Funked,
Thanks for the link. Did this 190-G3 have the fuel injection which would boost power to 1,870HP, like later G3's did? That is a 10% boost, very significant. To give you an example, my glider club upgraded the engines on our SuperCub towplanes from 150 hp to 160 hp (7%), and the climb rate on tow increased about 30%. Also, 140 octane fuel, how does that compare to what the LW used?
Your link is very good, but I have never seen any other source which gives the 190A anything near a 4000 fpm inital climb rate, so I am still going to look for other sources.
BTW, I agree with you about the Jug's E retention. I posted a 'Why?' post a while back comparing the E retention of the Jug v. the Tiffie, no one had an explanation that was convincing. I love the Jug and I would continue to fly it even if the E retention was toned down. I'm all for making FM's as accurate as possible. There are no published measurements of E-retention, so this is a part of the FM that we can only guess at.
RAM,
Your conspiracy theory is not needed. I do fly LW planes, in fact if my goal was to run up the highest K/D ratio I could, the 190's would be my only ride.
I don't have any anti-LW bias, and no one else in this game does either. That bias exists only in your mind.
What are the differences between the A-3 (for which William Green's book provides the <3000 fpm initial climb) and the A-5 which would account for a 33% climb difference. It is very possible that Green's data was derived from half-baked tests, but I would like to see other sources to corroborate Funked's data.
In a scenario a while back the 190A5s were able to climb with us (109G6/R6) right up to 25 or 30K, holding formation the whole way. That also surprised me. Everything about the 190A5's climb rate surprises me.
ra