What is the maximum landing distance for a non-transport category, turbopropeller-driven airplane to land on a dry runway at the alternate airport?

The correct answer, 5,845 feet, is the maximum landing distance established for non-transport category, turbopropeller-driven airplanes when landing on a dry runway at the alternate airport. This distance takes into consideration regulatory requirements and safety margins defined by aviation authorities, which dictate that such airplanes must be capable of landing within a specified distance to ensure adequate safety for passenger transport and operational efficiency.

The specified landing distance reflects the performance capabilities of turboprop aircraft, which are often utilized for regional flights and shorter hop routes. Their operational characteristics, including stall speeds and braking performance, play a critical role in understanding landing distances. Therefore, a significant number, such as 5,845 feet, is crucial in the context of ensuring that the aircraft can safely land even under varying conditions, while adhering to the regulatory environment that exists in aviation operations.

It is essential for pilots and dispatchers to be familiar with these values to make informed decisions about alternate airports and fuel requirements during flight planning. Using other figures would not align with the established guidelines for turbopropeller-driven aircraft, thereby emphasizing the importance of knowing the correct maximum landing distances for proper planning and safety considerations in aviation operations.