Hi,
i would like to see the B239, Fiat G50bis, Lagg3, Yak1+1B, Mig3, I-16 and I-153, Ki43, Ki44, Bf109E7 and Pe-2.
Regarding the Yak3 i think it was a good plane but not as super as many may think. Most pages quote the Yak3 prototype performrnce, with VK-107 and VK108 engine, both dont saw service.
The Yak-3 with VK105-PF2 was a real low level fighter, above 2300m altitude the enginepower did decrease rapidly and the low aspectratio wasnt a help in high alt. Vmax with this engine was at around 4000m alt. The powerload of the La7, 109G10, Spit14, Yak9U and Ki44 was better.
I think, if people talk about nimble or manouverable they talk about a good rollratio mainly(similar to the FW190). The VK105-PF2 gave around 1250HP up to 2300m altitude, take off/ WEP was 1300hp close to the ground. Even if we consider the smal and light airframe this power is rather poor for a late war plane.
Even the DB601E with combatpower had same power at 1500-2300m alt, above this the DB601E got a big advantage.
The DB6051A with combatpower was much stronger all over.
The wingload of the Yak3 was rather high, the aspectratio very low, so i guess the liftload was rather high. For sure the 1944 109G6´s and FW190A´s had to avoid a close combat with the Yak3, but the same we can suggest vs a 109F4, A6M5, SpitV, HurriII etc(actually closecombats in 1944, with possibliy 5-7 times more enemys than friends in the air, was bad at all for a german pilot).
Iam pretty sure, right modeled the Yak3, same like the Yak1 will be a interesting plane in AH.
Apropro right modeled, the FM makers should start to get the induced drag calculation right. It still looks to me that they forget that light wingloaded planes have a big max induced drag and therfor big max E-bleed, if they turn tight. Planes like the Ki84, A6m5, SpitV, F4F, Hurri and lighter wingloaded planes in general dont seems to bleed energy while tight turns as they should. As result the 109F keep more energy while a highspeedturn than a 109G6, same like the SpitV keep more energy than the SpitIXc etc (its best to compare same airframes to show the mistake, otherwise some people will start to fight for 'their' plane/nation). But this is a bad mistake!! Althought the SpitV should be able to turn more tight (slower stallspeed, due to better liftload), it should bleed much more energy while turning that tight and at speeds above sustained turnspeed (around 175mph), cause much less inertia and power(same count for the 109F vs 109G). But in AH we have all in oposide direction. The SpitIXc and 109G6 only can run to survive vs their predecessors, if the climbratio is better, they can outclimb them, but after one turn they lost their advantage, even the G10 have problems vs the F4 or G2, althought much more power and inertia(btw, with combatpower the 109G10 should be the most bad 109G in game).
Its important to know that light wingloaded planes turn more tight, but at same time they bleed much more energy. If the SpitV and SpitIX turn with the most tight SpitIX-radius, the SpitV should lose much more speed, cause missing power, although the SpitV should be able to turn more tight with this smaler speed.
While constant smooth highspeed turns this different should be even bigger, cause here the inertia(around 400kg more weight) into flightdirection is a important aspect, next to the greater power. If the relation between SpitVb/SpitIX and 109G/109F would have been like it is in AH, noone would have used the newer models.
Credible performcerelations we almost only see if similar wingloaded planes fight each other. Like 109G2 vs La7, SpitV vs A6M5, 109G6 vs P51 etc. Most strange it get if planes like the P51D, F4U and P38 use their flaps, they get a incredible liftenhancement, almost without drag penalty, therfor this planes get to be the best stallfighters while using flaps(the fowlerflaps of the P38 realy had a good lift/drag relation, but this most heavy wingloaded plane realy did need it!).
Greetings, Knegel