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DerAdlerIstGelandet said:Syscom I am sorry but none of your arguments prove anything. You have not proven that the Lanc was not easy to build. You have not proven that the Lanc would have sustained more losses, nore have proven anything.
2nd I am telling you one last time, give it up on your simulations crap. First of all they dont prove anything because you can not source them, and they really dont prove anything because you doing simulations on your PC dont count for anything.
syscom3 said:The fact that the B24 could be built in 56 minutes proves that point without a doubt.
syscom3 said:And of course the Lanc would have had higher loss's.
syscom3 said:You seem not to be able to disprove my assertions that radial engines are better able to handle damage as they dont have radiators that can be shot out,
syscom3 said:the long ranges in the PTO magnified any damage problems and having a second pilot at the controls to immediatly take command is far safer than having a single pilot at the controls.
syscom3 said:Plus the B24 was better armed than the Lanc was, plain and simple. Ten .50's beats eight .303's any day.
syscom3 said:Why do you presume my simulations are on a flight sim? Ever hear of a plain old calculator and pen and pencil and doing some math? Why are you the only one that doesnt have a sense of humor about it?
syscom3 said:I have more than proven some of my points. The fact that the B24 could be built in 56 minutes proves that point without a doubt. Untill someone gives some data on the production time for a Lanc, then my assertion stands.
the lancaster kicks ass said:sys, put it this way, i can think of atleast one other person that's getting annoyed by the simulations talk
how about we stop listening you to trying to promote the B-24's one or two advantages over the lanc, and look AGAIN and just some of the advantages of the lanc over the B-24...........
along with other advantages, and you go on about the losses of the lanc, not only were they only about 0.5% greater than the B-24's, but look at the tonnage dropped per aircraft lost, the lancaster dropped 203 tons of bombs per aircraft lost, the B-24 dropped a meager 125 tons of bombs per aircraft lost, says something, no?
and about the "ease" of manufacture of the B-24, i am looking into the production figures of the lanc, as of yet you have not proved the B-24 was easier to produce, not by any means, simply because to compare two aircraft on a point like this implies you have to have the same information about both planes..............
If you don't have datas of the number of persons involved in the production of the two planes, is the same thing to say that, since in the USA born a baby every 5 minutes, and in Germany one every 15 minutes, American babyes are easier to build (is an example, I don't know the rate of production of babyes in the two countries).syscom3 said:18,000 produced at the rate of of one per hour implies it was easily mass produced.
On the other hand, a two pilot cockpit implies that two highly trained pilots were lost with every planes shot down. If the datas posted above are correct, the loss rate of pilots over the two planes were of 2,1 for lancs and 3,2 for B24 (without counting the few that were rescued). If the main problem is the shortage of machines, a two pilot cockpit is better, if the main problem is the shortage of men, it's not.syscom3 said:B24 advantages:
two pilot cockpit...
radial engines less prone to damage
Big difference between actuall performance and hypothetical performance.
In the PTO, the Lanc would have to do both, and thats where its loss rate would go up
Dogwalker said:If you don't have datas of the number of persons involved in the production of the two planes, is the same thing to say that, since in the USA born a baby every 5 minutes, and in Germany one every 15 minutes, American babyes are easier to build (is an example, I don't know the rate of production of babyes in the two countries).syscom3 said:18,000 produced at the rate of of one per hour implies it was easily mass produced.
DogW
The RAF definitely had a manpower shortage at the beginning of the war, well documented during the Battle of Britain. The US didn't have that problem with pilots..Dogwalker said:On the other hand, a two pilot cockpit implies that two highly trained pilots were lost with every planes shot down. If the datas posted above are correct, the loss rate of pilots over the two planes were of 2,1 for lancs and 3,2 for B24 (without counting the few that were rescued). If the main problem is the shortage of machines, a two pilot cockpit is better, if the main problem is the shortage of men, it's not.syscom3 said:t;]B24 advantages:
two pilot cockpit...
the lancaster kicks ass said:right, lancaster production, we'll look at the A.V. Roe Co. Ltd. figures as this company lead the lancaster production group.
so, at the peak of production in August 1944 they produced 155 combat ready lancasters, many parts were produced at Chadderton, then assebled at Woodford, and Yeadon built many of their own parts and assembled them on site.
at the peak of production these sites employed 24,036 people, working day and night shifts, this figure accounts for absolutely EVERYONE, from the bosses to the guy that makes the tea to the guy that sweeps the floors and even the test pilots that didn't even help produce the lancs! but i couldn't get any more figures than i have so it'll have to do
what does this mean? it means that at this one company it took 155 people to make a lanc, i don't know how useful this figure is, but we'll see if you have any similar data, and please god if you try and calculate the same stat for the B-24 don't work on the premice that one B-24 took an hour to make then times that by however many hours there are in a month to get what you think is how many they made in a month, actually get the figure for how many were made at the plant in one month, and how many imployees were needed..........