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In essence you said any plane can stall at any speed. Not in level flight it shouldn't unless you got one heck of a gusting tailwind.
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Of course you can stall in level flight (i.e. 1g) that is what pilot handbooks give. You are unlikly to be at these speeds in level flight though with any signicant thrust (engines working hard) however no plane can remain in flight indefinatly without thrust (i.e. engines off) and will eventually reach a point when the IAS in level flight is not enough and the aircraft will stall.
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The B-17 should lift off at 115 mph or thereabouts at full gross. The B-17 in AH won't even maintain level flight at that speed.
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Personally i can hold it level until about 110 IAS (just did a quick test not sure what loadout) but assuming you are right and the B17 does stall at too higher speed at 1g this would not be a function of the physics model but rather the numbers put into the model which could be corrected this doesn't show how good/bad the model is it does though show the B17 isn't performing as it should, none of the planes are, that has been acknowledged by HTC and that is one of their next priorities getting the right numbers in. This not going to improve the base physics model if is fundamentally wrong now it will be after the changes which is why you can judge it now.
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If the airspeed indicator is indeed correct then the FM is toast. I suspect none of the guages are modled at this time.
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I am 99% sure the indicator is right I see no reason why it would not be. For the sake of your evaluation assume only that engine mangement settings are incorrect i.e. changing MAP and RPM will not have the correct effects due to those components not being properly modelled (and therefore calibrated).
Eagerly awaiting you FM evaluation