Aircraft radii: Difference between revisions

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m (Re arrange, more balance :))
m (Correct radii for future use)
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The "radius" parameter is used internally by [[FlightGear]]'s [[Interactive Traffic|AI system]] to determine whether an AI [[aircraft]] will fit at a parking location. The rule is that aircraft will prefer to park at the smallest possible parkings, but only at those that have a radius value (in metres) that is slightly larger than the radius value of the aircraft itself. Below is the official list of aircraft radii used by FlightGear's AI system:
The "radius" parameter is used internally by [[FlightGear]]'s [[Interactive Traffic|AI system]] to determine whether an AI [[aircraft]] will fit at a parking location. The rule is that aircraft will prefer to park at the smallest possible parkings, but only at those that have a radius value (in metres) that is slightly larger than the radius value of the aircraft itself. Below is the official list of aircraft radii used by FlightGear's AI system:


== Currently in use ==
{| class="vatop"
{| class="vatop"
|width="500" |
|width="500" |
Line 20: Line 21:


'''Boeing'''
'''Boeing'''
* [[Boeing 737-300]]: 19
* [[Boeing 737-300]]: 14
* [[Boeing 747-400]]: 36
* [[Boeing 747-400]]: 32
* [[Boeing 757-200]]: 24
* [[Boeing 757-200]]: 19
* [[Boeing 767]]: 27
* [[Boeing 767]]: 27
* [[Boeing 777]]: 32
* [[Boeing 777]]: 32
Line 70: Line 71:
'''Saab'''
'''Saab'''
* Saab 2000: 14
* Saab 2000: 14
|}
== Correct radii for future use ==
Please do not use these as of yet, we will likely convert all of the radii at once.
{| class="vatop"
|width="500" |
'''Airbus'''
* [[Airbus A320]]:
* [[Airbus A330|Airbus A330-200]]:
* [[Airbus A330|Airbus A330-300]]:
* [[Airbus A340|Airbus A340-300]]:
* [[Airbus A340|Airbus A340-500]]:
* [[Airbus A340-600]]:
* [[Airbus A380]]:
'''ATR'''
* ATR 42:
'''Beechcraft'''
* [[Beechcraft B1900D|B1900D]]:
'''Boeing'''
* [[Boeing 737-300]]: 19
* [[Boeing 747-400]]: 36
* [[Boeing 757-200]]: 24
* [[Boeing 767]]: 24
* [[Boeing 777]]: 30
* [[Boeing 787]]: 30
'''British Aerospace'''
* BAe 146-200:
'''Bombardier'''
* Bombardier Challenger CL-604:
* [[Bombardier Dash 8|Bombardier Dash 8-400]]:
'''Cessna'''
* [[Cessna 172]]:
* [[Cessna 182]]:
* [[Cessna 310]]:
* [[Cessna Citation II]]/Bravo:
|width="500" valign="top" |
'''Dornier'''
* Dornier 328:
'''de Havilland'''
* [[de Havilland Canada Dash 7]]:
'''Embraer'''
* Embraer Legacy 600:
* ERJ 145:
* ERJ 195:
'''Fokker'''
* [[Fokker 50]]:
* [[Fokker 70]]:
* [[Fokker 100]]:
'''General Dynamics'''
* [[General Dynamics F-16]]:
'''Lockheed'''
* [[Lockheed L-1011-500|L-1011 TriStar]]:
'''McDonnel Douglas'''
* MD-80:
* MD-90:
'''Saab'''
* Saab 2000:
|}
|}

Revision as of 20:29, 26 October 2011

The "radius" parameter is used internally by FlightGear's AI system to determine whether an AI aircraft will fit at a parking location. The rule is that aircraft will prefer to park at the smallest possible parkings, but only at those that have a radius value (in metres) that is slightly larger than the radius value of the aircraft itself. Below is the official list of aircraft radii used by FlightGear's AI system:

Currently in use

Airbus

ATR

  • ATR 42: 12

Beechcraft

Boeing

British Aerospace

  • BAe 146-200: 25

Bombardier

Cessna

Dornier

  • Dornier 328: 11

de Havilland

Embraer

  • Embraer Legacy 600: 13
  • ERJ 145: 14
  • ERJ 195: 20

Fokker

General Dynamics

Lockheed

McDonnel Douglas

  • MD-80: 23
  • MD-90: 24

Saab

  • Saab 2000: 14

Correct radii for future use

Please do not use these as of yet, we will likely convert all of the radii at once.

Airbus

ATR

  • ATR 42:

Beechcraft

Boeing

British Aerospace

  • BAe 146-200:

Bombardier

Cessna

Dornier

  • Dornier 328:

de Havilland

Embraer

  • Embraer Legacy 600:
  • ERJ 145:
  • ERJ 195:

Fokker

General Dynamics

Lockheed

McDonnel Douglas

  • MD-80:
  • MD-90:

Saab

  • Saab 2000:
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