Grumman F-14 Tomcat: Difference between revisions

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[[File:F14-glareshield.jpg|thumb|F14-glareshield]]
[[File:F14-glareshield.jpg|thumb|F14-glareshield]]


Full aerodynamic affects of wing sweep are modelled. The Wing Sweep can be controlled via the keyboard or by using the Sweep gauge in the cockpit. Use the mousewheel to over the sweep angle indication to adjust the required angle of sweep. The legends to the right of the wing sweep gauge can be clicked to any of the possible modes.
Full aerodynamic affects of wing sweep are modelled. The Wing Sweep can be controlled via the keyboard or by using the Sweep gauge in the cockpit. Use the mousewheel over the sweep angle indication to adjust the required angle of sweep. The legends to the right of the wing sweep gauge can be clicked to any of the possible modes.


The CADC will provide automatic wing sweep based on Mach number. The wings cannot be swept further forwards than the CADC automatic value (to protect the airframe).
The CADC will provide automatic wing sweep based on Mach number. The wings cannot be swept further forwards than the CADC automatic value (to protect the airframe).
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The main flaps operate until the wings are swept to 55 degrees; the auxiliary flaps are only available with the wings swept to 22 degrees. Interlocks operate to prevent flap deployment with unsuitable wing sweep.  
The main flaps operate until the wings are swept to 55 degrees; the auxiliary flaps are only available with the wings swept to 22 degrees. Interlocks operate to prevent flap deployment with unsuitable wing sweep.  


It is possible to land with fully swept wings; however this should only be used in emergency situations as the landing speed is significantly increase.
It is possible to land with fully swept wings; however this should only be used in emergency situations as the landing speed is significantly increased.


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