Chapter 7 - Operational Procedures
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These notes are exam-focused for CASA PPL operational procedures with practical, scenario-based emphasis.
7.1 Preflight Actions and Threat Briefing
- Confirm legal/operational readiness:
- Pilot documents and fitness
- Aircraft status and defects
- Weather/NOTAM/airspace constraints
- Fuel/oil quantity and quality
- W&B and performance margins
- Conduct a short threat briefing:
- Weather threats
- Terrain/airspace complexity
- Runway and crosswind considerations
- Alternate/diversion strategy.
7.2 Walk-Around and Cockpit Preparation
- External inspection should be systematic and repeatable.
- Fuel checks:
- Correct grade
- Sufficient quantity
- Contamination-free sample
- Cockpit setup:
- Documents, checklists, frequencies, nav setup
- Controls free/correct
- Safety equipment available and serviceable.
7.3 Passenger Briefing and Cabin Safety
- Minimum briefing content:
- Seat belts/harnesses
- Doors/windows and emergency egress
- Sterile cockpit expectations
- Sick bag/fire extinguisher/ELT location if relevant
- Passenger management is a safety task, not just courtesy.
7.4 Ground Operations and Runway Safety
- Taxi with active lookout and speed discipline.
- Prevent runway incursions:
- Read back and verify clearances/instructions
- Hold short compliance
- Sterile cockpit near runway environment
- Positional awareness at all times.
- Account for propwash/jet blast and surface hazards.
7.5 Takeoff and Climb Procedures
- Use a departure brief every flight:
- Runway, wind, flap/configuration
- Abort plan
- Engine failure actions by phase
- Apply short/soft field techniques only as required and per POH.
- Noise abatement and local procedures must be integrated without compromising safety margins.
7.6 Cruise Procedures and En Route Management
- Systematic cruise scan:
- Engine instruments
- Fuel state and tank management
- Navigation accuracy and timing
- Traffic and weather monitoring
- Keep updated escape options for weather/terrain/airspace issues.
7.7 Descent, Approach, and Stabilization
- Start descent planning early:
- Height/lateral profile
- Circuit/approach integration
- Configuration schedule
- Go-around triggers.
- Stabilized approach principles:
- Correct speed/path/configuration by gate
- If unstable, go around early.
7.8 Landing Techniques
- Understand normal, crosswind, short-field, and soft-field goals and trade-offs.
- Crosswind control:
- Maintain centerline
- Use coordinated aileron/rudder inputs through rollout
- After landing:
- Maintain directional control
- Clear runway promptly and safely.
7.9 Emergency and Abnormal Procedures
- Immediate action hierarchy:
- Maintain control
- Analyze and act via memory items/checklist
- Communicate and plan landing
- Core scenarios:
- Engine failure after takeoff
- Engine failure in cruise
- Fire/smoke
- Electrical failure
- Instrument failure
- Inadvertent IMC
- Forced landing/precautionary landing.
7.10 Survival, SAR, and Post-Flight
- Carry suitable survival equipment for route/area risk.
- ELT and signaling awareness is examinable.
- Post-flight actions:
- Secure aircraft
- Record defects accurately
- Review fuel/performance outcomes for learning.
7.11 SOP Discipline and TEM Application
- SOPs reduce variability and errors.
- TEM in operations:
- Anticipate threats
- Trap errors early
- Build margins before high-workload phases.
- Checklist usage must be timely, not rushed or deferred beyond safe points.
7.12 Key Definitions and Practical Examples
- Sterile cockpit: no non-essential conversation/actions during critical phases of flight.
- Example: during taxi, takeoff, approach, and landing, only operational communication is allowed.
- Stabilized approach: aircraft is on correct path, speed, power/configuration by a defined point.
- Example: if unstable at gate, immediate go-around is safer than salvage.
- Go-around: discontinued approach/landing followed by climb-out and re-sequencing.
- Example: another aircraft still on runway or unstable speed/path on short final.
- Precautionary landing: controlled landing made due to deteriorating conditions before emergency develops.
- Example: weather lowering ahead with limited alternates and daylight remaining.
- Forced landing: landing without engine power available.
- Example: complete engine failure in cruise requiring immediate field selection/checklist actions.
Scenario: unstable final approach
- On final: high and fast, significant crosswind correction still changing, touchdown zone likely missed.
- Correct action: go around early, re-brief approach, and reattempt with improved spacing/configuration.
7.13 Common Operational Procedures Exam Traps
- Forgetting to prioritize control of aircraft in emergency questions.
- Delaying go-around despite unstable approach cues.
- Treating checklist as optional under pressure.
- Poor runway/taxi situational awareness assumptions.
- Ignoring passenger briefing as a compliance/safety requirement.
7.14 Rapid Revision Checklist (Pre-Exam)
- Can structure a full preflight legal/safety check sequence.
- Can brief takeoff including failure contingencies.
- Can identify stabilized approach criteria and go-around triggers.
- Can prioritize emergency actions in correct order.
- Can explain runway incursion prevention techniques.
7.15 Procedure Graphics, Tables, and Formula Aids
Graphic: normal flight phase workflow
flowchart LR
A[Preflight brief] --> B[Taxi and runway safety]
B --> C[Takeoff and climb]
C --> D[Cruise monitoring]
D --> E[Descent and approach]
E --> F{Stabilized?}
F -- Yes --> G[Land]
F -- No --> H[Go-around and re-sequence]
Emergency priority ladder
| Priority | Action focus | Typical examples |
|---|---|---|
| 1 | Aviate | Pitch, power/configuration, safe flight path |
| 2 | Navigate | Select landing option, terrain/airspace avoidance |
| 3 | Communicate | PAN PAN/MAYDAY, intentions, position |
| 4 | Manage | Checklist completion, passenger brief, follow-up |
Stabilized approach gate table (training template)
| Gate concept | Expected state | If not met |
|---|---|---|
| Early final | Correct flap/config trend, speed trending to target | Correct promptly or discontinue |
| Stabilization gate | On path, on speed, stable power, checklist complete | Go-around |
| Short final | Minimal corrections, touchdown zone assured | Go-around |
Simple descent planning formula
\[\text{Top of Descent Distance (NM)} \approx \frac{\text{Height to lose (ft)}}{300}\](For a 3-degree path approximation; then add wind and configuration margins.)
\[\text{Rate of Descent (fpm)} \approx \text{GS (kt)} \times 5\](Useful quick estimate for a 3-degree descent.)
References
- FAA PHAK (airport operations, emergencies, procedures): https://www.faa.gov/regulations_policies/handbooks_manuals/aviation/phak
- CASA VFR guide copy (supportive operational context): https://www.kempseyflyingclub.com.au/Docs/Visual%20Flight%20Guide%202020.pdf
- ICAO Annex 2 (Rules of the Air): https://www.icao.int/
- EASA Air Operations portal: https://www.easa.europa.eu/en/domains/air-operations
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prepared by Raptor K