude; crosswinds/headwinds/tailwinds must be calculated using wind direction vs runway heading.

Magnetic Variation & Navigation

  • Magnetic variation (declination) is the difference between true north and magnetic north; isogonic lines connect points with the same variation.

  • Westerly variation adds to true course to get magnetic course; easterly variation subtracts.

  • U.N.O.S. mnemonic helps remember magnetic dip errors on the compass: Undershoot North, Overshoot South (in Northern Hemisphere).

  • Wind corrections: Wind Correction Angle (WCA) used to convert course to heading; heading = course + wind correction (positive to starboard/right, negative to port/left).

  • Use VORs for navigation: VOR with FROM/TO indications; triangulation with two VORs or VOR/DME for exact position.

VOR Navigation & DME

  • VOR basics: tune NAV radios to VOR frequency; test by receiving Morse code signal.

  • FROM indication places you on a radial; TO indicates you are on a radial toward the VOR.

  • Two-VOR method: draw lines from each VOR on a chart to intersect; this intersection is your location.

  • VOR/DME method: use distance from a VOR via DME along a radial to pinpoint position.

Aeronautical Charts & Lat/Long

  • Latitudes are horizontal lines; Longitudes are vertical lines.

  • Between lines: 60 minutes; minutes divided into 60 seconds; seconds are not typically marked.

  • Legends cover scales, lat/long, airports, nav aids, terrain, airspace, etc.

Aircraft Systems & Instrumentation (Sampling)

  • Electrical: two power sources typically exist: alternator/generator and a battery.

  • Pitot-Static System: pitot and static sources feed ASI, Altimeter, VSI; alternate static source available if primary is blocked.

  • Altimeter: requires setting knob to calibrate; reading order: 10,000s, 1,000s, 100s to compute altitude.

  • VSI, Heading Indicator, Attitude Indicator, Turn Coordinator: vacuum and/or electric powered; issues include tumble and precession.

  • Transponder & ADS-B: modes A/C/S; ADS-B Out transmits position, altitude, velocity; Mode C provides altitude reporting.

  • ELT: emergency locator transmitter; transmits on 121.5/243.0/406.0; battery life limits and replacement policy.

  • GPS: CNS satellites; RAIM for integrity; 4+ satellites required for 3D position and fault detection.

  • Glass cockpit vs analog: digital displays offer horizon to edges and integrated maps; proficiency remains essential.

Aerodynamics & Flight Theory

  • Lift, Weight, Thrust, Drag: Lift counters Weight; Thrust counters Drag; Drag splits into Parasite and Induced Drag.

  • Lift is produced by wing camber and AoA; stall occurs when angle of attack exceeds critical AoA, causing flow separation and loss of lift.

  • Stall recovery: PARE: Power idle, Ailerons neutral, Rudder into the spin, Elevator to lower nose; then recover to level flight and climb at Vy or Vx.

  • Stall speed (Vstall) depends on load factor; VA (design maneuvering speed) is the max speed for full deflection; Vx and Vy achieve best angle of climb and best rate of climb respectively.

  • Flaps: increase camber and allow lower speeds on approach; affect stall AoA; control descent rate without increasing airspeed.

  • Ground effect: reduced downwash and induced drag near the surface; can cause floating off the runway.

  • P-factor, Gyroscopic Precession, Torque, and Spiraling Slipstream explain yaw and turning tendencies during takeoff/landing and high-power settings.

Weight & Balance

  • Positioning and arms: datum line, front seat, rear seat, baggage; compute moments = Weight × Arm; total weight & total moment determine ramp weight and CG.

  • Verify that loaded aircraft CG falls within the envelope on the Weight and Balance chart in the AFM/POH.

  • Use moment calculations to determine ramp weight, ramp arm, and ensure safe operation and compliance with limits.

Cross-Country Planning Checklist (Summary)

  • Gather weight & balance data; compute ramp and takeoff weights; determine checkpoints; plot course with cross-country route.

  • Gather weather data: METAR/TAF, winds aloft, NOTAMs, PIREPs; forecast weather across route.

  • Determine altitudes: choose cruise altitude using hemispheric rules and terrain/airspace constraints.

  • Compute distances, fuel, time, and fuel at each checkpoint using winds and speed data; interpolate as needed for FAA written exam prep.

Practical Tools & Resources

  • Online Ground School (OGS) provides practice questions, audio lessons, visuals, and simulation tools (ATC, weather, charts, etc.).

  • Practice with E6B calculators (manual) or electronic E6B for TAS, GS, wind correction, time, fuel, and pressure-altitude calculations.

  • The Part Time Pilot program offers audio-ground-school access for flexible study.

Important Numerical & Formula References

  • Pressure Altitude: ext{Pressure Altitude} = ext{Elevation} + 1000 imes (29.92 - ext{Altimeter Setting})

  • True Airspeed (from dynamic pressure): q = frac{1}{2}
    ho V^2 \ V = \sqrt{\frac{2q}{\rho}} = \sqrt{\frac{2(P{total}-P{static})}{\rho}}

  • Crosswind Component: C_w = W \, \sin(\theta)

  • Headwind/Tailwind Component: H = W \cos(\theta) (where theta is the angle between wind direction and runway heading)

  • Moment & CG: ext{Moment} = ext{Weight} \times \text{Arm}

  • Time to Checkpoint (approx.): t = \frac{Distance{nm}}{Ground\ Speed{kts}} \times 60 \text{ minutes}

  • Fuel Calculations (gal): \text{Fuel Gal} = \text{Fuel Rate (GPH)} \times \text{Time (hours)}

  • PARE Recovery (abbreviated): Power idle, Ailerons neutral, Rudder opposite spin, Elevator down; then climb at Vy or Vx.

  • Isogonic Variation Rule: Westerly variation adds to true course to get magnetic course; Easterly variation subtracts.

  • Wind Correction Angle (WCA): Heading = Course + WCA, where WCA sign follows wind direction relative to aircraft.

Quick Reminders for Exam & Real Flight

  • Always carry required documents when acting as PIC; keep certificates current; BasicMed is an alternative with CME scheduling.

  • Understand ATC clearance rules and the process to request radar traffic, flight following, or approach control.

  • Know class B/C/D/E/G airspace minimums and SVFR rules; ensure radio and transponder capabilities per airspace requirements.

  • Practice aircraft performance calculations frequently (range, endurance, takeoff/landing distances, density altitude effects).

  • Review fatigue, instrumentation, and partial-panel scenarios; emphasize instrument reliance in degraded-visual conditions.

  • Connections to foundational principles: navigation relies on geometry (VOR intersections, wind correction, isogonic variation), physics (lift, drag, thrust, weight; momentum; Bernoulli’s principle), and human factors (ADM, hazard attitudes, physiology).

Note: Many items above map directly to the pages in the Part Time Pilot study material; consult the Online Ground School for in-depth explanations, examples, and practice questions.