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The distance between centre lines of runway and parallel taxiway is a critical measurement in airport design that ensures safe aircraft operations. Centre line is a real or imaginary line through the Centre of something, especially one following an axis of symmetry.
The calculator uses the formula:
Where:
Explanation: This formula calculates the required distance between runway and parallel taxiway center lines, accounting for the additional space needed for aircraft turns.
Details: Accurate distance calculation is crucial for airport safety, ensuring proper separation between aircraft on runways and taxiways, and providing adequate space for aircraft maneuvering during turns.
Tips: Enter the additional distance required for turns in meters. The value must be valid (≥0).
Q1: Why is 116 meters used as the base value?
A: 116 meters represents the standard minimum separation distance between runway and parallel taxiway center lines for safe aircraft operations.
Q2: What factors determine the additional distance required for turns?
A: The additional distance depends on aircraft size, turning radius, wingtip clearance requirements, and specific airport operational requirements.
Q3: Are there international standards for this distance?
A: Yes, organizations like ICAO and FAA provide guidelines and standards for runway and taxiway separation distances based on aircraft categories.
Q4: How does this distance affect airport capacity?
A: Proper separation distances ensure safe operations while optimizing airport capacity by allowing efficient movement of aircraft between runways and taxiways.
Q5: Can this formula be used for all airport sizes?
A: While the formula provides a general calculation, specific airport designs may require adjustments based on local conditions, aircraft mix, and operational requirements.