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| IL-2 Sturmovik The famous combat flight simulator. |
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Thread Tools | Display Modes |
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#1
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S!
Galway, there is much more to it than how your landing gear is attached or how it folds. The inner structure of the wing and how it is attached to the fuselage determines more than just one LDG component. We get G-limits in IL-2 on planes that are always factory fresh. We do not have to worry about the FI(Fatigue Index) on the airframe, how much the plane has been strained during it's service. Older structure that has been flown hamfisted will loose it's strength thus the risk of damage or even critical failure in a High-G situation. A new plane can take a lot of beating without breaking. What we get is a simplified feature of something that involves more than just how much G a plane can pull. It will add to the realism without being fully realistic feature. This with a 13 year experience on working with military jets every day. |
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#2
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Bellator, all you've done is repeat your earlier assertions, and add a few more besides. Do you have the slightest grounds for doubting the accuracy of Spitfire structural tests? No, you don't. And do you really think you can determine the strength of a wing by looking at it?
You've still provided no evidence at all to back up your claims. As far as I'm aware, the only source for an alleged 5.33 G limit for Spitfires is an unreferenced Wikipedia article, which is flatly contradicted by the Pilots' Notes. |
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#3
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Bellator, the Fw A-8 figure of 6-8.1-10.8g is valid for a plane weight of 4450 kg.
A Spitfire MkIX, the most common of all Spitfires, weighted 3440kg. This means that, if it had the same structural strength the Fw has, it could take 7.8-10.5-14.0g. The fact that it doesn't, shows that the Fw is stronger. Still, if you correct the safety factor of the Spit II of "about 10"g to the weight of the Spit IX, you end up with about 8g's - that's pretty much as good as the 8.1g's of the Fw. So, what might be a bit of a misunderstanding - I'm saying that the Spit can take about as many g's as the Fw. I'm not saying that the wings are structurally as strong. |
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#4
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Since we have no data i must agree with JtD, the FW wings had to be stronger since it was more heavier but this not imply it can take more g's, period. And we need data for such comparison.
I agree with Flanker too, all aircraft in IL2 are brandly new and can take a lot of punishment. However i guess some aircraft had more quality than others and its structure remains safe for longer time than others. We must remenber the bad conditions of the battlefield. In this case where we do not have new aircraft all time, the aircraft with better structural quality, more resistant to time conditions, continuous operations (umidity, oxidation, continuous stressing etc) and more easy to repair or change damaged parts in the battlefield had the edge, maintaining its performance integrity for longer time. This is the case of FW wich was a very ruged aircraft and can operate in almost all time and in very poor conditions, and such conditions were much more frequently in the eastern front (bad conditions of time, runways in poor conditions etc). I have no data but i guess FW is a much better overall, all weather conditions and easy to repair fighter than its western rivals. Since IL2 does not simulates this features i think FW has lost one of its most powerfull advantages in RL. Last edited by Ernst; 09-16-2010 at 04:43 PM. |
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#5
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There's no need to worry about the ruggedness of the FW-190, we won't see it in BoB anyway. |
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#6
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) when it is released.
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