What is the maximum zero fuel weight of the aircraft?

The maximum zero fuel weight (MZFW) of an aircraft is a critical limit that signifies the maximum allowable weight of the aircraft when it is loaded with payload and usable fuel. It's essential for maintaining the structural integrity of the aircraft, ensuring proper performance, and adhering to safety regulations.

The correct answer reflects the specific design and operational parameters for this particular aircraft, which is crucial for flight planning and operational safety. Exceeding the MZFW could lead to excessive stress on the structure during flight, potentially causing failure in critical components, and thereby endangering the aircraft and its occupants.

In practical terms, knowing the correct maximum zero fuel weight helps pilots and ground crews ensure that the aircraft is properly loaded before takeoff. This involves verifying that the combined weight of passengers, cargo, and any other non-fuel items does not surpass the MZFW limit. If the total weight approaches this limit, careful calculations must be made to adjust the fuel or payload accordingly to remain within safe operational limits.

Understanding the maximum zero fuel weight also aids in balancing the aircraft, especially in preparing for takeoff and managing in-flight operations. This knowledge is vital for ensuring compliance with appropriate regulations and maintaining safety standards throughout the flight.