Flight Planning
Runway length at which accelerate-go and accelerate-stop distances are equal under specified conditions.
Quick answer: Runway length at which accelerate-go and accelerate-stop distances are equal under specified conditions.
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Runway length at which accelerate-go and accelerate-stop distances are equal under specified conditions.
Balanced field length matters because it supports clear communication in Flight Planning contexts for Pilots, Air Traffic Controllers, and Cabin Crew. It also connects to aviation training and exam language such as ICAO Level 4, ICAO Level 5, ICAO Level 6, and EASA FCL.055.
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Questions and answers
In this glossary, Balanced field length refers to: Runway length at which accelerate-go and accelerate-stop distances are equal under specified conditions.
In aviation communication, this term appears in contexts such as: "Performance data shows BFL 2900 m; verify runway availability."
Balanced field length matters because it supports clear communication in Flight Planning contexts for Pilots, Air Traffic Controllers, and Cabin Crew. It also connects to aviation training and exam language such as ICAO Level 4, ICAO Level 5, ICAO Level 6, and EASA FCL.055.
Balanced field length is mainly used by Pilots, Air Traffic Controllers, and Cabin Crew.
In this glossary, Balanced field length is grouped under Flight Planning. Related pages in this category explain adjacent procedures, commands and operational concepts.
This definition is sourced from ICAO Doc 9432, FAA PCG and published by Protermify Aviation as a static aviation reference page.
Runway length at which accelerate-go and accelerate-stop distances are equal under specified conditions.
Performance data shows balanced field length of two thousand nine hundred metres under current conditions; verify runway availability.
English reference definition
ICAO Doc 9432, FAA PCG
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