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

The maximum landing distance for a turbopropeller-powered airplane to land on a dry runway at the alternate airport is determined based on regulatory standards and performance specifications. The correct response indicates that the maximum landing distance is 6,370 feet, which aligns with typical performance data for many turboprops under standard operating conditions.

This figure is derived from a combination of factors including the aircraft’s weight, configuration (such as flaps and landing gear settings), and environmental considerations (like runway surface and weather conditions). For turboprop aircraft, precise landing distance calculations are crucial to ensure safety and operational efficiency, especially when considering alternate airports.

In aviation operations, it's essential to adhere to maximum landing distance requirements to ensure that the aircraft can safely stop on the available runway length, taking into account factors such as wind conditions and applicable safety margins. Thus, 6,370 feet represents a realistic expectation of a turboprop's landing performance, ensuring compliance with safety regulations and operational guidelines.