FAA Recreational Pilot - Airplane (RPA) study plan

Map the eligibility and limitation rules for recreational pilot certificate holders by writing a one-page summary of privileges, prohibitions, and the conditions under which a recreational pilot may not act as pilot in command.

Distinguish currency from proficiency by listing the recent flight experience and medical/self-certification requirements that apply to recreational pilots and noting how they differ from private pilot requirements.

Explain the aircraft and passenger limitations specific to recreational pilots, including the restrictions on carrying more than one passenger and on flights that require communication with air traffic control.

Identify the recordkeeping obligations a recreational pilot must satisfy, including logbook entries, endorsements, and retention periods.

Interpret the right-of-way rules and minimum safe altitude rules well enough to resolve six written conflict scenarios without reference to notes.

Read and extract information from a sectional chart legend, including airspace classes, special use airspace, and obstructions.

Plot a short cross-country route on a sectional chart and identify the airspace and special-use areas the route crosses.

Explain the certificate action and enforcement process, including the role of the FAA and the NTSB, in a short written summary.

Compute true course, wind correction angle, true heading, magnetic heading, and compass heading for three separate wind conditions using a flight computer or manual method.

Calculate fuel load, endurance, and reserve for a planned cross-country and verify the numbers against a second method.

Complete a full navigation log for a cross-country flight including waypoints, times, distances, fuel, and frequencies.

Interpret NOTAMs and charted airport data relevant to the planned route and note any that change the plan.

Explain the four forces of flight and how they change in climbs, descents, turns, and slow flight, using specific angle-of-attack and load-factor examples.

Describe the function and failure consequences of the major aircraft systems: fuel, electrical, pitot-static, vacuum, and flight controls.

Compute weight and balance for a sample aircraft at forward, aft, and maximum gross weight limits and state the handling implications of each.

Interpret takeoff, landing, and climb performance charts to determine whether a planned flight is legal and safe under given density-altitude and wind conditions.

Explain the certification and inspection requirements that keep an aircraft airworthy, including the roles of the annual inspection, the 100-hour inspection, and airworthiness directives.

Distinguish the instruments and equipment required for day and night visual flight rules operations and identify the inoperative-equipment decision process.

Read a METAR, TAF, and winds-aloft forecast and translate each into a plain-language flight-planning statement.

Explain how temperature, dew point, and lapse rate combine to produce fog, low clouds, and convective activity, and identify the conditions that should cancel a flight.

Interpret weather charts and radar imagery to identify frontal systems, icing risk, turbulence, and wind shear and state the associated flight hazards.

Explain the causes and symptoms of hypoxia, hyperventilation, spatial disorientation, and carbon monoxide poisoning, and describe the corrective action for each.

Describe how alcohol, fatigue, medication, and dehydration degrade pilot performance and state the regulatory and personal limits that apply.

Apply a structured aeronautical decision-making model to three realistic in-flight scenarios and justify each chosen course of action.

Describe the standard traffic pattern, including entry and departure procedures, and explain the meaning of each segment.

Construct and deliver radio calls for ground, tower, and unicom frequencies for a departure, arrival, and pattern entry.

Interpret airport signage, markings, and lighting, including runway hold-short markings and taxiway guidance.

Explain runway incursion avoidance procedures and the readback requirements that reduce communication errors.

Complete a full-length practice examination under timed conditions and score it by domain to identify remaining weak areas.

Review every missed question and write a corrected explanation citing the underlying rule, chart, or system concept.

Re-drill the two weakest domains with targeted practice until accuracy exceeds 85 percent in each.

Assemble a one-page preflight checklist that combines airworthiness, weather, weight and balance, and personal fitness-to-fly checks.