Iran CAO Part-66 AMT Theory study materials
Iran CAO Part-66 AMT Theory study resources

Iran CAO Part-66 AMT Theory case studies

Iran CAO Part-66 AMT Theory · Put your knowledge to work in context.

The Iran CAO Part-66 Aircraft Maintenance Engineer Licence theory examination is the basic-knowledge assessment a candidate must pass before applying for an aircraft maintenance licence issued by the Civil Aviation Organization of Iran (CAO.IRI). It is aimed at people training to certify maintenance on aeroplanes or helicopters - typically students at an approved Part-147 maintenance training organisation, experienced mechanics seeking their first licence, or licence holders adding a category or type rating. The syllabus follows the familiar Part-66 module structure: mathematics and physics foundations, electrical and electronic fundamentals, digital techniques and electronic instrument systems, materials and hardware, maintenance practices, basic aerodynamics, human factors, aviation legislation, and the large aircraft- or helicopter-specific systems modules. Modules 11 and 12 are alternatives, so you sit the aeroplane stream or the helicopter stream rather than both. The Iran CAO Part-66 AMT Theory case studies are 5 cases and about 2,831 words.

1

Modification Weight and Balance Sign-Off

An avionics modification is completed on a twin-engine business aircraft. Before modification the empty weight is 1,250 kg at an arm of 2.10 m.

574 words, about 3 min
2

Density Altitude and Take-Off Dispatch Decision

An operator plans a departure from a runway 1,200 ft above sea level. The QNH is 1003 hPa and the outside air temperature is 32°C.

586 words, about 3 min
3

Starter Circuit Excessive Voltage Drop

During a morning launch, a 24 V DC starter turns slowly and the essential bus drops from 24.9 V to about 19 V, causing avionics to reset. Battery open-circuit voltage is 26.4 V.

554 words, about 3 min
4

Intermittent CAN Bus Fault During Gear Retraction

An aircraft has a 250 kbit/s CAN bus linking an engine data concentrator, two display units and a data-link node. The bus is 18 m long with 120 Ω terminators at each end.

554 words, about 3 min
5

Independent Inspection and Maintenance Release at Night

At 22:40, a line station with one B1.1 certifying staff receives a narrow-body twinjet with a hydraulic system low-pressure indication. The AMT replaces the engine-driven pump.

563 words, about 3 min