What is the maximum landing distance allowed for a turbopropeller-powered airplane to land on a dry runway at the destination airport?

The maximum landing distance allowed for a turbopropeller-powered airplane on a dry runway is typically determined by regulatory guidelines and operational requirements specific to the aircraft type. For many turboprop aircraft, a maximum landing distance of 5,160 feet is common, reflecting standard operating procedures and safety margins necessary for landing under normal conditions.

This distance is established based on considerations such as the aircraft's weight, approach speed, environmental conditions, and performance capabilities. By adhering to this maximum landing distance, operators ensure that they have sufficient runway available to land safely, considering possible variables such as wind, weather, and runway slopes.

In contrast, the other options present landing distances that may exceed the operational safety margins for most turbopropeller-powered airplanes, making them impractical or unsafe in standard scenarios. Thus, the selection of 5,160 feet aligns with established performance standards for turboprop aircraft, ensuring compliance with safety regulations.