737 goes down off Hawaii

Vmc is the "most critical" engine. In most jets either engine could be the most critical one.

I still don't think you are getting it as far as thrust goes.

Probably not in terms of jets. That's not my wheel house, yet. In my current world the cricital engine is always usually the left engine on a piston. Then its about determining the four factors that used to determine the critical engine. In a plane with props rotating clockwise. 1.) P Factor. 2.) Accelerated slipstream/asymmetric thrust. 3.) Spiraling slipstream and 4.) Torque.

BTW, again... you do know that my original comment was said totally in jest. Right? Right?
 
BTW, again... you do know that my original comment was said totally in jest. Right? Right?

Kind of... but the thing you were joking about (jets not having a critical engine) isn't really a thing.

And yes, it's normally the left on props, but the issue I was talking about was that a JT8-9 generates LESS thrust than a later generation model (what Mike was talking about), and therefore would be less likely to cause Vmc issues.
 
And yes, it's normally the left on props, but the issue I was talking about was that a JT8-9 generates LESS thrust than a later generation model (what Mike was talking about), and therefore would be less likely to cause Vmc issues.
I’m approaching Susan Collins levels of concern (possibly higher) about the quality of multi-engine instruction apparently available.
 
Granted it’s a little silly in an airline context because V1 > Vmcg, Vr > Vmca and Vref > Vmcl by certification, but still.
If you’re not good at your current job how can I expect you to be good at your new job? I don’t think it’s silly at all.
 
of course I was skimming, so I originally read this as “hmmph….how can questions on visual meteorological conditions be that difficult for an instructor?”

"It's either VMC or it's not.....so which is it? What's there to talk about here?"
 
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