Shortround6
Major General
These are the only charts I have ever seen and apply to the Spitfire I and Bf 109E
http://www.spitfireperformance.com/spit109turn.gif
If I am using the 109 chart correctly and following the directions/example the 109, in order to maintain 250mph (true?) and 3 G turn needs to loose 2000fpm in order to keep it's speed at the 250mph mark. Higher G turns (or higher speed) require even more altitude loss.
I assume that all aircraft will follow the same General "rule" even if they have their own chart/s. Pilots could pull 5-6 "G"s, they just couldn't do it very long. They could actually, depending on aircraft, exceed that by quite a margin for short periods of time, like fractions of a second, which is just long enough to break the airplane.
And please remember that even a 180 degree turn that averages 2 "G"s can have momentary (fractions of a second) "g" loading's that considerably exceed the average. Especially in the first few seconds.
http://www.spitfireperformance.com/spit109turn.gif
If I am using the 109 chart correctly and following the directions/example the 109, in order to maintain 250mph (true?) and 3 G turn needs to loose 2000fpm in order to keep it's speed at the 250mph mark. Higher G turns (or higher speed) require even more altitude loss.
I assume that all aircraft will follow the same General "rule" even if they have their own chart/s. Pilots could pull 5-6 "G"s, they just couldn't do it very long. They could actually, depending on aircraft, exceed that by quite a margin for short periods of time, like fractions of a second, which is just long enough to break the airplane.
And please remember that even a 180 degree turn that averages 2 "G"s can have momentary (fractions of a second) "g" loading's that considerably exceed the average. Especially in the first few seconds.