Deepcrush wrote:A WW1 battleship and a runt next to the Bismarck.
Bismarck was, fundamentally, a WW1 design herself, and her standard displacement was less than 7% greater than Hood's (45,200 tons compared to 42,500).
What kind of damage did the Hood do in return? Back to topic though, the Hood was just out matched.
Hood's armour scheme was the better of the two - as I've already pointed out her horizontal protection was superior, and given the end-on aspect Bismarck was showing during the battle a lucky hit could have done for her just as easilly as she did for Hood, as her armour was vulnerable to raking fire. As for damage done, Hood didn't score a hit. Prince of Wales, on the other hand (despite having a notoriously unreliable main battery, while Hood's comprised the most successful arrangement of any battleship ever), scored three hits - one went through Bismarck's bow forward of the belt, cut her off from a sizeable proportion of her fuel supply, and caused serious flooding, and another struck the belt amidships, causing damage that knocked out some of the machinery, slowing her down. This was possble because Hood, the greater threat, was drawing both German ships' fire, allowing PoW to engage without the distraction of nearby shell splashes.
Read this again... not able to make repairs --- because huge section of hull is smashed. Thanks for the repeat.
You're missing the point - that damage occured because of the poor design of the stern structure of big German ships. A better designed ship (such as a KGV or an Iowa) would almost certainly have lost a rudder (or had it disabled), but the crew would have been able to release the steering gear from inside the ship and control her by varying revolutions on the outer shafts. They would have still been able to make port.
Dumbfuck, seeing how the rudder was hit by the TBs better AAA would have been helpful. That would be your so what. The AAA wasn't the worst problem but it was still a problem that ended up being a part of the ship being sunk.
You're still ignoring the salient point, which was that in an allied ship the damage from that hit would have been serious, but not critcal. In Bismarck, because of the design, it
was critical.
Practice of the time was to slow down at night and or in bad weather. He maintained full speed when he shouldn't have.
Wrong. You're either trying to blag what you know fuck-all about, or you're a liar. It has always been standard practice to maintain best speed in clear conditions until ice is sighted. Source: Captain L. M. Collins, a bloke with 50 years experience navigating the North Atlantic.
The water tight sections were incomplete due to cost cuts. There was no way for the ship to close off any flooding sections of the hull. When the ship started taking on water, the water would flood one section and then flow free into the next. Had the bulkheads been completed and proper water tight seals been in place the ship would have lasted long enough for rescue or even survive to reach New York, though at lesser speeds. As it was, there was no seal running the midship nore a cap on the top ends of the bulkheads.
So the design wasn't as good as the refitted Olympic class. So what? It was still better than any other passenger ship at the time. Incidentally, while there were a few problems with leaks, the biggest problem was that the Titanic had suffered damage far more severe than she was designed to survive, mainly because of her entry angle. If the damage had been limited to the first four compartments there wouldn't have been a problem. It was because the first five were ripped open and a sixth was damaged, causing the water to overflow the doors, that she went down. She was a passenger liner, not a warship - the idea was to keep out of trouble, not run into pack ice and hope to survive..