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IL-2 Sturmovik: Cliffs of Dover Latest instalment in the acclaimed IL-2 Sturmovik series from award-winning developer Maddox Games. |
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Just totally ignore me...
I guess you guys were not there......................................... mazex - what about that radar / command fighter thing your too busy to work on? any news? Last edited by 5./JG27.Farber; 09-21-2012 at 10:08 PM. |
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#3
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Dangit, you beat me to it! This video demonstrates that non-aerodynamic (simple relative mass * gravity systems) do not give correct readings of attitude and roll. Precession, while annoying for sure, is *extremely* minor when compared to this. Gyroscopes can be re-centred using balance magnets, negating the effects of precession anyway.
To answer Raaaids initial question, I ask you "how would you, using as simple a device as possible, figure out what components of any vertical incoming air is wind (which can be much faster than 20km/h (~5ms^-1) at higher altitudes) and what is the climbing rate." Remember that in normal flight (i.e. when you are actually looking at the climbing rate gague) you climb or descend at ~2-5 thousand feet per minute which is ~25.5ms^-1, not too different from your conservative estimation of wind. Also, using a pressure based system, pressure changes by ~33hPa per thousand feet, whereas the most brutal low fronts will change pressure by 10-15hPa over the course of several hours. Small variations in pressure at ground level have surprisingly large effects, so it's easy to forget that by climbing in an a/c you travel through a huge range of pressures. Last edited by SQB; 09-22-2012 at 05:50 AM. |
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well you make a mechanism that makes this calculation:
airspeed*cos pitch angle=climbing rate if your going at 500kph and theres a vertical wind of 20 kph your making an error in just that your real speed will be the hipothenusa of the rect triangle: 20-500-x so then your horizontal airspeed would be maybe 490 with which the error would be minimum also planes have artificial horizonts to know your picth angle edit: doesnt actually a gyro artificial horizont also go crazy in hard manoubers?
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3gb ram ASUS Radeon EAH4650 DI - 1 GB GDDR2 I PREFER TO LOVE WITHOUT BEING LOVED THAT NOT LOVE AT ALL |
#5
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"doesnt actually a gyro artificial horizont also go crazy in hard manoubers?"
Depends on the gyro system. If its a full 360 degree in pitch and roll it works just fine no matter what you do. Few if any in WWII would have had this capability though. |
#6
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yeah then this guy was right:
the human balnce system works like the level glass of water, even nature is flawed spin for a while on yourself ![]() perfect for a loop to do it cooridnated and in case of thick fog perfect to go level its the same than developing a trillion dollar biro to write in zero g fork use a pencil i hate the sciencepriests thinking the truth is democratic edit: also dont you wonder why they didnt paint the artificial horizont blue where it should be? as it is its a totally pos for what you know you could be upside down and not be able to tell by the gauge well the colour of the sky is a forbidden colour for macho men maybe even more than pink you will never see a macho soldier dreess in this colour, so they didnt even paint the gauge like that is a relaxing colour and calming like pink ![]()
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3gb ram ASUS Radeon EAH4650 DI - 1 GB GDDR2 I PREFER TO LOVE WITHOUT BEING LOVED THAT NOT LOVE AT ALL Last edited by raaaid; 09-22-2012 at 01:16 PM. |
#7
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Disregarding precession that is, no system imparts force perfectly.
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