- Location
- North Carolina
No problem it happens.
According to Friendman's book on US cruisers, the belt on the New Orleans class was not just covering the machinery spaces, it became internal from the machinery bulkheads forwards and aft to cover the magazines. Rather than follow the hull lines.Vincennes achieved that by making the belt really, really short. As in, only long enough to cover the machinery spaces.
Hah. I like where they 'estimate' 4" armor on her side. That's a war era piece of guesswork documentation. The class's belt continued forward the main battery at 40mm, and aft at 20mm save for 70mm over the steering compartment. This is not really impressive, and neither is the 80mm main belt itself.
True, but for 4250 additional tons (i.e. 40+% more displacement!) we should expect some return.Vincennes had thicker armor, but not a whole lot of armored buoyancy and the low placement of the magazines, to protect them from shellfire, rendered them badly vulnerable to torpedoes. Could the Hipper-class stand to have concentrated the armor better? Sure. No need to take the belt entirely to the ends of the ship. But there is something to be said for having more protected buoyancy.
They solved this by adhering to the limit on paper only. When you break the limit by 40% it's not an accident.Of course, a lot of it was also simply less experience on the part of the Germans for designing ships to tight tonnage limits, too.
Conceded - it was the only information I could find, and I also didn't know that about the New Orleans class' armor.According to Friendman's book on US cruisers, the belt on the New Orleans class was not just covering the machinery spaces, it became internal from the machinery bulkheads forwards and aft to cover the magazines. Rather than follow the hull lines.
Hah. I like where they 'estimate' 4" armor on her side. That's a war era piece of guesswork documentation. The class's belt continued forward the main battery at 40mm, and aft at 20mm save for 70mm over the steering compartment. This is not really impressive, and neither is the 80mm main belt itself.
True, but for 4250 additional tons (i.e. 40+% more displacement!) we should expect some return.
They solved this by adhering to the limit on paper only. When you break the limit by 40% it's not an accident.
True, but for 4250 additional tons (i.e. 40+% more displacement!) we should expect some return.
It's a pretty obscure fact -- that I had to go to Friedman to find it is telling.Conceded - it was the only information I could find, and I also didn't know that about the New Orleans class' armor.
No, it sank her because the damage could not be fixed due to contamination from the bomb.
Really. You can source that it was a Tallboy?Also one of the Admiral Hipper class Heavy Cruisers was lost because a British Tallboy Bomb hit her
Except in armor, armament, reliability, radar, range, ...Certainly. But were they respectable ships as it was? Yes they were rather respectable. Certainly a match for the American Treaty Heavy Cruisers.
It was Lutzow who was hit and sunk by a Tallboy.
Actually, the Iowas were designed to be a foil for the Yamato-class. I also have seen a picture, though I can't seem to find it again, that showed a hull piece that was hit by an Iowa-class's gun. Hole was bigger than my torso.Yamato could probably beat an Iowa one on one in good weather. Most battles between equals are decided by the setting.
(Discounting crew experience.)
Actually, the Iowas were designed to be a foil for the Yamato-class. I also have seen a picture, though I can't seem to find it again, that showed a hull piece that was hit by an Iowa-class's gun. Hole was bigger than my torso.
Link is here. A little bit of an Ameriwank, but the info is true. Here's the photo.The particular piece of armor tested was the 26-inch frontal armor for one of the Shinano's 18-inch turrets. This was the thickest armor ever made for a warship and it was speculated that the Yamato's armor was impervious to the 16-inch shells of American battleships. The U.S. Navy shot it point blank with a 16-inch shell. The resulting impact penetrated and ripped the armor apart. While this showed that a 16-inch shell could penetrate the Yamato's armor, it's unlikely that it would have done so at distance. It's important to note that this heavy armor only covered certain parts of the Yamato, not the entire vessel. The piece of armor tested by the navy is now on display at the Washington Navy yard.
Link is here. A little bit of an Ameriwank, but the info is true. Here's the photo.
You are discounting the damage done by those hits.Most of those were bouncing the rubble of her decks in her final moments. After three 14" hits she was forced towards a port, after two torpedo hits she was out of control.
The navy said that if they, the ships there, had crews they would have survive cause could have patch the leakand probably gone on a suicade charge.No, it sank her because the damage could not be fixed due to contamination from the bomb
Umm... no...That is impressive. But their's one problem! Yamato has a slight range advantage over the Iowa class, by like four or five kilometers I think. Which means, Yamato under the right conditions can start firing before an Iowa can start firing. Plus if a Yamato catches an Iowa at night, it will likely kick Iowa's ass, particularly if she is sailing in formation with other warships, her radar has no Friend or Foe identification capability. Plus the Japanese were really good at Night Battles.
What's so special about page 100?
The longest range shots that hit from battleships is right around 24km... and that has to be considered partly a factor of luck.