MCAA CPL Theory Exam study plan

Map the Air Law syllabus into a one-page index covering ICAO annex structure, definitions, licensing, rules of the air, and documents carried, then flag every sub-topic you cannot explain aloud

Recite from memory the VFR minima table (visibility and distance from cloud) for the airspace classes you operate in, and state the conditions that permit special VFR

Explain the difference between the privileges and limitations of the CPL, and list the recency and medical requirements that keep those privileges valid

Build a meteorology glossary of at least 40 terms (pressure systems, air masses, fronts, stability, icing, turbulence) with a one-line definition each

Decode a METAR and a TAF line by line, naming every group and its meaning without reference notes

Draw and label the life cycle of a mid-latitude depression and of a thunderstorm cell, and list the hazards each presents to light aircraft at each stage

Interpret significant weather charts and upper-wind charts, and convert a forecast wind and temperature into a density-altitude estimate for a given aerodrome

Compute take-off and landing distance corrections for pressure altitude, temperature, wind, slope, and runway surface using a worked example

Derive the maximum crosswind component for a given runway and wind velocity, and state the go/no-go decision

Explain how mass and balance affects performance, and calculate a load sheet that stays inside the CG envelope

Describe the function and failure consequences of the airframe, flight controls, hydraulics, and landing gear systems, and state the emergency action for each major failure

Trace the electrical system from battery through bus bars to alternator/generator, and explain load shedding and what happens on alternator failure

Explain the four-stroke cycle, carburettor icing, mixture control, and the cause and recognition of detonation and pre-ignition

List the emergency equipment carried (fire extinguisher, first aid, ELT, life jackets) and state when each is required and how it is used

Explain how the four forces balance in straight and level flight, and derive why induced drag varies with speed and load factor

Explain the stall, the factors that change stall speed (mass, load factor, CG, configuration, icing), and the correct recovery procedure

Define load factor and calculate the increase in stall speed in a 45-degree and 60-degree banked turn

Explain stability (static and dynamic, longitudinal and lateral) and the effect of CG position on control and stall behaviour

Describe the physiological effects of hypoxia, hyperventilation, and carbon monoxide, and state the corrective actions

Explain spatial disorientation and the illusions that occur on approach and departure, and describe how to counter them

Solve dead-reckoning navigation problems: given heading, TAS, wind, and time, compute track, groundspeed, and ETA

Convert between true, magnetic, and compass headings using variation and deviation, and explain why each correction is applied

Explain the principles of VOR, DME, ILS, and GNSS, and state what each provides and its limitations

Interpret a VOR/NDB/ILS approach chart and describe the tracking and interception of a radial or localizer

Plot a short cross-country route on a chart, measure track and distance, and build a navigation log with wind-corrected headings

Assemble a pre-flight and in-flight operational checklist covering weather briefing, NOTAMs, fuel planning, mass and balance, and passenger briefing

Explain the actions and communications for an emergency (Mayday) and an urgency (Pan Pan) situation, and state the frequencies and content

Write out a VFR and an IFR position report and a departure and arrival report using standard phraseology

Explain the purpose of an ATC clearance, readback requirements, and the handling of a clearance that cannot be complied with

Describe the procedures for radio failure in VFR and IFR conditions

Revisit Air Law weak points from week 1 and close every flagged gap with a written answer

Recompute fuel planning for a diversion and a holding situation, and state the legal reserves

Re-derive the magnetic heading for three routes from the week 5 log to confirm the method is reliable

Practice a full-length timed mock covering all ten domains and record the score per domain

List the top five error patterns from the mock and write the corrective action for each

Run two further timed mocks and compare per-domain scores against week 7 to confirm improvement

Revisit every domain scoring below 75 percent and answer 20 targeted questions in each

Recite the key facts (VFR minima, reserves, stall-speed factors, emergency frequencies) from memory without notes

Write a one-page personal weak-point sheet and rehearse the answers aloud as if explaining to an examiner

Plan exam-day logistics: timing per section, question strategy, and what to do when a question is unclear