Aircraft Manoeuvres, Procedures and Flight Safety
Manoeuvre standards and safety margins
This domain tests manoeuvre accuracy, procedure discipline, and risk management. Every manoeuvre has a template: clearing turns, configuration, entry speed, power setting, altitude tolerance, heading or bank tolerance, rollout, and exit. Know the standards you will brief: for a commercial steep turn, typically 45° bank, 360° turn, altitude ±100 ft, airspeed ±10 kt, and rollout heading ±10°. For stalls, the priority is angle-of-attack reduction, coordinated rudder, and minimum height loss.
Core rules
- Clear the area before every manoeuvre and announce intentions on the appropriate frequency.
- Manage energy: pitch controls airspeed, power controls altitude/descent, and trim removes load.
- Use memory items for emergencies, then the checklist. Do not troubleshoot below a safe altitude.
- Apply the go-around decision early: unstable approach, wrong runway, wind shear, or traffic on the runway.
- Consider density altitude, wind gradient, fuel, and runway surface before every take-off and landing.
Worked example
An engine failure is simulated at 400 ft after take-off. The correct response is to pitch immediately for best glide, maintain control, choose a landing area within the available field of view, and avoid turning back to the runway. The instructor expects: best-glide speed, a Mayday call, fuel/ignition checks, secure the engine, brief passengers, and a controlled forced landing. The reasoning is energy and turn radius: a 180° turn at low altitude increases stall risk and reduces the time available. The debrief compares the chosen field with the actual glide performance.
Traps
Demonstrating a manoeuvre without clearing turns; accepting altitude loss outside tolerance; teaching “turn back” as a default; and letting a simulated emergency become a real one through insufficient monitoring.