AAK CPL (Kazakhstan) study plan

Map each airframe, hydraulic, fuel, electrical, and powerplant system to its normal and abnormal indications, writing a one-line failure signature for every system

Explain in writing how thrust, drag, lift, and weight balance in straight-and-level, climb, and descent, computing the four forces for two sample aircraft states

Derive and memorize the lift formula and state how angle of attack, speed, density, and wing area change stall speed

Trace the electrical and fuel systems from source to consumer and list the first three checklist actions for each of five common failures

Sketch the four-stroke cycle and relate each stroke to manifold pressure, RPM, and mixture settings

Solve 30 numerical problems on load factor, stall speed in turns, and climb gradient using the lift and drag equations

Compare stability in all three axes and predict aircraft behavior after a disturbance in pitch, roll, and yaw

Describe propeller theory, including blade angle, slip, and the effect of RPM and airspeed on thrust

Explain the causes and recovery of Dutch roll, spiral instability, and Mach tuck, and state the speed limitations that guard each

Complete a timed 25-question mixed systems and principles set in 30 minutes and log every missed item by cause

Interpret METAR, TAF, and SPECI reports, decoding ten real coded reports into plain language without reference aids

Explain the formation of icing, thunderstorms, fog, and low-level wind shear, and state the conditions that favor each

Read significant weather charts and upper-wind charts and extract the hazards along a planned route

Compute takeoff and landing distance from given pressure altitude, temperature, weight, and wind, applying all relevant corrections

Calculate crosswind and headwind components for eight wind and runway combinations and compare each with the aircraft limit

Build a full flight plan for a 300 NM leg, computing true airspeed, heading, ground speed, fuel burn, and reserve fuel

Convert between true, magnetic, and compass heading and between true and magnetic bearing, showing every correction step

State the Kazakh airspace classes, the documents required on board, and the rules on fuel, altitude, and minimum visibility for VFR flight

Apply mass-and-balance limits by computing the center of gravity for three loading scenarios and rejecting any out-of-limit case

Summarize the rules on flight and duty time limits and on the carriage of passengers and cargo in non-commercial operations

Outline the sequence of ATC clearances from startup to shutdown, listing the readback required at each stage

Distinguish the pilot-in-command's authority in an emergency from the obligations to notify ATC and file a report

Describe the procedures for radio failure in VMC and IMC and state the actions and the timing of each

Explain the rules on intercepting and being intercepted, and the signals used by both aircraft and ground units

List the reporting duties after an incident, including the content and timing of the mandatory occurrence report

Solve ten dead-reckoning problems, deriving track, heading, ground speed, and drift from given wind and true airspeed

Plot and read positions on a chart using latitude and longitude, and convert between the two coordinate formats

Explain how VOR, DME, ILS, and GNSS work, and state the accuracy, range, and failure modes of each

Interpret an instrument approach chart, extracting the frequencies, courses, minima, and missed-approach procedure

Compute the time and distance to a VOR station from a given radial change and groundspeed

Explain hypoxia, hyperventilation, and spatial disorientation, and state the symptoms, the recognition cues, and the corrective action for each

Describe the effects of fatigue, alcohol, and medication on performance, and state the regulatory limits on each

Draft and read back ten standard ATC phraseologies for VFR and IFR, including position reports, clearances, and frequency changes

Explain the readback requirement and the correct response to an unclear or ambiguous clearance

List the elements of the human information-processing model and relate each to a specific accident scenario

Complete three full-length timed mock exams under exam conditions and record the score for each domain

Re-study every domain scoring below 75% and rewrite the missed items as corrected statements

Review the error logs from all previous weeks and confirm that each logged weakness has been resolved

Recite the key formulas, limitations, and regulatory figures from memory in a single timed session