JCAA PPL Theory study plan

Map every Air Law topic to the JCAA PPL syllabus and flag gaps you must fill from the Civil Aeronautics Act and JCAB implementing regulations

Define the categories, classes, and privileges of Japanese pilot licences and state which medical certificate class each requires

List the documents that must be carried on board a Japanese-registered light aircraft and explain when each expires

Explain the rules on alcohol, drugs, and flight time limitations that apply to a private pilot in Japan

Trace the piston-engine four-stroke cycle and explain how mixture, throttle, and carburettor heat change power output

Describe the aircraft electrical and vacuum systems and identify the instruments each one drives

Explain the purpose and failure symptoms of the key airframe and engine components on your training type

Interpret weight and balance limits and compute a loading that stays inside the envelope

Compute takeoff and landing distances from a supplied performance table and correct them for pressure altitude, temperature, wind, and runway slope

Calculate climb, cruise, and fuel figures for a planned leg and build a fuel log with fixed and variable reserves

Explain how density altitude, mass, and contamination degrade climb and landing performance

Distinguish the regulatory performance requirements for a private flight from the aircraft's demonstrated limits

Decode a Japanese aviation weather report and forecast and extract wind, visibility, cloud, and temperature trends

Explain how pressure systems, fronts, and the seasonal monsoon pattern over Japan produce the weather you will meet

Identify the conditions that generate icing, thunderstorm, and low-level wind shear risk and state the avoidance action for each

Interpret the significant weather chart and select a safe cruising altitude for a planned route

Convert between true, magnetic, and compass headings and apply variation and deviation correctly

Plot a multi-leg route on a chart, measure tracks and distances, and fill a navigation log with heading and groundspeed for each leg

Explain how VOR, DME, GNSS, and dead reckoning are used together and state the failure modes of each

Describe the airspace, waypoint, and reporting conventions you must follow when navigating in Japanese airspace

Explain how hypoxia, hyperventilation, carbon monoxide, and spatial disorientation present and the corrective action for each

Describe the effects of fatigue, stress, and workload on decision-making and apply a recognised decision model to a deteriorating-flight scenario

State the standard and emergency radio calls, transponder codes, and phraseology used in Japanese airspace

Explain the actions for engine failure, fire, and forced landing and the passenger briefing that precedes them

Explain how the four forces balance in straight flight and in a turn, including load factor and stall-speed change with bank

Describe how angle of attack, not airspeed, determines stall and how flaps and contamination shift the stall

Revisit air law topics you scored below 80% on in week 1 and close each gap with a written explanation

Practise the JCAA-style question format under time pressure across all domains

Run two full-length timed mocks and record the score for each domain

Drill only the domains still below 80% until each reaches the target

Recite from memory the airworthiness documents, emergency calls, and performance corrections you are most likely to forget

Review your consolidated error list and confirm every item is closed