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Question 1
What happens to the cabin altitude during a rapid descent?
Correct Answer:
It automatically pressurizes
Explanation:
During a rapid descent, the cabin altitude increases as the aircraft descends, which can lead to a significant difference between external altitude and cabin pressure. To maintain passenger safety and comfort, the aircraft's pressurization system automatically adjusts the cabin pressure to avoid rapid changes that could be harmful. The pressurization system is designed to manage the altitude changes seamlessly, ensuring that the cabin altitude is controlled appropriately. This automatic adjustment helps to mitigate the effects of rapid descent, preventing any sudden decreases in cabin pressure that could lead to hypoxia or other complications. Through this system, the aircraft is able to pressurize the cabin effectively during such maneuvers, ensuring that occupants remain safe and comfortable during flight variations. In contrast, other options suggest stability or manual control of cabin pressures which do not reflect the automatic operations of modern aircraft pressurization systems during rapid changes in altitude.
Question 2
What is indicated if the min flap retraction speed is not displayed during flight?
Correct Answer:
It is not applicable for the current phase of flight.
Explanation:
The indication that the min flap retraction speed is not displayed during flight suggests that it is not pertinent to the current phase of flight. This situation commonly occurs when the aircraft is either not configured for flap retraction or is operating within a flight envelope where flap retraction speeds do not need to be displayed, such as during takeoff or when flaps are already retracted. In various phases of flight, particularly during landing or when flaps are being deployed or have just been deployed, the aircraft may not display this speed if it does not apply to the current configuration or conditions. For example, if the aircraft is in a clean configuration (with the flaps retracted), the indication may not be relevant, hence the absence of a displayed speed. Other options relate to specific scenarios that would not universally apply. For example, the presence of fully extended flaps, an incorrect configuration, or being in landing configuration would imply conditions where some indication might still be relevant. However, if those specific conditions do not exist, the absence of a display aligns with the conclusion that the information is simply not applicable at that time.
Question 3
What type of aural warning accompanies a level 2 ECAM?
Correct Answer:
A single chime
Explanation:
The aural warning that accompanies a level 2 ECAM notification is a single chime. In the Airbus A320, different levels of ECAM messages are categorized by their urgency and required actions. Level 2 messages are considered important but not immediately threatening to the safety of the flight. The single chime serves as a cue to the flight crew that they need to address the situation, but it does not indicate an urgent or critical condition, allowing the crew to maintain situational awareness without immediate panic. Understanding this system of aural warnings is vital for ensuring that pilots can prioritize their responses appropriately while managing the aircraft's systems. The single chime is distinct and designed to fit the context of level 2 notifications, which enhances the crew's ability to focus on ongoing operations while still being alerted to important information.
Question 4
If the fuel MODE SEL switch is in AUTO, what will happen to the center tank pumps when the slats are extended?
Correct Answer:
They will run as needed
Explanation:
When the fuel MODE SEL switch is set to AUTO, the aircraft's fuel system is designed to manage fuel transfer efficiently based on the operational conditions. The center tank pumps function automatically under this mode, responding to the current state of the fuel system and aircraft's configuration, such as the deployment of slats. When the slats are extended, indicating that the aircraft is likely in a low-speed, high-lift configuration typically used during takeoff or landing phases, the fuel system automatically activates the center tank pumps as needed. This operational behavior ensures that the center tank fuel is utilized to balance the aircraft's weight distribution optimally and maintain proper fuel flow to the engines. The automated function of the pumps is critical for managing fuel balance and ensuring that fuel is available when it is most crucial for flight stability and performance. By running the pumps only when necessary, the system conserves energy and minimizes the risk of fuel starvation to the engines. This logic helps pilots maintain control and safety during critical phases of flight.
Question 5
In flight, with only one engine generator operating, how is the electrical system configured?
Correct Answer:
The main galley power supply is automatically shed.
Explanation:
The correct answer highlights that when only one engine generator is operational, the main galley power supply is automatically shed to prioritize the electrical load on the aircraft. In this situation, the aircraft's electrical management system must ensure that essential systems remain functional while reducing demand on the single available generator. Under normal conditions, both engine generators supply power to various electrical buses, but if only one is working, there is a need to limit non-essential loads. Shedding the main galley power, which typically has a higher electrical demand, helps preserve power for more critical systems like flight instruments, navigation, and control systems that are vital for safe operation of the aircraft. This operation aligns with the aircraft's design to enhance safety and reliability in situations where power supply is compromised.
Question 1
Exam overview

About this Exam

The A320 MQF List – Airplane General Practice Test is a crucial milestone for pilots, technicians, and aviation professionals seeking to solidify their knowledge of the Airbus A320 aircraft series. This comprehensive practice exam is specifically designed to assess foundational technical understanding, focusing on the systems architecture and operational logic that make the A320 one of the world's most ubiquitous and advanced commercial jetliners. Whether you are transitioning to the type, preparing for recurrent training, or aiming to sharpen your expertise as an instructor, this test provides a rigorous and realistic environment to evaluate your proficiency and identify areas for further study before facing official certification assessments.

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Additional Information

What the Course Entails and Exam Details

While usually integrated into broader A320 type training programs, this specific practice test assesses proficiency across key aircraft systems and regulatory procedures.

Students preparing for this test should focus on critical syllabus modules designed to build robust decision-making skills:

  • Understanding MMEL & CDL: Deep dive into the structure, philosophy, preambles, definitions, and proper application of the Minimum Equipment List and Configuration Deviation List.

  • A320 General Aircraft Knowledge: Foundational principles of flight, performance, weights and balances, and operational limitations of the A320 family.

  • Key Aircraft Systems: General operational knowledge of vital systems, including flight controls, powerplants, hydraulics, electrics, navigation, communication, and emergency procedures, with a focus on potential inoperative scenarios.

  • Operational Procedures: Safety procedures, deferral processes, maintenance operational requirements (M&O), and associated cross-referencing between documents to ensure safety.


What to Expect in the Final Exam

The final assessment for the A320 MQF List – Airplane General is typically structured to rigorously test theoretical knowledge and scenario-based applications.

Format: The exam usually consists entirely of multiple-choice questions (MCQs), requiring precise answers and quick thinking.

Question Count: Expect around 50 to 70 questions covering all specified topics.

Time Limit: The time allocated is generally tight, often allowing only about 60-90 seconds per question, encouraging efficiency and quick reference skills.

Passing Score: The required passing grade typically ranges from 75% to 80%, depending on the regulating authority or training provider.

Materials: Most examinations are closed-book, though relevant reference manuals like a simulated MMEL may be provided for specific scenario questions. Consult your training organization for exact rules.


How to Study and Exam Centers

Effective preparation for this exam requires a disciplined and practical study strategy.

Active Scenario Practice: The best method is to create and solve scenarios. Actively look up diverse potential component failures (e.g., "A320 engine fuel flow indicator failure - Dispatch allowable?") in standard MMEL/CDL documents to build speed and accuracy.

Utilize Practice Exams: Repeatedly take high-quality A320 MQF practice tests to familiarize yourself with the question style and simulate test conditions. Focus on time management.

Deep Study of References: Thoroughly study the preambles, definitions, and application guidelines within standard A320 MEL/CDL reference materials. Understand why certain systems can or cannot be deferred.

Systems Review: Conduct a focused review of fundamental A320 systems knowledge, as understanding the function of components helps in evaluating their criticality.

Exam Centers: This exam is not typically held at standard public test centers like Pearson VUE. Instead, it is almost exclusively administered through authorized aviation training organizations (ATOs), Type Rating Training Organizations (TRTOs), approved airline training departments, or specialized flight academies. Many offer secure online portals for the practice and final assessments.


Job Opportunities from the Course

A strong performance on this practice test and subsequent certification significantly advances career paths within the global aviation industry, opening doors to various roles focused on the A320 aircraft:

  • Airbus A320 Licensed Aircraft Maintenance Engineer (EASA B1/B2, FAA A&P with A320 type rating)

  • Airline Fleet Support Engineer (A320 Fleet Specialist)

  • Technical Services Engineer / Technical Planner for Airlines

  • Airline Flight Operations Officer / Dispatcher (with specialized knowledge)

  • Pilot (Type Rated on A320 Family)

  • Maintenance Control Center (MCC) Coordinator / Controller

  • Aviation Quality Assurance Auditor (specializing in Maintenance and Operations)

Good luck with your preparation for the A320 MQF List – Airplane General Practice Test!
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