Unlock Full Access to A320 Type Rating Lessons

This lesson covers:

• Explanation of Low Visibility Operations and Low Visibility Procedures in Airbus operations
• Overview of approach types and associated aircraft system requirements
• Airport, crew, and operational requirements, including low visibility takeoff and approach bans
• Normal and abnormal operational considerations during low visibility operations

This lesson covers:

• An overview of the A320 landing gear system architecture and normal operation
• The role of the LGCIU and hydraulic systems in gear extension and retraction
• Gravity extension procedures, indications, and system limitations
• Abnormal landing gear operations and associated operational considerations

This lesson covers:

• An overview of Airbus control laws and the rationale behind flight envelope protections
• Explanation of the different Airbus protections and their operational effects
• Upset Prevention and Recovery Training (UPRT) recognition cues and recovery techniques
• Practical simulator demonstrations illustrating protections and UPRT application

This lesson covers:

• Definition of a Rejected Takeoff (RTO) and decision making criteria to reject or continue
• Correct RTO execution techniques and effective crew coordination
• Technical considerations including braking, spoilers, thrust reversers, and system limitations
• Post-RTO actions and a practical simulator demonstration illustrating the full sequence

This lesson covers:

• An overview of the A320 hydraulic system architecture and system distribution
• Identification and operational implications of a single hydraulic system failure
• Aircraft handling, system degradations, and key operational considerations
• A practical simulator demonstration illustrating hydraulic failure management

This lesson covers:

• An overview of air data systems and instruments involved in airspeed computation
• Common causes of unreliable airspeed and associated failure indications
• Memory items, QRH procedures, backup speed scale usage, and troubleshooting techniques
• Approach considerations and a practical simulator demonstration managing unreliable airspeed

This lesson covers:

• Recognition of an engine failure in the cruise, including ECAM alerts and secondary indications
• Immediate aircraft handling, thrust management, and automation considerations at altitude
• Detailed ECAM actions and single-engine system implications during the cruise    phase
• Drift-down strategy, diversion planning, and performance considerations

This lesson covers:

• An overview of the A320 high-lift system architecture and normal flap/slat operation
• Identification of flaps or slats locked indications and associated ECAM messages
• Performance penalties, speed management, and landing distance considerations
• Configuration strategy, approach planning, and abnormal landing techniques

This lesson covers:

• An explanation of the Flight Management and Guidance Computer (FMGC) architecture and redundancy
• Identification of dual FMGC failure indications and loss of managed guidance modes
• Reversion to selected modes, raw data navigation, and automation downgrade management
• Crew workload management, situational awareness, and navigation strategy without FMGC support