Mauritius DCA ATPL Theory study materials
Mauritius DCA ATPL Theory study resources

Mauritius DCA ATPL Theory study guide

Mauritius DCA ATPL Theory ยท Work through your exam, one topic at a time.

The Airline Transport Pilot Licence (ATPL) theoretical knowledge examinations set by the Mauritius Department of Civil Aviation (DCA) are the ground-school hurdle that must be cleared before a candidate can hold an ATPL issued in Mauritius. They are aimed at pilots who already hold a commercial licence and instrument rating and are building towards the privileges of an airline transport pilot, and at cadets on an approved integrated or modular course who will eventually sit the same papers. The Mauritius DCA ATPL Theory study guide has 12 sections and about 3,919 words.

01

Air Law and ATC Procedures

Air Law and ATC Procedures covers the Chicago Convention and its Annexes, the Mauritius Civil Aviation Act and MCAR Parts, licensing and documentation, rules of the air, and ATS clearance and readback discipline. Expect questions that mix ICAO standard wording with Mauritius publication practice.

336 words, about 2 min
02

Aircraft General Knowledge - Airframe, Systems, Electrics, Powerplant and Emergency Equipment

Airframe, systems, electrics, powerplant and emergency equipment questions test how a transport aeroplane is built and how it fails. Expect semi-monocoque structures, hydraulics, pressurisation, electrical distribution, gas-turbine parameters, and the location and operation of emergency equipment.

325 words, about 2 min
03

Aircraft General Knowledge - Instruments

Instruments covers the pitot-static group, gyroscopics, the magnetic compass and modern EFIS/ADC/IR architecture. Questions test error sources and what the pilot actually sees when a source fails.

322 words, about 2 min
04

Mass and Balance

Mass and Balance tests the load sheet, CG position, maximum structural weights and how loading changes handling. Expect moment calculations, %MAC conversions and questions on MZFW, MTOW and MLW limits.

321 words, about 2 min
05

Performance

Performance tests takeoff, landing and climb planning: declared distances, V speeds, obstacle clearance, and the effect of mass, temperature, pressure, wind, runway slope and contamination. Mauritius operations add hot, humid and sometimes wet-runway conditions.

323 words, about 2 min
06

Flight Planning and Monitoring

Flight Planning and Monitoring tests fuel policy, operational flight plans, in-flight replanning and monitoring. Questions often give a fuel breakdown and ask for the minimum required fuel or the remaining fuel at a point.

339 words, about 2 min
07

Human Performance and Limitations

Human Performance and Limitations tests hypoxia, decompression, spatial disorientation, fatigue, stress, vision and hearing, and crew resource management. Questions are often scenario-based: what is happening and what should the pilot do?

294 words, about 1 min
08

Meteorology

Meteorology tests the ISA, pressure and wind systems, cloud and icing, thunderstorms, tropical cyclones, METAR/TAF decoding and SIGMET use. Mauritius lies in the trade-wind belt and is exposed to tropical cyclones from November to April.

354 words, about 2 min
09

General Navigation

General Navigation tests chart work, magnetism, the wind triangle, great circles and rhumb lines, time and scale. Expect calculations with magnetic variation and deviation, plus questions on chart projections.

345 words, about 2 min
10

Radio Navigation

Radio Navigation tests VOR/DME, ILS, NDB/ADF, GNSS/RNAV, radar and transponder/TCAS. Expect questions on radials, CDI indications, glideslope geometry and the meaning of RNP/RNAV values.

324 words, about 2 min
11

Operational Procedures

Operational Procedures tests SOPs, normal and emergency drills, MEL/CDL use, NOTAM and altimetry, low-visibility operations and dangerous goods. Questions reward the correct sequence and the correct decision point.

304 words, about 2 min
12

Principles of Flight

Principles of Flight tests lift generation, drag, stability, control, stall and high-speed flight. Expect definitions, relationships and simple numerical questions on load factor and stall speed.

332 words, about 2 min