Image:TH27G3.jpg

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Description

Airplane with static dynamic stability.

Static en:directional stability. In an equilibrium condition (figure (a)), an airplane flies so that the en:yaw angle is zero. To have static directional stability, the appropriate positive or negative yawing moment should be generated to compensate for a negative or positive en:sideslip angle excursion.

Credits - NASA

Source: [1]

Source

Originally from en.wikipedia; description page is/was here.

Date

2007-01-21 (original upload date)

Author

Original uploader was Dhaluza at en.wikipedia

Permission
(Reusing this image)

PD-USGOV-FAA.


[edit] License information

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[edit] Original upload log

(All user names refer to en.wikipedia)

  • 2007-01-21 20:42 Dhaluza 367×720×8 (23076 bytes) Airplane with static dynamic stability. Static [[directional stability]]. In an equilibrium condition (figure (a)), an airplane flies so that the [[yaw angle]] is zero. To have static directional stability, the appropriate positive or negative yawing mom

File history

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Date/TimeDimensionsUserComment
current11:21, 26 March 2007367×720 (23 KB)Liftarn ({{Information |Description=Airplane with static dynamic stability. Static en:directional stability. In an equilibrium condition (figure (a)), an airplane flies so that the en:yaw angle is zero. To have static directional stability, the appropri)
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