CAA NZ AME Piston Engines

It tests whether you can reason about reciprocating engines as a maintenance engineer: cycles and power, construction, cylinder and valve condition, fuel metering, ignition timing, lubrication and cooling, boosting, propeller interface, instrumentation and fault finding. Expect applied questions about failure modes and inspection findings, not just definitions.

Those details are set by CAA NZ and published in its current advisory material and examination guidance. Check the authority's website or contact it directly before you book, because question counts and time allowances are administrative settings and can change between syllabi revisions.

The pass standard and the examination fee are published by CAA NZ, not fixed by this page. Confirm both from the current official advisory material before booking, and check whether your fee includes any resit allowance or is charged per attempt.

It is demanding for candidates who memorise without understanding. Most questions reward a systems-level picture: what the component does, how it is adjusted, how it fails and what the symptom looks like. Candidates with hands-on piston engine experience usually find the maintenance and troubleshooting areas easiest.

Retake rules, waiting periods and any limits on attempts are set by CAA NZ. The authority publishes current policy, so verify it rather than relying on what other candidates tell you. In practice, most resits succeed when the candidate targets the specific domains where marks were lost rather than rereading everything.

Start with fundamentals and engine construction, because cylinder, valve, fuel and ignition topics assume that vocabulary. Then work through induction and fuel metering, ignition, and lubrication and cooling as linked systems. Finish with boosting, propellers, instrumentation and maintenance practice, where the earlier material is applied.

Mixing up cause and symptom - for example blaming the carburettor for an ignition fault. Weak grasp of timing and mixture relationships. Vague knowledge of inspection limits and record-keeping. And skipping the maintenance-practice domain because it feels less technical, even though it carries real weight.

Work through the syllabus point by point and explain each system aloud as if briefing a colleague. Practise fault-diagnosis reasoning: given a symptom, list the likely causes in order. Review your own maintenance experience and the relevant manufacturer manuals, and confirm the current exam logistics with CAA NZ.