NCAA CPL Aircraft General Knowledge study plan
NCAA CPL Aircraft General Knowledge · Give each week a clear focus.
8 weeks · About 7 hours per week
Aircraft General Knowledge
Map the full Aircraft General Knowledge syllabus into airframe, systems, powerplant, and electrical sub-areas, and rank each by question weight
Define and correctly distinguish structural terms: fuselage, wing spar, rib, stringer, bulkhead, longeron, and stressed skin
Explain load paths through a semi-monocoque structure and identify tension, compression, shear, bending, and torsion in a loaded wing
List the four forces and describe how wing loading changes with gross weight and load factor
Your checkpoint
A one-page annotated airframe diagram labeling at least 20 structural components with a one-line function for each
Aircraft General Knowledge
Describe the construction and failure characteristics of the principal wing and fuselage structural types
Explain the purpose and operation of primary and secondary flight controls, including trim and high-lift devices
Identify hydraulic and pneumatic system components and trace a typical actuation circuit from reservoir to actuator
Interpret the meaning of system redundancy, fail-safe design, and damage tolerance in transport aircraft
Your checkpoint
A hand-drawn schematic of a hydraulic actuation circuit with every component labeled and flow direction arrowed
Aircraft General Knowledge
Explain the operating principle of a reciprocating engine through all four strokes and the role of each major component
Compare carburetor and fuel injection systems, including icing susceptibility and mixture control
Describe the ignition system from magneto to spark plug and explain dual-magneto redundancy
State the function of the constant-speed propeller, governor, and feathering mechanism
Your checkpoint
A written 300-word explanation of a complete four-stroke cycle naming every component and its function at each stroke
Aircraft General Knowledge
Describe the gas turbine cycle and distinguish turbojet, turboprop, and turbofan configurations by airflow and thrust production
Explain the function of compressor, combustion chamber, turbine, and accessory gearbox in a turbine engine
Identify engine indication parameters and state what each gauge measures and its normal trend
Explain how thrust reversers and afterburners change thrust output
Your checkpoint
A comparison table of turbojet, turboprop, and turbofan covering airflow path, thrust source, efficiency range, and typical application
Aircraft General Knowledge
Explain AC and DC generation, including alternator, generator, rectifier, and inverter roles
Trace a typical electrical distribution path from bus bar to load and state the purpose of circuit protection
Describe the function of the battery, external power receptacle, and static inverter in normal and emergency operation
Interpret the aircraft electrical symbols used in a standard schematic
Your checkpoint
A labeled electrical distribution schematic from generator through buses to at least six loads, with protection devices shown
Aircraft General Knowledge
Explain the operation of pitot-static and gyroscopic instruments and their failure indications
Describe the fuel system from tank through selector, pump, filter, and metering unit, including venting
Explain pressurization and air-conditioning sources and the meaning of cabin differential pressure
Identify fire detection and extinguishing system components for engine and cabin zones
Your checkpoint
A 15-item identification quiz you write yourself, covering instruments, fuel, pressurization, and fire systems, with an answer key
Aircraft General Knowledge
Explain landing gear configuration, shock absorption, retraction, and braking systems including anti-skid
Describe ice and rain protection methods for airframe, propeller, and pitot systems
Interpret weight and balance terms: empty weight, maximum takeoff weight, center of gravity, and moment
Solve at least five center-of-gravity problems using the moment method and verify results against limits
Your checkpoint
A worked set of five weight-and-balance calculations with center of gravity plotted against a forward and aft limit
Aircraft General Knowledge
Consolidate all sub-areas into a single revision sheet linking each system to its components and failure modes
Complete timed practice sets and record accuracy per sub-area to target remaining weak points
Re-explain the three lowest-scoring sub-areas from memory without notes
Review all previously missed items and confirm each is now answered correctly with reasoning
Your checkpoint
A timed 60-question mock scored by sub-area, with a written remediation note for every missed item
Milestones
Week 2: Can label a blank airframe diagram with 20 components and explain load paths without notes
Week 4: Can describe reciprocating and turbine engine cycles end to end and pass a self-written 20-question engine quiz at 80 percent or better
Week 6: Can trace electrical, fuel, and instrument systems on a blank schematic and score 80 percent or better on the self-written identification quiz
Week 8: Scores 80 percent or better on the timed 60-question mock, with no single sub-area below 70 percent