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It developed into a science of its own, with another science to determine the effects post war.It's strange to revise such a thread, but this is something I've been curious about.
That wasn't a joke Zipper, the resources poured into this as a science were huge and then post war the investigations into what was effective were also huge. See the discussions on load out of bombers for massed raids, it changed from front to back, and in an extreme case bombs like the tallboy and grandslam were supposed to miss their target in many cases (but not by much).It developed into a science of its own, with another science to determine the effects post war.
I thought you were being sarcastic, I apologize.That wasn't a joke Zipper
Read the studies on the most effective methods of hitting refineries and steel works. Look at the calculations of tonnage of bombs dropped against losses of planes aircrew etc. Look at the photographs taken to establish targets, confirm the weather and investigate the results. All of the best allied combat aircraft had a photo recon version, they were highly valued at the time but don't contribute to any kill loss ratio apart from losses which are not really counted because they aren't part of any "campaign".I thought you were being sarcastic, I apologize.
As I said, it was and is a science, it has more sides than you would imagine in a mad dream.I was thinking about the performance requirement side of things.
That is what I am discussing, from D-Day onwards the allies were taking 85,000 pictures per day. In total I believe the allies took about 10 million pictures, they weren't taken for fun, but to assess and improve the effects of raids and identify targets.
You are obsessed with rules of thumb. The allies may have started off with rules of thumb but put a huge effort into doing better than a rule of thumb to make different rules of thumb. The weapon loadout was refined through the war, different bomb loads were used for cities and industrial targets. If you know the answer why ask a question? Payload range speed is a moving feast, the further the mission the fewer bombs you can carry, eventually there is a range that a bomber can carry itself and its crew but no bombs how that helps anything is a mystery to me.
But they are your rules of thumb.I do like to start with rules of thumb because those give rise to more detail later on.
It is 579 miles from London to Berlin, why would anyone develop a bomber with a 2500 mile range in 1935, or 1940 or 1942? Or want to drop 1 ton of bombs at 1500 miles range at any time?Wes,
I was curious if you knew anything else about the rules of thumb for various bomber sizes. You know quite a bit about aircraft of varying types, so I figured you might have something useful on the typical rules of thumb during the WWII era.
for given periods of time (i.e. 1935-1939; 1939-1942; 1942-1944; 1945)
It is 579 miles from London to Berlin, why would anyone develop a bomber with a 2500 mile range in 1935, or 1940 or 1942? Or want to drop 1 ton of bombs at 1500 miles range at any time?
"Rules of thumb" is a chimera, to my way of thinking. AFAIK nobody ever published any such document. No law says you can't analyze an entire class of aircraft and generate your own rules of thumb, if that makes you feel better. Each aircraft is it's own development exercise, constrained only by the available technology, the desires of its customer, the available finances, and the creativity of its design team. Planes of any particular time period tend to be similarly constrained by the state of the art, thus bear certain similarities.Wes,
I was curious if you knew anything else about the rules of thumb for various bomber sizes. You know quite a bit about aircraft of varying types, so I figured you might have something useful on the typical rules of thumb during the WWII era.