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#1
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As the air gets thinner the higher you go, and as your engine needs air to breath to work efficiently, you will lose power the higher you go. BUT there were these things called superchargers, which gave the engine extra boost at high altitude. The 109E had an absolute service ceiling of around 32,000ft (9,700m), and I guess performance was pretty sloppy that high, but you should be able to get to around 20,000ft (6000m) before performance starts dropping off noticeably. Here is a link to British evaluation tests of captured 109Es: http://kurfurst.org/Tactical_trials/...ls/Morgan.html The first graph shows climb performance.
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#2
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If what you guys are reporting is true about lowering propeller pitch to gain the best speed out of the aircraft then something is wrong. That's anti-thetical to the physics/chemistry of a constant speed prop. A propeller should develop max rated thrust at it's max rated RPM. End of story.
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#3
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#4
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It's identical for a constant pitch prop too. The pilot just has to do the work is all.
Last edited by mattag08; 04-11-2011 at 12:22 AM. |
#5
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This is completley incorrect in the mooney M20j. |
#6
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I guess the M20J defies the laws of physics.
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#7
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As I understand it the lever currently labelled Mixture control in the BF109E3 was actually there to alter the timing purely to allow burning off the plugs (removing Oil fouling) and was only done on the ground. Once in flight Fuel injection did its thing. In short the 109E3 didnt have any mixture control.
![]() I grew up understanding Max power and Speed was MAX BOOST and MAX RPM Last edited by IvanK; 04-11-2011 at 07:24 AM. |
#8
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I did some testing with the E-3 today for speed at 0 and 5 km rated altitudes, and climb between 0 and 6000 meter.
Refer below to my findings, compared graphically to the actual Bf 109E Specification sheets of 1939, found here: http://www.kurfurst.org/Performance_...chreibung.html ![]() Uploaded with ImageShack.us ![]() Uploaded with ImageShack.us
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Il-2Bugtracker: Feature #200: Missing 100 octane subtypes of Bf 109E and Bf 110C http://www.il2bugtracker.com/issues/200 Il-2Bugtracker: Bug #415: Spitfire Mk I, Ia, and Mk II: Stability and Control http://www.il2bugtracker.com/issues/415 Kurfürst - Your resource site on Bf 109 performance! http://kurfurst.org ![]() |
#9
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That is interesting - assuming your flying was accurate the climb is linear as opposed to showing the drop off shown in the manual data - suggests something missing from the CEM model/FM, air density?
That is apart from the difference of the slope... |
#10
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yea,sadly the 109s an absolute pig at the moment
hasnt a snowballs chance in hell against the spit II.multiplayer. the spits II were running rings around me ,even when i had the advantage,so,a little depressed at my pathetic skills,i took a spit II up for a spin needless to say,it was obvious why i was struggling against them the energy they can retain is excellent took on 2 109s and a G50 together at low alt and was in no danger of being shot down,the energy advantage made it just so much of an advantage,to get stuck in and just turn and burn fast on the deck and climb well,the only place i was struggling against the 109,was at 5k,where the 109 should be better,even then i reckon i was gaining,but,hard to say. so in short,im quiting the fatherland,and mother england,here i come ![]() |
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