GCAA CPL Theory Exam (UAE) study plan

GCAA CPL Theory Exam · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Flight Performance and Planning & Navigation

Compute weight-and-balance and density-altitude problems from raw data without reference notes
Apply the 1-in-60 rule and mental dead-reckoning drift corrections to 10 practice legs
Convert between true, magnetic, and compass headings using variation and deviation values
Build a one-page formula sheet for fuel, climb, and crosswind calculations

Completed 20-question flight-planning and navigation problem set scored at 80% or higher

Week 2

Decode METAR and TAF reports into plain-language forecasts for 15 aerodromes
Interpret significant weather charts and identify hazardous phenomena relevant to light aircraft
State the classification, privileges, and validity requirements of a CPL licence and ratings
Explain rules of the air covering right-of-way, minimum heights, and cruising levels

Written weather briefing plus a 15-item air-law recall quiz scored at 80% or higher

Week 3

Describe the operating principle and cockpit indications of VOR, DME, ILS, and GNSS
Interpret radial, bearing, and track relationships on a plotted VOR/NDB fix
Explain the function of primary flight instruments and their associated errors
Identify aircraft systems relevant to electrical, fuel, and hydraulic operation

Completed radio-navigation plotting exercise with 10 position fixes resolved correctly

Week 4

Explain how lift, drag, and thrust vary with angle of attack and airspeed across the flight envelope
Describe stall, spin, and load-factor effects and their recovery principles
Apply standard operating procedures for pre-flight, departure, and emergency handling
State the actions and documentation required for an in-flight emergency or incident

Mid-point mock exam across Domains 1-10 scored at 75% or higher

Week 5

Produce a complete cross-country flight plan including fuel, alternate, and contingency reserves
Calculate take-off, landing, and climb performance from given tables and conditions
Predict local weather hazards from pressure systems, fronts, and stability indicators
Apply icing, turbulence, and wind-shear avoidance criteria to flight planning

Full cross-country flight plan with weather justification submitted and reviewed

Week 6

Plot and measure a multi-leg route using chart, protractor, and flight computer
Resolve wind-triangle problems to determine heading and groundspeed for 10 legs
Interpret GPS and area-navigation displays and cross-check against ground-based aids
Identify and correct common navigation errors such as map-reading and drift mistakes

Timed 15-question navigation and radio-navigation quiz scored at 80% or higher

Week 7

Explain hypoxia, hyperventilation, and spatial disorientation and their recognition and response
Describe the effects of fatigue, stress, and workload on pilot decision-making
Use standard RT phraseology for departure, en-route, approach, and emergency calls
Interpret ATS clearances and readback requirements accurately

Recorded simulated RT session plus a 20-item human-factors quiz scored at 80% or higher

Week 8

Two completed mock exams with a written gap-analysis sheet and domain score summary

Week 2: Flight-planning and navigation problem set passed at 80% and weather briefing accepted

Week 4: Mid-point mock exam across all domains scored at 75% or higher

Week 6: Navigation and radio-navigation quiz passed at 80% with no plotting errors

Week 8: Both full-length mock exams scored at 80% or higher with all gaps documented