What is the maximum landing distance for a reciprocating-engine-powered airplane to land on a dry runway?

The maximum landing distance for a reciprocating-engine-powered airplane to land on a dry runway is indeed identified as 5,490 feet. This figure is crucial for ensuring that flight operations adhere to safety regulations and standards. Landing distance is influenced by various factors, including aircraft design, weight, approach speed, and environmental conditions such as runway surface and gradient.

In scenario assessments and operational planning, this specified distance reflects the conditions under which a typical reciprocating engine aircraft can safely land without exceeding runway limitations. Understanding this measurement is essential for flight dispatchers, as it impacts route planning, fuel calculations, and ensuring compliance with regulatory requirements.

By ensuring that the landing distance is below this maximum threshold on a properly maintained dry runway, operators can maintain a high margin of safety during landing operations. This consideration is vital for flight dispatchers who are always tasked with evaluating aircraft mobility and safety parameters before landing decisions are made.