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Thus we should add cost price into the equation?
I will mention again, the USSBS that provided some unarguable truths;
The Lanc had more bombs upon target, and the size of the bombs often had a direct correlation with target destruction and target damaged.
In the end analysis; The Lanc takes #2 in the best bomber of WW2. The B29 of course was #1.
Forget about the He-177 and Mossie. They were non factors. And The B17 and B24 got a lot of press but didnt do as much as what the Lanc accomplished.
The Lancaster is not a tactical bomber, syscom. It is not in the same catergory as the Ar 234. The Ar 234 performed tactical missions where nine planes each carrying 1,100 lbs of bombs is very useful.
The Superfort couldn't lift the Tallboy-Large @ 22,500lbs.
My vote goes for the mosquito. Designed and flown in a year despite opposition to the concept. Fast light with a two man crew able to use electronic guidance to make precision raids by day or night dropping a bomb load almost the same as heavy bombers on long raids without escort. Also made of a composite laminate material that pointed the way in the future.
The mossie couldnt carry a nuclear weapon 1600 miles away from base, carrying on board bombing radar and nav aids.
The mossie couldnt carry a nuclear weapon 1600 miles away from base, carrying on board bombing radar and nav aids.
I dont disagree that the B29 was the most advanced four engined heavy bomber in WWII. but by the time it was introduced and sorted Japan was already beaten. If for example Japan had sufficient aircraft capable of intercepting it would the USA have risked a nuclear attack? The B29 was the pinnacle of the 4 piston engined bomber but by the time it was introduced we were in the jet and rocket age. However despite its philosophy being the vogue and Boing having all the experience of the B17 it took 5 years to get sorted and then it was problematic. The mosquito made it into service in a year and excelled in many roles despite resistance and negativity to its concept. For years in Europe four engined heavies bombed fields and already bombed areas suffering huge losses mainly because of a dogma.
The mosquito with a pilot and navigator/weapons technician flying using speed and technology for offense and defense was the most popular and practical method of bombing in years to come with Nuclear strikes being handled by missiles. I am surprised the RAF didnt ask for a 4 engined mosquito in WW2.
The Mossie was not a heavy bomber, it was a strategic bomber (among a lot of other things that it could do) but that versatility does not make it the best bomber…it makes it a very adaptable aircraft, and perhaps the best allround aircraft of the war, but not the best pure bomber.
The Superfort couldn't lift the Tallboy-Large @ 22,500lbs.
Best bomber means what is says. Systems, operations, longevity, etc. Just flying to Japan to bomb it was a hazard in itself, and when B-29 began bombing Japan she was far from beaten.
Wood airplanes don't last long and are hard to repair as discussed. A twin engine tail dragger is not a prime aircraft for freshly minted pilots and although the mosquito had a good safety record, it was a design not destined to advance beyond its operational era.
Hi FB
Wooden construction has not progressed in military aviation, but in civil aviation, it is going very well, I understand. Plus don't forget, the Mosquito was laminar construction which made it one of the stronger applications of wood as a structural material.
I agree that wood is not as durable as metal, but neither is it a true representation that it is essentially a short term material. Many Mosquitoes produced during the war were still being used operationally nearly twenty years later. I understand the RAAFs Mossies were not retired until 1962. That's not a bad serviceability record in anybodies book. With regard to repair of battle damage, as you know, I am not an aircraft mechanic however I have repaired so many wooden boat hulls its not funny. I would say that provided you have the skills to work the materials its no more difficult to repair a wooden structure than it is to repair a metal one. If the material has changing malleability issues, or is not well worked by heat, I would think wood is actually easier to work. But the big if is having the skills to work the material, and there may not be too many carpenters working in the aero industry today….