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CFIse · August 28th, 2005, 20:09

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Care to explain that? As I understand it, more weight = higher angle of attack = higher P-Factor = higher Vmc

[/ QUOTE ]

The classic answer is that more weight has more inertia and therefore more resistant to loss of directional control.

August 28th, 2005, 20:09	#8
CFIse Senior Member Join Date: Jun 2005 Location: Somewhere Posts: 624	Re: acronym for Vmc factors [ QUOTE ] Care to explain that? As I understand it, more weight = higher angle of attack = higher P-Factor = higher Vmc [/ QUOTE ] The classic answer is that more weight has more inertia and therefore more resistant to loss of directional control.