Mauritius DCA PPL Theory study plan

Map the Mauritius DCA PPL syllabus structure for Air Law against the ICAO Annexes it draws on, and label each sub-area with the Annex number it comes from

Memorise the VFR meteorological minima, cruising level/semicircular rule and altimeter setting rules applicable in Mauritian airspace, and state them aloud from memory without notes

Build a one-page ICAO phonetic alphabet and standard phraseology sheet, then read it aloud until callsign spelling and readback phrases are fluent

Distinguish the classes of Mauritian airspace and the ATC clearance, readback and position-reporting requirements that apply in each

Draft a personal list of the ten Air Law facts you are least sure of, flagging each as confirmed or needs checking with an instructor

Work through aircraft documentation and airworthiness requirements: certificate of registration, certificate of airworthiness, and the privileges and validity conditions of the PPL itself

Explain the licensing medical, recency and logbook requirements that apply to a Mauritian PPL holder, and list what invalidates them

Practise a full VFR departure, en-route and arrival radio sequence with a study partner playing ATC, including a position report and a diversion request

Transcribe and correct five readback errors in sample clearances you write yourself, explaining each error

Summarise rules of the air on right-of-way, lights and signals, and low-level flying restrictions in a short written note

Derive the four forces in steady flight and explain, without notes, how each changes in climb, descent and turn

Draw and label the lift curve, drag curve and power-required curve, and mark the region of back-side of the power curve on your own sketch

Describe the function and failure consequences of the primary flight controls, flaps, trim and the stall warning system

Explain load factor, stall speed increase in turns and the effect of weight, density altitude and contamination on performance

Trace the piston engine cycle through induction, compression, ignition, power and exhaust, and state the purpose of mixture, carburettor heat and magnetos

Explain stability: static and dynamic, longitudinal, lateral and directional, and how CG position affects control and stall recovery

Describe the electrical system, bus distribution, alternator/generator failure indications and the load-shedding actions a pilot takes

List the emergency equipment carried and state the correct use and limitations of the fire extinguisher and first aid kit

Rehearse the memory items for engine fire in flight, engine failure after take-off and forced landing, writing them from memory then checking against the aircraft flight manual

Explain propeller forces, slipstream effect, asymmetric thrust and their effect on take-off and climb

Interpret a METAR and TAF line by line, decoding every group including trend, CAVOK, colour states and windshear/TS remarks

Explain the formation and hazards of tropical weather relevant to the Indian Ocean: convective build-ups, sea breeze, trade wind regimes, cyclones and their warning stages

Read pressure, temperature and humidity off a synoptic chart and predict the resulting density altitude effect on take-off and climb

Compute a full flight plan for a short cross-country: fuel, mass and balance, take-off and landing distance, and time en route, using the aircraft flight manual

Explain icing, turbulence and low-level windshear as they affect light aircraft, and state the pilot actions for each

Re-plan the week 5 flight for a degraded case: higher temperature, headwind, and a reduced runway, and quantify the performance penalty

Demonstrate fuel planning including reserves, contingency and the diversion case, and state the legal minimum you must land with

Interpret a tropical cyclone advisory and a SIGMET and state the go/no-go decision and the escape options

Explain altimetry: QNH, QFE, QNE, transition altitude and layer, and the errors from flying with the wrong setting

Solve six mass-and-balance problems, including one where the CG is out of limits, and state the corrective action

Plan a cross-country on a chart: measure tracks, apply variation and deviation, compute headings and groundspeed, and fill a full navigation log

Explain map reading, airspace boundaries, restricted and danger areas, and the use of visual checkpoints and timing for position fixing

Describe the use of VOR, DME and GNSS for VFR navigation, including their limitations and failure indications

Explain hypoxia, hyperventilation, spatial disorientation, carbon monoxide poisoning and fatigue, and state the recognition and countermeasures for each

Apply the IMSAFE and PAVE frameworks to two realistic personal scenarios and state the decision you would make

Assemble and explain the pre-flight, in-flight and post-flight operational procedures including passenger briefing, documents carried and fuel/diversion decision points

Explain accident and incident reporting obligations and the occurrence categories a PPL holder must report in Mauritius

Run a full timed mock examination across all nine domains under exam conditions, then mark it and record the score per domain

Re-study the two weakest domains from the mock and re-test those areas with 20 fresh self-written questions

Rehearse the RT sequence for a radio failure in VFR, including light signals and the actions on the ground