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Having a bit of an interest in the Greif myself, I have the J Richard Smith Eddie J Creeks book 'Heinkel He 177 Greif Heinkel's Strategic Bomber' and the Manfred Griehl Joachm Dressel book 'Heinkel He 177, 277 274' and whilst each talks about significant improvements being made by the A3 version each seems to agree that the A5 was 'the cure'.
However even with the A5 they both talk about fires continuing to plague the aircraft.
I suppose it has to be remembered that sabotage was also a constant factor German crew just had to live with.
Well it doesnt matter how big your bombs are, you have to hit the target. you have a better chance of hitting the target with 10 500lb bombs than 2 2500kg bombs
.50 cals always seem to beat 20mm cannon.
Bombs are normally carried externally when they won't fit internally. 2 5,500 lbs bombs isn't a bad load, but bear in mind Lancaster routinely carried 14,000 lbs internally, could routinely carry a 12,000 bomb (more than 1,000 dropped during the war) and probably averaged more than 11,000 lbs per bombing sortie.
One perhaps, or a single 12,000 lbs bomb also (though I believe - Tallboy Lancaster was special modify, no armor, no guns, so hardly a "routine" standard version.. I say if you do same for any bomber - throw off lots of "not neccessary" weight like armor, guns etc. it can no doubt carry more than routine version. Nobody else of course did such size bomb design, it is absolute stupid choice for any other than special target like sub bunker.)
I doubt Lancaster can carry two 5,500 lbs bombs in bomb bay either. Bomb of such size are simple too big to fit more than one.
Sure they can't since the squadron of 10 will statistically speaking lose 1 bomber per mission.I think maybe you are wrong. If you have a group of 10 aircraft, if on the first mission they lose 1, The next mission, their still 10 aircraft because they've got a replacement, they again lose 1, and so on for 10 missions. in effect you will have replaced them all. I know in real life the bad fate might befall the replacement aircraft and crew instead of a veteran crew, but a 10% loss rate per mission cannot be sustained for long.
One perhaps, or a single 12,000 lbs bomb also (though I believe - Tallboy Lancaster was special modify, no armor, no guns, so hardly a "routine" standard version.. I say if you do same for any bomber - throw off lots of "not neccessary" weight like armor, guns etc. it can no doubt carry more than routine version. Nobody else of course did such size bomb design, it is absolute stupid choice for any other than special target like sub bunker.)
Book say Heinkel can carry 15 859 lbs weight, so thats more than Lancaster
Book say Heinkel can carry 15 859 lbs weight, so thats more than Lancaster.
The SC2500 was 32in in diameter and 152.25in long. Luftwaffe Resource Page Bomb Annex - SC 2500
The Lancaster bomb bay had sufficient length to accomodate two of them end to end, and certainly had enough space for them (the 8,000lb HC and 12,000lb HC bombs were 38" long).
So, I think that two SC2500 bombs, or an equivalent RAF weapon if it existed, could easily fit inside the Lancaster.
Sure they can't since the squadron of 10 will statistically speaking lose 1 bomber per mission.
But for the individual aircraft ("statistically no crew or aircraft is going to last more than 10 missions") it is different:
If you're chances to be downed are 10% for each mission, that means your chances to survive any mission are 90% or 0.9. Your chances of surviving 10 missions are 0.9*0.9*0.9*0.9*0.9*0.9*0.9*0.9*0.9*0.9=0.9^10=0.34868 or ~34.9%