The results are in the turn radius thread, linked at my sig. But for you, I'll compile them here for easier comparison.
Fighter Name (SL setting normal / SL one notch flaps / SL full flaps)
* fighters listed without SL settings for flaps are those that can use one setting throughout the entire testing
List of entire fightersA6M2 (0.05)
A6M5b (0.05)
Bf109E-4 (1.0/1.1/1.2)
Bf109F-4 (1.0/1.2/1.2)
Bf109G-2 (1.0/1.2/1.2)
Bf109G-6 (1.0/1.2/1.2)
Bf109G-14 (1.0/1.2/1.2)
Bf109K-4 (1.0/1.2/1.2)Bf110C-4 (0.05)
Bf110G-2 (1.0)C.202 (0.05)
C.205 (1.0)F4F-4 (0.05)
FM-2 (0.05)
F4U-1 (1.0)
F4U-1D (1.0)
F4U-1C (1.0)
F4U-4 (1.0)
F6F-5 (1.0)
Fw190A-5 (1.0/1.5/1.5)
Fw190A-8 (1.0/1.5/1.5)
Fw190D-9 (1.0/1.5/1.5)
Fw190F-8 (1.0/1.5/1.5)Hurricane Mk.Ia (0.05)
Hurricane Mk.IIc (0.05)
Hurricane Mk.IId (0.05)
Ki-61-I-Tei (0.05)
Ki-84-I-Ko (0.05)
La-5FN (0.05)
La-7 (0.05)
Me163B (0.05)
Me262A (0.05)
Mosquito Mk.VI (0.05)
N1K2-J (0.05)
P-38G (0.05)
P-38J (0.05)
P-38L (0.05)
P-40B (1.0)
P-40E (1.0)P-47D-11 (0.05)
P-47D-25 (0.05)
P-47D-40 (0.05)
P-51B (0.05)
P-51D (0.05)
Spitfire Mk.Ia (0.05)
Spitfire Mk.V (0.05)
Seafire Mk.II (0.05)
Spitfire Mk.IX (0.05)
Spitfire Mk.VIII (0.05)
Spitfire Mk.XVI (0.05)
Spitfire Mk.XIV (0.05)
Ta152H-1 (1.0)Typhoon Mk.Ib (0.05)
Tempest Mk.V (0.05)
Yak-9T (0.05)
Yak-9U (0.05)
List of those cannot use minimal settingsBf109E-4 (1.0/1.1/1.2)
Bf109F-4 (1.0/1.2/1.2)
Bf109G-2 (1.0/1.2/1.2)
Bf109G-6 (1.0/1.2/1.2)
Bf109G-14 (1.0/1.2/1.2)
Bf109K-4 (1.0/1.2/1.2)
Bf110G-2 (1.0)
C.205 (1.0)
F4U-1 (1.0)
F4U-1D (1.0)
F4U-1C (1.0)
F4U-4 (1.0)
F6F-5 (1.0)
Fw190A-5 (1.0/1.5/1.5)
Fw190A-8 (1.0/1.5/1.5)
Fw190D-9 (1.0/1.5/1.5)
Fw190F-8 (1.0/1.5/1.5)
P-40B (1.0)
P-40E (1.0)
Ta152H-1 (1.0)
- Bf109 variants (6)
- Fw190 variants (5)
- F4U variants (4)
- Miscel. (5)
So, while 20 planes cannot use thes settings, which seems a lot, actually half of them are 109s and 190s. The only other major plane with a number of variants that cannot handle the minimal setting, is the F4U. Speaking cynically, basically our 109s and 190s are in the same league as the "Ensign Eliminator" when it comes to maneuvering stability.
Also, do you think someone who was used to "fighting" the plane through the turn could get the most (or at least a lot more) out of it than someone who was not? I ask because I used to be practically alone in my opinion that the La-7 and G-10 were a match for a P-51D in a "turn-fight" (not knife fight per se.. but a circlejerk fight), because when I was flying them, they were.
Here's what I think.
The tested results are mechanical, and could be considered absolutely devoid of human factor. If what you are asking is that if human factor can alter the results enough to change the outcome, then my answer is "yes".
The problem is, when the human factor is assumed at a simular level, the characteristics of the plane in question are so malevolent that it reverses the historically known outcome. The opinion that a 109 would have a handy amount of advantage over the P-51 or a P-47 in slow-speed fights, was shared by pilots of both sides historically. However in AH, the results are often reversed.
In all likeliness, people who fly planes always make some kind of mistakes, big and small. However, one plane is so forgiving to that mistake as to remain stable right up to the stalling point, and overthrow the advantage of the other plane decisively, while the other is so unforgiving that a slight mistake immediately deprives the plane of its maneuvering advantage, preventing it from reaching its full potential - even with a considerable amount of pilot skill.
...and this, is with the Gustavs, which have a distinctly smaller turn radius than a P-47 or P-51, but still routinely get outmaneuvered them during flat turn contests that start out as a one circle fight. The K-4 has almost exactly same turn radius as the P-51, but stability is far worse. Unless a pilot employs other methods of combat, such as utilizing the climb, IMO there is no way for a Bf109K-4 to win a turn fight against a P-51 starting out at co-E situation.