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I don't think it's impossible that (as you say) that Spits and 109s are speed competitive at high alt. Whose to say that the in-flight gauges are actually giving correct information? We could have a Spit 1a and 109 at 20000ft with gauge data showing the 109 20% faster, but both the aircraft actually doing 100mph TAS (or 500mph TAS!) through the CloD air. At this point it just gets confusing. For any aircraft, mismatched discussions can occur based on any combination of: * Performance calculated from gauges * Developer stated target performance * Actual relative performance in game * Wishful thinking relative performance in game (hopefully not too much of this :)) * Optimistic historical performance * Pessimistic historical performance * Fantasy historical performance (hopefully not too much of this :)) For me I think it is time to give up for now and just have fun with what it is and whatever it becomes. camber |
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There's really no conclusions to be drawn until we know what the atmospheric conditions are as modelled in the sim, and until they fix the shoddy state of the current flight model.
Once we have that we can run test flights, correct the data to standard conditions, and use that to compare to historical data. |
I have had maybe three encounters with lone BFs at 20K+ co alt (with this beta patch) which ended with the BF109 disengaging or not resulting in a clear advantage for either as long as I maintained my alt and not give a guns opportunity during convergence.
Those encounters tended to be less aggressive with more separation, sort of plugging away untill someone makes an error so to speak, and if neither make a mistake the encounter can go on for some considerable time. I have no idea who the players were or their skill level. |
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I climbed a Spitfire Mk I. It was difficult to trim the aircraft as the stability was pretty much nuetral on the longitudinal axis.
I felt like the oil temperature was high from the begining. The aircraft started the channel free flight at the limit of 90 degrees. I had to have the radiator open in level flight at 4 1/2lbs @ 2800 rpm. The Operating Notes tell the pilot to close the radiator in level flight and open it on climb only if needed. The rpm changes were rather dramatic too. A small control input caused large deflections in the rpm making it difficult to smoothly and precisely change. I did not check FTH or anything, just getting a feel for the aircraft. I dove to 420IAS and did manage to lose an aileron but still could perform and full deflection assymetrical pullout. The pullout again resulted in a loop with some grayout at the top but no blackout. |
and then there is the G.50....trimming it to fly high is a joke.
Down low at full bore you have to close the radiators because it's over cooling up high though...it's almost overheating |
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Above certain altitude (12-13k pre-patch), the coolant temperature will become the one to watch more. Unfortunately, you will not be able to fly at full power at FTH to compare your speed with the historical test data - as that will overheat and ruin your engine. Mixture does not work properly. And you have got wrong fuel. But othervise, everything is OK. Quote:
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