#history

1 messages · Page 177 of 1

remote monolith
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its kinda like the Battle of Dorylaeum

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Kilij Arslan simply did not have experiences dealing with thundering hooves of heavy knights because he's used to being able to deal with Byzantine-style army formations instead

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Norman charges were alien to the Turkic people at the time and for a while casualties were disproportionately in favor of Bohemond and co

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of course then they quickly adapted by repeating the Parthian method of just keeping their distance and shot the not-heavily armored guys to pieces

autumn sorrel
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Don’t forget, there were allegations that the captured airmen not only were dissected by Japanese uni student but their organ were use as food as well.

narrow rover
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The Japanese one was particularly bad and the doctor responsible was tried for warcrimes

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Also one of the very few war crime trials where cannibalism was explicitly condemned

subtle prawn
chilly flower
# narrow rover Airmen that parachuted down also got lynched repeatedly across all fronts Grueso...

The phenomenon got so bad and so common in Germany and Japan in the later half of the war, that they had to start issuing identifiers for their own aircrew uniforms, to prevent them from being mistaken for Allied pilots and subsequently beaten or killed
As a result of the similarity in the flight suits and flying helmets of almost all nations German aircrew personnel downed over Germany were being misidentified as Allied aircrew personnel which prompted the OKL to introduce the “Deutsche Luftwaffe”, (German Air Force), armband on December 29TH 1944 as a form of identification for downed German pilots and aircrew personnel. Coarsely wove, bright, yellow cotton/rayon blend construction armband with a black printed Luftwaffe style eagle in flight, clutching a canted swastika in one talon and block Latin script, “Deutsche Luftwaffe”, (German Air-Force), to the obverse.
I believe there may have been at least one incident where a German pilot wound up killed by a mob as well, but I cannot find it at this moment, so take that with a grain of salt

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and on the Japanese side, they hadn't made such a change until one of their own (a pilot from the Yokosuka Kokutai) was outright killed by a mob on February 16, 1945, following a carrier raid over Atsugi- I believe there were more cases as well, but this is one I can recall off the top of my head

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Aside from good luck, the Hinomarus you often see on late war IJNAS/IJAAS uniforms served that purpose

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"When Men Fell from the Sky" by Claire Andrieu extensively covers many lynchings of aviators in Western Europe over the course of the war

subtle prawn
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I remember seeing a Polish pilot who got shot down and parachuted in the Battle of Britain movie telling an angry mob he wasn't a German and was on their side

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On another note, how could Japanese civvies mistaken their own pilots for Allied ones?

chilly flower
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In some cases airmen fell down into a waiting crowd below in urban areas, which would not offer much time for clarification if they attacked them immediately- generally they also tended to see more Allied aircrews over land than Japanese due to the circumstances at that point in the war (e.g. kamikaze use, less surviving Japanese pilots, lower amount and frequency of sorties relative to the allies, allied bomber crews with 10-11 men, etc) so assumptions were likely to be made on the mere sight of a pilot by an angry crowd

autumn sorrel
chilly flower
autumn sorrel
narrow rover
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Yea, in WW2 there must have been people that spoke in heavy regional dialects

peak mango
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That and lots of skin tone variation too.

arctic pulsar
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Found the general plans for a Yorktown class carrier

supple sandal
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We can expand the talk to even civilian consumer goods

narrow rover
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Germany's population pyramid, 1946

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...you can see where the war took a chunk out of the population

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It would get somewhat repaired due to the expulsion of ethnic Germans from Eastern Europe

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Without that (or god forbid Stalin just killed them all), ironically, Germany would have been completely impossible to recover, simply due to a lack of able bodied people

peak mango
arctic pulsar
peak mango
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that looks like a pway

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oh #3 forward

arctic pulsar
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there's another hoist too, one for each gun in each platform, but it's in the hallway at least

peak mango
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Eh if they're hoisting ammo you ain't sleeping lol

arctic pulsar
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I'm surprised by how detailed some parts are, like how each ward room seems to show every bit of furniture from chairs to desks to beds to closets
And meanwhile something like one of the squadron ready rooms is just a void

peak mango
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Anyway, fixed furniture vs movable stuff.

subtle prawn
brittle glacier
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Here’s a question:
say something really big happened, circa later ‘41/early ‘42, who would the various powers involved in WW2 send to a big ass naval conference?(assuming they are doing so willingly)

narrow rover
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I mean everyone's already fighting in WW2
So just how big?

narrow rover
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"Uhh Germany I know we're at war now but Moscow is getting invaded by aliens"
"Yea me too Berlin is gone"

brittle glacier
brittle glacier
narrow rover
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Let alone a "naval conference" I'd try to organize a meeting between the heads of state

brittle glacier
narrow rover
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Mate a literal alien invasion is serious enough I'd risk it

brittle glacier
peak mango
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You read any of the Harry Turtledove books?

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The Worldwar series is the fan name given to a series of eight alternate history science fiction novels by Harry Turtledove. Its premise is an alien invasion of Earth during World War II, with a timeline ranging from 1942 to 2031. The series includes Turtledove's Worldwar tetralogy, the Colonization trilogy, and the novel Homeward Bound. The ear...

brittle glacier
peak mango
brittle glacier
narrow rover
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Only thing I agree is that only divine intervention could have prevented the WW1 + WW2 double whammy disaster

remote monolith
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Jesus Christ himself came back and told people to knock it off or he'll call upon Dad to make another great flood

narrow rover
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Or just nail an earthquake at a good location

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9.0+ on Berlin in 1939 should prevent a WW2... just, not other chaos

brittle glacier
brittle glacier
narrow rover
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I don't think you understand just how insane a 9.0 earthquake on 1940s Berlin would be

brittle glacier
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So does a B-29

narrow rover
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It'd make the Xichuan megaquake look like a joke

brittle glacier
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Fair

narrow rover
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Most of Germany is simply outside the seismic zone

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Berlin has no history of dealing with earthquakes, so if a megaquake hits it...

brittle glacier
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Shit goes tits up…hmm…that does give me an idea, simulating an earthquake should be easy for the Sirens to generate, yes?

narrow rover
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What

supple sandal
brittle glacier
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I wish there was a good place to look to get the full story/timeline. If there is one.

brittle glacier
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You know I’m writing a scene when I’m watching Rogue Heroes or Ministry of Ungentlemanly Warfare…it’s either way over the top or very crass.

narrow rover
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I wonder if anyone has successfully flamethrower'd a plane out of the sky

brittle glacier
brittle glacier
# narrow rover I wonder if anyone has successfully flamethrower'd a plane out of the sky

Wait, it was BRI’ISH!!! WWII to boot. Lagonda flamethrower! https://en.m.wikipedia.org/wiki/Lagonda_flamethrower

The Lagonda company produced a number of flamethrowers during the Second World War.
Initial developments were for defence against expected German attacks. It was believed that it would act as a deterrent to Luftwaffe dive-bombers targeting the lightly defended Merchant Navy ships and coastal bases of the Fleet Air Arm. The project was jointly ma...

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Ooooo The Great War has a bit on it, so it was both WWs…https://m.youtube.com/watch?v=a6O90Ucpejk

In this week's episode we answer your questions about flamethrowers, anti aircraft guns and the role of reserves.

» HOW CAN I SUPPORT YOUR CHANNEL?
You can support us by sharing our videos with your friends and spreading the word about our work.You can also support us financially on Patreon: https://www.patreon.com/thegreatwar

You can also bu...

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brittle glacier
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The Luftwaffe also tested flamethrower mounts for bomber defensive armaments.

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Nothing I could find on recorded kills though.

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That said something like a Stuka or Dauntless with wing mounted flamethrowers would be pretty cool.

peak mango
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So... napalm drops

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can't project them forward into the airstream but anti ground, sure.

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That said, if you're going to be burning stuff, smoke/fog generators help against visual based bombing.

peak mango
narrow rover
brittle glacier
peak mango
brittle glacier
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Also strafing a flattop with a fuck load of burning napalm would be funny.

peak mango
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A brief flame doesn't hurt anything. You need it to stick in order to cause damage.

brittle glacier
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Yes. Im not talking about giant propane burners here.

peak mango
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And you're going to be pretty airspeed limited to do a good drop.

brittle glacier
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Depends on the pressure of the system. Could even angle it downwards?

peak mango
brittle glacier
peak mango
brittle glacier
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Aye that’s fair.

peak mango
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And all those AA gunners are wearing flash gear anyway so it'd basically take a direct hit to hurt them, and even then the DC parties should be there to put them out pretty quick.

brittle glacier
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I don’t think flash gear is rated for vitamin nape.

peak mango
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Much better odds than compared to a torp hitting amidships, or a dive bomb.

brittle glacier
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I realise now Im trying to recreate early war torpedo bomber tactics…

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Smoke to cover the approached of live ordinance. Only this time it’s for 1000 pounders instead of torps that don’t work.

peak mango
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Against a target without AA or damage control, yeah, go nuts.

brittle glacier
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Imagine smacking an interwar French tank with twin streams of jungle jelly.

peak mango
brittle glacier
subtle prawn
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Japan plans to modify one of its destroyers to be Tomahawk cruise missile capable by March 31, 2026, and may conduct operational firing tests the following year in the U.S., Japan’s defense minister said Tuesday. The country is working to modify Japan Maritime Self-Defense Force (JMSDF) destroyer JS Chokai (DDG-176) to launch the long-range, s...

peak mango
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Awaiting the inevetible news of Japanese Destroyer to be armed with railguns and variable fighters ...

brittle glacier
peak mango
# brittle glacier JAPAAAAAN INEED YOU TO REBUILD THE YAMATO WITH RAILGUNS AND LASERS!!!
The War Zone

Japan says the test is the first of its kind ever as it continues to pursue naval railguns years after the U.S. Navy halted work on its own program.

For the first time, a British F-35B Lightning II landed on the Japanese JS Kaga during joint training as part of CSG25. British and U.S. F-35Bs landed on

brittle glacier
scenic spoke
frozen kestrel
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Anyone have any idea what class of ship this is? Looks like either an interwar American DD or someone really irrevocably fucked up a model of a Fletcher-class

wintry moat
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whats it from?

frozen kestrel
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Screenshot's from Predator: Killer of Killers

lilac pollen
frozen kestrel
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and said scene is making my neurons angry

desert agate
subtle prawn
brittle glacier
subtle prawn
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It's for the upcoming ASEV

brittle glacier
scenic spoke
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when shit’s so good you use it for another 100 years

brittle glacier
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The most inaccurate aspect of Helldivers is that the HMG isn’t just an M2 Browning with a stock and pistol grip.

brittle glacier
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To be fair we’ve not seen many strategic assets, which the B52 would be.

scenic spoke
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B-52

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but

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more powerful jet engines

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high fuel capacity

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and yh

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NASA-made fuselage and cockpit

brittle glacier
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I wouldn’t trust NASA with a combat craft.

junior trench
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you probably should considering where basically all their astronauts usually come from

brittle glacier
supple sandal
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You say as if NASA didn't ask defense contractors to build shits

desert agate
brittle glacier
desert agate
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The Jet Propulsion Laboratory

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You know

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Where all the rockets are designed

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And built

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Lockheed Martin has a fair few former JPL employees among their staff and vice versa

twilit geyser
brittle glacier
desert agate
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No it doesn’t

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It means cruiser, flying/aviation

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And the theory that the V is the French word Voler is also wrong

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Admittedly cruiser aviation is almost as much an educated guess as anything else, no one is entirely sure of what it exactly means but cruiser aviation has the most evidence in favour

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The orders which established the designation in 1920 do not specify why they chose their letters
V was for heavier than air
Z for lighter than air

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It is however almost certainly not carrier vessel because carrier wasn’t the general term used at the time and vessel is a pointlessly vague term

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narrow rover
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Chinese junk flying all the sails imaginable

brittle glacier
peak mango
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CVN-6 .. lol

subtle prawn
scenic spoke
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armored tractor turned into a box

lilac pollen
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My favorite story mission from bf1 along with the Italian juggernaut mission

junior trench
lilac pollen
scenic spoke
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I loved Bess

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I loved her more than her own crew

lilac pollen
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lol

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The commander sacrifice her in the end tho

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Atleast he say sorry to her before dying

scenic spoke
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maybe we can see a reference to her in an M1 Abrams story in BF6 campaign mode…

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maybe some easter eggs containing some files about her

twilit geyser
autumn sorrel
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This seem an appropriate place to ask but I remember once there were a documentary on Discovery channel about Archimedes claw, even go as far as recreate it and even build a small Trireme to test it. I just can't seem to find it anywhere. Can anyone help me with it?

brittle glacier
autumn sorrel
supple sandal
remote monolith
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The plausibility of this invention was tested in 1999 in the BBC series Secrets of the Ancients and again in early 2005 in the Discovery Channel series Superweapons of the Ancient World. The producers of Superweapons brought together a group of engineers tasked with conceiving and implementing a design that was realistic, given what is known about Archimedes. Within seven days they were able to test their creation, and they did succeed in tipping over a model of a Roman ship so that it would sink. While this does not prove the existence of the Claw, it suggests that it would have been possible.

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oh yeah it is

autumn sorrel
brittle glacier
supple sandal
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This embarrassment now has joined your "play before sleep" playlist

frozen kestrel
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this is a dumb as fuck question, but would a battle line use navigation lights at night? asking for a render again...

timber linden
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Us carriers during the war would sail without landing lights while in the operational theater. I remember we almost lost H W to this but he was able to follow glow in dark plankton kicked up by the ships to land

frozen kestrel
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well fuck

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on the one hand, this actually makes my job easier because now it's easier to hide that the ship I'm using for Ramillies is actually Arkhangelsk (because the UK tree in WT has no R-class BBs) and that Belfast is in her '59 configuration

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on the other hand, I have no fucking clue how I'm gonna light this render properly

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Also, is there any resources I can find on the camo schemes certain ships wore during D-Day?

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Like, I've had a little luck with Rodney, but Texas is making me rip my hair out

brittle glacier
eternal veldt
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Depends on the nation of the ship - the US has an extensive database on usndazzle.net and snyder and short's website.

zealous vine
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How did the evolution of rangefinding from ww1 to ww2 go? How did it evolve to factor in things like Coriolis effect and wind?

Was it vital for the ship to remain on the same course to obtain a solution?

brittle glacier
frozen kestrel
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Apparently she wore Measure 22 until November 1944

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so now i have to edit her WT texture... because there's no camo for that on WTLive

subtle prawn
lilac pollen
junior trench
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... sadly?

lilac pollen
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Wdym

manic latch
lilac pollen
manic latch
lilac pollen
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Not wishing them to success

runic ermine
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Germany used more captured tanks than domestically produced ones in ww1 btw

timber linden
autumn sorrel
desert agate
eternal veldt
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Ew, Imperial Germany sympathising

lilac pollen
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Just because i said “sadly” now there’s a war happening

eternal veldt
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Oh no, that's directed at someone else.

lilac pollen
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lol

narrow rover
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You know there was a whole ass generational argument in Germany over this

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Because people after WW2 argued the ENTIRETY of German history all the way from the Germanic tribes was just a leadup to Hitler

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So the question became, how much history can we be proud of

timber linden
narrow rover
alpine onyx
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"none to be proud of"
sees Stresemann

No slander shall befall him

remote monolith
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At the very least he was significantly less mercurial than Wilhelm

narrow rover
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I mean there's always a better path
I can think of a better path for Japan had emperor Taisho not been literally insane

remote monolith
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Meningitis man, nuff said

zealous vine
brittle glacier
# zealous vine Ah, that's a special case

Dude is one of the primary reasons the US Navy did so well during the war, AA, Radars, VT fuses, etc.
But he was also an Olympic sharpshooter and wrote the formula(s) on calculating how the Coriolis effect impacted artillery shells, dude rewrote the gunnery charts for his ship too.

brittle glacier
remote monolith
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They didn't though that's the thing

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The Versailles payments stopped after 1923 and even before that the amount paid was more than doable for Germany, mostly because by then Germany didn't have to pay upkeep for a huge army or navy

narrow rover
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If anything both Germany and France still had some juice left to keep going after WW1

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You could extend the war so that everyone is too exhausted to fight for another 50 years like post WW2

desert agate
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If Germany had any fighting capacity left then it would not have collapsed in late 1918

narrow rover
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No I mean it wasn't stormed all the way to Berlin

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That would have taken another year or two

desert agate
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How would it have taken another year or two for the French to reach Berlin when the German army didn't exist anymore

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I don't know if you realise the extent to which the German army collapsed

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There was no more army to fight with

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The surrender was merely a matter of accepting reality, it didn't change anything about the war

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Sure there was still troops on the frontline but they had no food, no ammunition, no morale and they were deserting in droves

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Even if the German government hadn't surrendered in spite of the complete political collapse of Germany, there was no more army left

eternal veldt
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I think part of the problem is that no foreign troop really landed in German soil - despite the extensive hindrance by the British blockade and impact on the German daily life.

remote monolith
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tha's pretty much it, Erich Ludendorff and Hindeburg quickly seized on that

eternal veldt
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Therefore, the German Army on paper appeared undefeated and it fans the flames of a backstabbing theory.

remote monolith
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hence stab-in-the-back legend appeared

desert agate
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That was simply because what was left of the German government didn't want to see German towns and cities destroyed, they had no actual method of preventing an Allied incursion deep into the rheinland

eternal veldt
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Meanwhile, Northeastern France is turned into a barren wasteland that wrecked the French populace and industry.

remote monolith
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also it didn't help Ludendorff was an actual nutjob whose thinking was basically "a nation has to be always at war, all time every time"

eternal veldt
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As for Imperial Germany itself, Bismarck himself to my knowledge was very much in favour of trying to befriend England into opposing France and isolating it

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Until Wilhelm took reign and decided to play fuck-fuck games with England

remote monolith
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he was, but the system he made would have likely collapsed sooner or later without him

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basically its a system that could have only worked with intense micromanagement and his specific style of leadership (eg he gets to be in charge of EVERYTHING), the moment a Kaiser won't just kowtow to his demands it'll fall apart

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as it happened, Wilhelm was that kaiser and called Bismarck's bluff when the latter said he'd resign unless Wilhelm gives him everything he wants

eternal veldt
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Hmm, almost sounds like a certain batshit crazy admiral across the pond.

remote monolith
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gee wonder who could that be

eternal veldt
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"Give me complete control of the navy, including the schedule and budget for ship construction"

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"No"

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"Ok I quit"

remote monolith
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roughly at the same age as Bismarck too

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but yeah Bismarck was unqestionably skilled but he was egocentric to the max and basically never made an actual lasting system that'll be stable without him, kind of like a lot of monarchs actually

subtle prawn
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<@&460646206851252224> We got a scammer here

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Thanks to whoever did that

icy nebula
autumn sorrel
autumn sorrel
peak mango
supple sandal
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Germany should try to get people to remember them for something else other than wars

autumn sorrel
zealous vine
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I've made a convenient pen hierarchy derived from Navweaps' values by the USN empirical formula

I wanna ask if these positions are even remotely accurate (assuming the best version of each weapon in ideal external conditions)

narrow rover
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IJA with hilariously long rifles or very short soldiers

brittle glacier
junior trench
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No

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Frankly Japan was lucky Taisho was unable to effectively rule because it means however briefly there were some people who got a taste for democratic civil government

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Taisho democracy was an anomaly which existed because of an emperor who was indisposed

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And because the Diet was ruling effectively as the Emperor's regent during that era

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it also meant the usual fuck fuck games of the military plotting a hundred and one things while nominally being loyal to the emperor, had to run their plans in a way which was still relatively supportive of said regency

torpid mountain
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Porsche is getting into the defense or weapon industry again

narrow rover
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Because quite brutally it did more harm

remote monolith
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its more business as usual

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considering the last Japanese emperor to hold any real power before Meiji was Go-Daigo

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and he was uuuuh, about 700 years before Meiji

narrow rover
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"Better path" for Japan simply means not causing the biggest land war in Asia since the Taiping rebellion because they couldn't control an army or something

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I don't care what happens internally. It should be better than 20~50 million dead all over Asia because a general had ideas

runic ermine
narrow rover
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Imperial Germany was more appreciated until people realized how brutal they were to poles

runic ermine
narrow rover
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Deportations

narrow rover
runic ermine
remote monolith
narrow rover
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That one was also the first genocide of the 20th century

junior trench
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The first forays into the study of demographics resulted in some really whacked out shit

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Like the UK realizing their American colonies were going to surpass them, so they tried to hobble them

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And the German states realizing Eastern Europe and especially Russia was going to surpass them... So time for a planned genocide decades in the making by the 1940s

narrow rover
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Simply press the genocide button and hope people dont get mad at you apparantly

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great idea Germany

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Meanwhile Poland stuck between Germany and Russia

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☠️

brittle glacier
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I’d still rather be a Pole than a Mongolian, imagine being stuck between the USSR and the CCP…

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At least the Poles had ready access to the outside world.

narrow rover
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I mean modern day Poland sure but in WW2? Absolutely Mongolia lmao

lilac pollen
brittle glacier
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WW2? Ehhh…coin toss, in Poland? Toilets. In Mongolia? Freedom.
Cold War? Poland

narrow rover
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If you're a pole in WW2 you have a 20% chance of dying horrifically

brittle glacier
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I guess it comes down to what your opinion on living as a Steppe nomad is. Especially that far north.

narrow rover
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You might be working with the Japanese if you're in Mongolia

lilac pollen
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What

narrow rover
#

Mengjiang, also known as Mengkiang, officially the Mengjiang United Autonomous Government, was an autonomous zone in Inner Mongolia. It was formed in 1939 as a puppet state of the Empire of Japan, and from 1940 was placed under the nominal sovereignty of the Reorganized National Government of the Republic of China (which was itself also a puppet...

lilac pollen
#

Didn’t the Mongolians fought with the Soviet during the border clashes

lilac pollen
narrow rover
#

Mongolia in this stage isn't exactly current borders

subtle prawn
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The First Indochina War reaches its climax at Dien Bien Phu. In late 1953 the French parachute into the valley, build a fortress under Christian de Castries, and plan to smash the Viet Minh with artillery and air power. Võ Nguyên Giáp answers with a siege: anti-air guns on the surrounding hills, trenches creeping forward, and relentless assau...

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autumn sorrel
brittle glacier
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All Im saying is that next time we don’t want to support one side or the other in a civil war we just decapitate both sides to prevent another checks list…yyyyeahhhh…

autumn sorrel
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Like, everyone just repeat each other about DBP at this point, at least type 56 provide a different perspective and actual mentions of French documents about DBP

spring briar
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in what way?

lilac pollen
autumn sorrel
# spring briar in what way?

He bring up some anecdote about how disjointed French Operational planning office are with their logistical and air force department. That and he mentioned Na San, not just about the battle but about how the battle of Na San was prepare. And about Chinese support for Vietnam during the entire ordeal, he isn't going into it like most normally do of taking each side talking point about who did more but a nuance view of why China support Viet Minh as a mean to contain the French and stop another front from opening in the South for them.

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Did I mentioned that he is a fan of Marcel Bigeard? Bigeard is actually one of the few French Military officer that I actually have good opinion about.

spring briar
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As in from the 20th century

autumn sorrel
# spring briar As in from the 20th century

You could say that way, 20th century is certainly a period that I found it hard to like a French general or officers. Either they are a tyrant that got their men killed, political officer that more worry about optic than actually look at the doctrine or adventurists who jump into colonial war. Bigeard might be counted in the latter group but he was a very talented officer with strict discipline and a rare sense of honor. A foe he might be but a worthy foe nonetheless.

runic ermine
narrow rover
#

Probably

runic ermine
zealous vine
#

Ong

runic ermine
#

A reel about the Rebellions of 1837-1838, in this economy?

real oasis
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Question: was Italy's navy really that scary that France made the Richelieu?

cyan oriole
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the Richelieus were a necessary step up

real oasis
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And Churchill said it was the soft underbelly of Europe

zealous vine
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Also there were already tensions with France (in terms of geographical dominance near the Mediterranean and as a naval power)

Them building Littorio really worried France

twilit geyser
desert agate
#

People very much undersell the Regia Marina
It was obviously incapable of winning against the Royal Navy but it managed to hold naval supremacy in the central Mediterranean for pretty reasonable amounts of time during the war
And it managed to do so without really challenging the Royal Navy directly and suffering losses as a result

mental tapir
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Also Taranto was somewhat exaggerated in the damage and losses they achieved

cyan oriole
cyan oriole
real oasis
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And somehow Italy lost to Greece

cyan oriole
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PQ 17 had to be exploited by submarines

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although the Germans did tie down more forces at least

cyan oriole
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the Italians had to be more proactive even if it meant suffering losses, maybe they could have ended up with a more favorable peace

remote monolith
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considering the Allies had significant numerical superiority against Albert Kesselring and yet it took until 1945 to decisively break through the Italian front

cyan oriole
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I mean by then the italians had German help, Italy itself had been effectively forced to terms in 1943

remote monolith
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even so, the Italian campaign still bogged down so it was anything but soft

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yeah they had German help, but it didn'tchange that the goal of offering an easy path to Berlin and the Balkans didn't pan out at all, and easier gains were to be made elsewhere

terse mesa
subtle prawn
#

在紀念中國人民抗日戰爭暨世界反法西斯戰爭勝利80週年大會上受閱的殲-15T、殲-35和空警-600三型艦載機,已完成在福建艦上首次彈射起飛和著艦訓練,標誌著福建艦具備了電磁彈射和回收能力。這是我國航母發展歷程中取得的又一次突破,對推進海軍轉型建設具...

▶ Play video

戳視頻,看電磁彈射現場畫面!(剪輯:段振軍 | 素材:孫晨旭 程嘉豪 李一葉 洪俊卿 李欣桐 姬翔 李達 張翔楠景 李明熹 | 校對:高澤明)

▶ Play video
mental tapir
#

Lol I was about to post that

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USS Gerald R. Ford could never AkagiLUL

zealous vine
zealous vine
desert agate
#

Impressive as the PLAN's new CATOBAR capability is, there's no legitimate argument that it is in any way comparable to the USN's existing capability

#

It is a potent capability yes, but the ships themselves are smaller, less capable, and more vulnerable

#

They're also operated by a far less experienced force which is still writing the doctrines that will define their own carrier operations

subtle prawn
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I think he's talking about the fact Gerald R. Ford isn't capable of operating so-called fifth gen fighters

timber linden
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Oh germany and shackling oneself to a corpse

desert agate
#

Must be photoshop then

subtle prawn
#

Some of the older carriers are capable of operating the F-35s, but Ford herself is only capable of using Hornets thus far

desert agate
#

That's because she's in an extended working up period

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FOC issues will always develop on new ships

mental tapir
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extended working up period
Old Ford's commissioned in 2017 and still has yet to launch an F-35C using their EM catapult

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Silksong players waited a shorter time

desert agate
#

Yes it's almost as if the most complex piece of engineering ever built might face some issues

subtle prawn
#

I heard there was EMALS testing with the F-35C on land over a decade ago, but not much since then

desert agate
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It's also a case of F-35s being prioritised for the Pacific carriers, not the Atlantic ones

#

The F-35C rollout is intentionally slow right now while the USN awaits some critical weapons integrations which are expected in the next year or two

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And so the F-35Cs which are being rolled out are being sent to the INDOPACOM carriers

brittle glacier
desert agate
#

Which is inarguably where they are most needed

remote monolith
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that's why the moniker soft underbelly was undeserved

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Narses and Belisarius had a hard time retaking it from Theodoric, and Hannibal couldn't feasibly siege Rome or its surrounding city states for 15 years

desert agate
#

All 3 USN carriers in the INDOPACOM area are operating F-35Cs right now

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I don't believe any of the NATO carriers are

remote monolith
#

also, even if they did manage to break through to Northern Italy before 1944, there's not many navigable passes through the Alps that are easy to use by armies

#

it could have turned out incredibly difficult to supply any transalpine operations

#

hell thats exactly why Hannibal caught Rome by surprise, back then carrying a massive army through the Alps was tantamount to suicide

#

he did it sure, but he lost half of his army of 70,000, that he had to replace with Cisalpine Gauls

scenic spoke
#

ah yes
paint a battleship red and it still survives a nuke

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they had another nuke dropped on it because they didn’t want nevada bragging about it

brittle glacier
autumn sorrel
remote monolith
spiral cedar
# zealous vine I've made a convenient pen hierarchy derived from Navweaps' values by the USN em...

Unfortunately, the answer is “not really.” It isn’t your fault, but rather the fault of the rather impressive-sounding “empirical” part of the formula’s name. Surely if it’s empirical, it must be derived from real testing data, right?

Well yes, but actually no.

The USN Empirical armor penetration formula of the early 20th century is of interest as a historical artifact and a snapshot of the nature of their understanding of armor penetration of the time. However, we now know that at the core physics level, they weren’t even using the right type of formula to fit their data to. The modern understanding of shock physics in materials did not exist at the time, and the creators of the formula (one of many competing ones at the time, and not even the only US one) had to make assumptions about the form of a reasonably workable penetration formula in order to start. They assumed that the penetration, in T/D (thickness to diameter ratio of plate to shell), was dependent on the square of the velocity—in other words, they though that kinetic energy was fundamentally the determinant of penetration. This is roughly correct…for homogeneous armor plates thicker than the shell’s diameter. Unfortunately, this is very wrong for facehardened plates, aka the type of armor on the belts of battleship (and indeed, wrong for deck armor, which is much thinner than the shell’s diameter).

#

The reason is that different armor fails (is penetrated) in different ways under different impact regimes. Facehardened armor is relatively simple—it fails by plugging. Imagine using a hole puncher through a piece of cardboard—you’d push a cylinder of material the diameter of your “puncher” (shell) right out the back. Empirically (for real this time), this has a velocity exponent of 1.21. Homogeneous armor, by contrast, fails by multiple different ways under different impact regimes (mainly differing T/D ratios for our purposes with naval artillery), with a velocity exponent ranging from 1 (for thin plates, representing a plug of material being stamped out) up to 2 for very thick plates (the thicker the plate relative to the shell diameter, the better—though this is only really a good approximation for more modern APFSDS-style “darts” as 20th century naval shells cannot penetrate armor this thick). Per the late Nathan Okun, on the topic of homogeneous armor penetration:

the resistance of the armor varies considerably as it thickens from dishing (wide stretching dents before tearing open) to petalling (stretching and splitting open in several triangular flaps of full plate thickness from the bulge at the back of the plate) to cratering ("coronet" forming by stretching and bending a narrow raised ring on a shallow bulge around the edge of the hole in the plate face) to wedging (sometimes called "plastic deformation", pushing the plate material in the middle of a thick plate sideways since the back and front of the plate is is too thick to let it move forwards or backwards under the pressure of the projectile nose until you get within about 0.3-calibe of the plate back at right-angels, when petals can form).

#

You might be noticing that my explanation is already a simplification! The reality is, for homogeneous armor, no single velocity exponent covers all relevant (20th century naval artillery) velocity and T/D regimes, so any formula that uses a single velocity exponent is inherently of the wrong form, let alone incorrect. So the USN empirical armor penetration formula, using a velocity exponent of 2, is inherently wrong in general, and especially wrong for use in battleship belt penetration (since those are facehardened armor). The DeMarre formula, which uses an implicit 1.43 exponent, is closer for most practical deck armor penetration purposes since it’s a reasonable compromise between the extremes, but even then is invariably accompanied by a table of “fudge factors” in practical use because everyone at the time knew the theoretical formulas they were using weren’t matching the actual data obtained in testing (mostly ‘proofing’ of shells and armor for production). The USN empirical formula is a historical curiosity that tells a tale of the USN’s attempts to start with their theoretical assumption about kinetic energy being the core rule of all armor penetration, but it turns out real penetration physics is dependent on many more factors than kinetic energy and thus the attempt was doomed from the start.

#

In practice, the USN usually didn’t even use the “USN empirical armor penetration formula” for most of their own penetration modeling—they used most commonly the DeMarre formula and the Thomson F formula (both with tables of coefficients, aka fudge factors), which are closer to the real test results (though they grow progressively more inaccurate under different T/D regimes, and fail even faster for facehardened armor for reasons I’ll get to) than the USN empirical formula. The formula’s main advantage is convenience, making it easy for people to make tables out of—not accuracy.

#

Facehardened armor is an even poorer fit for the USN empirical armor penetration formula than realistic homogeneous armor (under 20th century naval artillery conditions), because unlike homogeneous armor, where the weight of the shell (basically the length) can fairly effectively assist in penetration, the hard, brittle face of facehardened armor shatters at the speed of sound (in steel) when defeated—so fast that the majority of the shell’s weight(/length) doesn’t contribute to the penetration process. This means that the mass of the shell M is not linearly contributing to penetration T/D, but rather has a much lower exponent—the USN of the time, when comparing their real test data during proofing, implicitly used a 0.6 exponent, but Nathan Okun’s FACEHARD program (combining data differently) uses a 0.2 exponent for mass (both ended up using a 1.21 exponent for velocity or facehardened armor, which is a useful secondary confirmation). The USN empirical formula, tied to kinetic energy (and thus a mass exponent of 1), simply is of the wrong dimensional form to work for facehardened armor penetration to any useful degree.

#

Worse yet, as you might have guessed, armor penetration will also depend on the impact angle (obliquity—the angle away from normal, aka perpendicular, impact), and the geometry and hardness patterns of shells affects how increasing obliquity affects them. So the assumed initial starting “angle” (incline) of armor plates also changes the comparisons by affecting different shells to a greater or lesser extent. By the treaty era, most battleship armor belts were made inclined, the top overhanging the bottom (and thus increasing the impact obliquity), which means a comparison table assuming vertical armor plates is going to be distorted since most modern battleships of the period used inclined armor belts.

#

Fortunately for you, a few years ago I took the time to make comparison graphs of the WWII era battleship guns firing at a standardized range, armor material, incline angle, and shell condition (which I also didn’t touch on in my simplified overview above). The horizontal axis is target angle, which is a measure of how far away from broadside the target is—90 deg is flat broadside, 80 deg is 10 degrees rotated away, etc. so 90 deg is the easiest impact condition for belt penetration and thus has the highest max penetrable thickness (vertical axis). The graphs can be found here:

#history message

#

Note that the dramatic fall-off for the British shells is a simulation artifact in FACEHARD; in reality, treat the British shells as having progressively higher probability of failure as the thickness and impact obliquity increase due to the construction of their shell bodies, rather than a hard drop to all shells failing. Penetration in the real world is a stochastic process, after all, and all the tables in the world have implicit probability baselines for their calculations (FACEHARD uses V50, 50% probability, though depending on context you commonly see V0, V20, V80, and V100 in other contexts).

spiral cedar
# spiral cedar The reason is that different armor fails (is penetrated) in different ways under...

This is, incidentally, why deck protection of multiple spaced layers of steel cannot simply be added together for a single “effective” deck thickness (which is commonly done, but totally wrong). Simple addition of deck thicknesses only has theoretical justification in the velocity exponent of 2 regime (extremely thick plates, thicker than shell diameter), aka the kinetic energy regime, which fits no combination of WWII shell and WWII deck because no shell plunging down can even remotely penetrate multiple armor decks of more than its diameter in thickness. In reality, unless you’ve got time-traveling APFSDS darts coming down from above, multiple decks will have an effective thickness less than what simple addition would imply. Thus it is far more beneficial from a ballistic standpoint to have a single thick deck than multiple thin ones of the same total thickness (aka weight). In practice there are benefits to having multiple decks, so everyone had them (e.g. fuze initiation, splinter catching), but from a purely ballistic perspective the thickest plate is disproportionately more important than the rest.

junior trench
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(and single plate means single plate. Layering two plates directly on each other even with full contact doesn't result in the same protection as a single plate the same thickness)

mental tapir
#

Yet another Jaba essay 🗣️🔥

junior trench
#

I miss these

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as a regular feature

eternal veldt
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paging maka

spring briar
#

love the superstructure

wintry moat
desert agate
#

USS Gerald R Ford could never AkagiLUL

wintry moat
#

Wha

narrow rover
#

"The President referred to the question of the Ryukyu Islands and enquired more than once whether China would want the Ryukyus." To this, Chiang reportedly replied that "China would be agreeable to joint occupation of the Ryukyus by China and the United States and, eventually, joint administration by the two countries under the trusteeship of an international organization." (See "Chinese Summary Record [translation] of Roosevelt-Chiang Dinner Meeting [November 23, 1943]," FRUS, The Conferences at Cairo and Tehran, 1943 [Washington, D.C.: Government Printing Office, 1961], p. 324.) Chiang, in his own notes, explained that he responded this way because he did not want the United States to think that China had territorial ambitions in mind, and thus sought to "put the U.S. (government) at ease." (See Chiang Kai-shek, Sho Kai Seki Hiroku 14 (Jihon Kofuku [Chiang Kai-shek's Secret Records Vol. 14 (Japan's Surrender), Tokyo: Sankei Shimbunsha , 1977), p. 122.)

#

I wonder if Roosevelt knew about East Asian borders historically not being all that clear cut. Korea used to have border disputes with the Qing in the late 1800s, Japan sort of forced its claim on the Qing

runic ermine
narrow rover
#

Once Japan lost WW2 though, with China potentially being an ally (which never happened but that's what people thought in 1945)... rethinking Japan - China borders suddenly becomes an issue

#

Though China in 1945 and China in 1895 aren't the same government so that is a bit of a legal issue

supple sandal
desert agate
#

Just her

peak mango
subtle prawn
#

By Royal approval...
︀︀
︀︀HM The King saw Britain's newest hunter-killer submarine HMS Agamemnon commissioned at @BAES_Maritime in #Barrow. @RoyalFamily
︀︀
︀︀The first steel was also cut for ballistic missile boat HMS King George VI.
︀︀
︀︀🔗www.royalnavy.mod.uk/news/2025/september/22/20250922-agamemnon-royal-navy-newest-submarine-commissioned

**💬 5 🔁 64 ❤️ 391 👁️ 11.5K **

cinder escarp
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It's not a carrier and is a LHD, but USS Boxer had to cold start her boilers after the automatic control system went down a while ago

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Just something we don't see much anymore due to how few ships are boiler-fired.

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(the other conventionally powered carriers are also PLAN - Liaoning and Shandong. QEs are oilburners, but CODAG IEP)

cyan oriole
#

aren't the italians massively underrated here? their shells should be similar to the top french ones, no?

#

they have the american superheavy shell cap design, just with a super high velocity

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barely better than the nelson gun seems ridiculous

#

the nelson shell is barely heavier despite being larger, has a lower velocity, and has an inferior shell design

manic latch
manic latch
#

How did you find that post from 2021 MutsukiHyperStare

spiral cedar
# cyan oriole they have the american superheavy shell cap design, just with a super high veloc...

They do not, the Italian APC shell design heritage is mostly derived from Royal Navy shells (they used British designed APC during WWI and improved the design, building off the UK 15" Mark Va during the interwar years, as did the British themselves in parallel). While the Italians drew heavily from German influence for their SAPC type shells, I don't know why you'd assume the Italians (who used the same basic AP cap shape as British manufacturer Firth and German manufacturer Krupp, the "sombrero"-like shape) used the American superheavy cap design, which was different. Also, "barely better than Nelson" is rather quite a compliment, in fact--while Nelson guns often get short shrift in older works in regards to their vertical armor penetration, FACEHARD quite likes them at low obliquity, and ranks them (at the muzzle) close to or at the top depending on your metric (and when given new-gun muzzle velocity, as I did). The issue is that historically, the Nelson guns were compared using British penetration tables, which used British penetration formulae that tended to be less optimistic for armor penetration than most other navies. Likewise, the British also tended to use "average gun" muzzle velocities for many analyses and tables, which had lower muzzle velocity and consequently inferior belt penetration. When you standardize the comparisons, however, they are quite effective belt punchers at low obliquity impacts--the British "layer cake" hardening pattern, while not good at highly oblique impact, was very resistant to damage at lower obliquities. When using apples to apples, the Nelson guns are coming out of the barrel less than 7% slower, with a 5% heavier shell and 9% larger diameter, so given the common lineage and similar burster percentage, the similar low-obliquity performance isn't all that shocking.

#

The 'top' French shell, the M1943, is also not derived from the US 'superheavy' lineage despite being US-designed. It's from the parallel standard-weight lineage, and is closer to an upscaled US 14" rather than a downscaled US 16" SHS. The standard-weight US shells had superior toughness to the 1930s-1943 SHS, and US SHS design wouldn't receive these upgrades until 1944 (at which point they were hurriedly rushed to the fleet). Moreover, for BB caliber shells, this toughness mostly applied to changes to the shell body rather than the cap, so the nature of the cap design wasn't the unique selling point of the shells anyway (in fact the USN used softer than average AP caps for their BB caliber shells, making them slightly worse at facehardened armor penetration than they could've been, though perhaps slightly better at homogeneous armor penetration).

#

Put another way, the Italian 15 inch APC is punching a full caliber up in belt penetration due to its high muzzle velocity, and is nearly on par with the Japanese 18 inch APC in terms of medium obliquity effective penetration. That sounds like quite a good performance to me, not 'massive underrating.'

narrow cloak
cyan oriole
#

surprised that for being so hyped up, they are barely better than the nelson shells

spiral cedar
#

I argue that's more a function of the Nelson shells being unfairly put down in the histories than they ought to be

cyan oriole
#

yeah you are right in that

#

the nelson guns are worse than they could be, but that doesn't make them useless

#

by chance, do you have figures for the Mark II gun intended for the 1938 Lions?

#

in terms of penetration

timber linden
cyan oriole
spiral cedar
#

Personally I'd argue that the biggest fault of Nelson's main armament (besides a few aspects of her fire control) is the bizarre decision by the RN to mix riflings within guns of each turret, a practice they didn't do for any other ship class (and for good reason)

#

The power of the shells were enough for anything short of a Yamato class

cyan oriole
#

is that why the dispersion patterns of that gun are said to be so bad?

spiral cedar
#

The rifling mixing was a late 30s to 40s thing so is separate from the interwar dispersion issues primarily stemming from excessive muzzle velocity

cyan oriole
#

yeah, I meant during the war era, I think I saw somewhere that the dispersion was sometimes excessive

spiral cedar
#

Quite good guns

#

Again, they'll have issues with Yamato due to her very thick belt and deck armor with high sloping, but anything short of that they're plenty sufficient

cyan oriole
#

would be interesting to see what would have happened if the postwar Lion designs had gone through

#

don't have the friedman up, but I think the intention was for a 2400lb AP shell

narrow cloak
cyan oriole
#

I think I saw an estimate that US battleship armor was 0.84x the British battleshjip armor, and the Japanese was 0.67x

#

and for cruiser armor, the US was now the best and the British was the 20% less effective one; the Italians were the best at both

spiral cedar
#

I believe this is a quick analysis I did, with the caveat that they didn't settle on a final shell weight so we are using one of the proposed but not selected shell weights. I concluded that, to my judgement, it's a slightly worse deck penetrator than the /45 with SHS (but better belt penetrator) and a slightly worse belt penetrator than the /50, but with unclear deck performance relative to the /50—either way, top of the line for the era.

cyan oriole
#

apparently it had to do with the thickness of the hardened layer or something, not sure how that works at all

#

this is impact velocity in FPS and angle of fall, right?

spiral cedar
# cyan oriole wasn't the yamato's armor uncemented (just fae-hardened)? how much would that af...

That is true, but the loss of effective resistance is not due much to the lack of cementing (all modern AP shells of the era used very hard caps; only the older shells would've been seriously compromised by the cementation layer on the armor so given the thickness, the Japanese wisely decided to skip the expensive step). What made Yamato's VH armor inferior was lower steel quality; impurities (e.g. sulfur) in the steel create stress points during penetration that cause the armor to fail earlier than desired. That's why American steel is of very high "quality" (very pure), but was let down by poor design (too-thick face layer) at BB thicknesses.

cyan oriole
#

but this doesn't make that much sense, you would think it's a benefit against undersized projectiles but a hindreance for overmatching, too large projectiles

#

or was it that the percentage of the hardness layer was relatively larger in the cruiser? I forgot

spiral cedar
# cyan oriole and for cruiser armor, the US was now the best and the British was the 20% less ...

These are a bit exaggerated in magnitude though at least in the right ranking. Italian and French BB belt armor was probably the best (data on the French plates are lacking but what little we have is compatible with this), then a few percent lower are the "standard" British plates, then a few percent lower are German, then a bit lower American, then Japanese. We're talking maybe 5% differences on average between a "tier," give or take a few percentage points. Note that quality control of the time was a trade-off with cost and production time, so there was noticeable variation; for example, some of the best Tirpitz KC plates outperformed some British CA plates in postwar testing, though on average they were slightly worse. Typically armor thickness was also permitted to vary by ±2% as well, and the Royal Navy (bizarrely, in my opinion) permitted plates a few percent below "standard" spec to pass for a lower purchase price (and didn't distinguish between the two standards during installation, meaning unfortunately you might get unlucky and have a slightly inferior plate over a vital area).

spiral cedar
# cyan oriole but this doesn't make that much sense, you would think it's a benefit against un...

It's mostly a matter of scaling; the entire face layer basically fails at once (brittle shatter, since it's so hard) so it has to do enough damage to the projectile to be worth it, relative to having a thicker back layer. Due to the speed out sound in steel not scaling, however, as Thickness and Diameter scale, there is a scaling effect that makes thicker faces more efficient for smaller plates (and thus smaller shells) and the reverse effect for thick plates/shells

cyan oriole
#

interesting

spiral cedar
cyan oriole
#

what about the french, is it known why their armor was good?

#

all I heard is that the french plates were comparable to the german for both cemented and homogenous

spiral cedar
#

Unfortunately no. They were designed similarly to the German plates, though without much surviving data we have to rely on a small handful of examples where they seem to have performed well, suggesting high steel quality comparable to the Italians and Americans

#

But we just don't have a lot of data

cyan oriole
cyan oriole
spiral cedar
#

Facehardening does inflict considerable damage to uncapped shells, so it wouldn't be pointless without cementing, but without a sacrificial AP cap the cementing will inflict extra damage yes

cyan oriole
#

and assumedly there is 0 data on the soviet proprietary krupp armor

#

which was apparently to be used on the postwar battleship pipedreams

#

I doubt that soviet quality control would have produced effective plates either way

spiral cedar
#

I suspect they'd have gone with practical expediency over paper perfection, yeah, as the British did (their great facehardened plate design with British CA was modestly let down by lower steel quality due to a shortage of plate production capacity; in order to put the KGV class in the water and operational faster than the other Euro navies they allowed lower steel quality and foreign production, hence the above-average but not best performance they got at BB thicknesses)

cyan oriole
#

oh yeah the foreign production, how did the Skoda armor perform in tests?

#

I assume it was skoda

spiral cedar
#

I can't speak to that, though everything had to pass the minimum test specs so I doubt it was meaningfully different in practice

cyan oriole
#

so at least the brits got their money's worth

spiral cedar
#

Yeah

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Given the British context, a bunch of good modern BBs at the start of the war was a lot more important than 5% better BBs halfway through it

#

Though they did have a fair few teething troubles, as did most new ships

cyan oriole
cyan oriole
spiral cedar
#

The British shipbuilding industry was highly experienced and efficient, even despite the slack caused by the naval treaties, and the lower pay rates (relative to the Americans) for labor allowed them to do it cheaper too

cyan oriole
#

so basically KGV, Littorio, Bismarck, and Richelieu (as well as Richelieu can be compared)
I would say the KGVs are still the best because of soft characteristics like fire control and other electronics

spiral cedar
spiral cedar
cyan oriole
#

well dunkerque doesn't build up to the treaty limits anyways, so it's not really in contention I think

#

Dunkerque was fit for its job of taking down german raiders and italian cruisers, but I don't think it really can be compared to the others

spiral cedar
#

Ah, I see what you meant now, you're talking about the lack of data on certain aspects of the Marine Nationale

#

Fortunately more of that has filtered over to the Anglophone world over the years, though the armor remains a big question mark

cyan oriole
#

and yeah things like the armor, fire controls, damage control practices and effectiveness, etc I don't even have an idea of

#

same goes for the italians, there is still a lot of uncertainty and misinformation

#

even the bagnasco and de toro book is getting old I think

spiral cedar
#

We know that the French had issues with homogeneous armor quality during the early interwar period with their early treaty cruisers (perhaps why they went with KC type armor for Algerie, though I'm not certain). Beyond that we don't know a lot, though given Massy's penetration of Jean Bart's exceptionally thick deck armor, I think it's plausible that they were still a bit behind in that regard relative to the USN and RN—for my calcs I give them the equivalent of British 1920s homogeneous armor, as used on the Nelson class. A few percent worse

cyan oriole
#

hmm interesting

#

and the american, british, and german homogenous armor of the war is similar

#

at least in effectiveness apparently

spiral cedar
#

They had the top of the line steel quality, but the German homogeneous was designed worse (low percent elongation; not relevant at cruiser thicknesses but weaker at resisting BB shells)

#

Italian homogeneous was nearly as good in terms of steel quality, but had even worse % elongation than the Germans, which is the primary reason the Littorios have such poor machinery deck resistance (their magazine decks were thicker)

#

The British ended up lucky that their doctrine called for thick deck armor to keep the ships safe as they closed to "ideal" combat range, since they went with beefy deck armor (arguably best of the treaty era bar Yamato) which combined with high grade homogeneous armor made them well resistant to potential aerial bombing

#

Roma probably would've failed to stop the Fritz X even with better or more homogeneous deck armor, but for other AP bombs it might've been a dicier proposition

cyan oriole
spiral cedar
#

Bismarck, with her very thin armor deck, was even vulnerable to AP bombs from carrier dive bombers (we know of one case of a 1600 lb US AP bomb going nearly though her before coming to rest—fortunately for her crew, a dud, but something that only inaccurate high-level bombing would've achieved for US or British treaty BBs)

cyan oriole
spiral cedar
#

Yeah Fritz X is beyond what was reasonably foreseeable in the 1930s when these ships were designed, though there are plenty of Stukas with 1000 kg AP bombs to worry about in the Med

cyan oriole
#

part of why the British gave up on the armor deck at the very end of the Lion studies

#

no reasonable design can be armored against the best weapons

#

and then at that point, why bother building battleships

spiral cedar
#

Well you couldn't armor carriers or destroyers against them either; it was a bit more complicated than that. But yes, it contributed to the shift in fleet composition (the need for more air cover and escorts)

#

Anyway, back to the Euro BBs

cyan oriole
#

yeah, but carriers at least have more offensive potential
and carrier decks need to be armored since that is the main armament, can't do for a few light bomb or rocket hits to prevent flight operations

cyan oriole
spiral cedar
#

Protection (broader than "armor") has to be subdivided into multiple categories, since a ship's ballistic resistance usually has little to do with their torpedo resistance, and so forth. We also have to acknowledge that many factors changed over the course of the war (particularly AA and radar), so it's unfortunately easy to pick a "favorite" timeframe for your favorite ship and retroject that against a more primitively-equipped rival (e.g. trying to compare North Carolina in her mid-late 1943 fit with Mark 8 fire control radar against poor early-1941 Bismarck; the matchup would've been different had peacetime-condition 1941 NC stumbled into combat against a worked-up Bismarck). Then we have to admit that personnel factors not part of the ship design (e.g. the ever-present "USN damcon wins!" argument) should probably be excluded from the comparison of ship designs. There is a case to be made that more design "slack" permits more upgrade margin (the more "fully utilized" South Dakotas for example had less upgrade margin than the North Carolinas), but it's hard to make cross-nation comparisons of that so I won't

cyan oriole
#

tbf some aspects of damage control are built into the ship itself

#

fire extinguishing capacity, counterflooding systems, pumps, emergency power egneration to power said systems, etc

#

but yeah, damage control doctrine is a large part of american success I think

#

and that can be excluded

spiral cedar
#

Indeed, though people have a tendency to project nationalistic biases and flavor to stuff that distorts fair comparison (e.g. the British and Germans both thought themselves the better at gunnery)

cyan oriole
#

so a richelieu could never fight a bismarck

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although some leeway is reasonable of course

spiral cedar
#

In terms of overall horizontal (deck) protection, the KGVs and Richelieus are top of the list, mostly due to sheer thickness. Then comes Littorio (decent magazine, bad machinery), and then Scharnhorst and Bismarck (the Scharnhorsts are marginally better deck armored than the Bismarcks overall, though still poor). The end result is that only the very best deck punchers (for Euro navies, probably the UK 15") and level bombers can reasonably threaten the decks of the KGVs and Richelieus, though with the caveat that in the Mediterranean longer-range gunnery would make this a credible threat. Littorio's magazine protection is decent due to thickness (and in reality covers more than just the magazine areas), but the machinery deck is so bad that even relatively flat-shooting guns like Richelieu's can penetrate it at less than 25k yards--in the Mediterranean, and especially given mid-late war fire control, that's a real liability. And of course, the Scharnhorsts and Bismarcks dangerously flirt with disaster with their thin deck protection, though due to the low position of the armor deck in the ship a sizable percentage of British AP fuzes (which had multiple settings but maxed out at a nominal 0.025s) would have detonated prior to penetrating it after fuzing on an outer layer of metal (fuze delays are a normal distribution but the British would have a significantly higher % failing to reach the armor deck compared to most navies using the 0.035s nominal standard), which would make that layout less disadvantageous against British shells than other navies.

cyan oriole
#

at least in the earlywar

#

interesting about the fuse delay, I guess british short fuse in wows is actually historical

#

in terms of other "gimmicks", apparently german shells were harder to decap but also were less reliable when fusing and needed a greater thickness to fuse as well

#

although that was a russian source I read a while back, might not be entirely correct

spiral cedar
cyan oriole
#

wasn't the doctrine to open up at 31km when conditions were good?

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also sounds similar to the japanese midway plan, the americans are too cowardly to press a suprise attack, but also brave enough to come to fight in the first place

spiral cedar
# cyan oriole interesting about the fuse delay, I guess british short fuse in wows is actually...

WOWs overinflates the fuze delays (you can calculate yourself how far a shell at, say, 1500 fps exit velocity travels in 0.035s and see that it ain't overpenetrating a 100 ft wide ship) but yes it's true the British went with a shorter delay than most navies (retaining their 1918 "Greenboy" delay, itself copied from captured German fuzes--the delay, not the design; the British immediately recognized the German fuze design as junk and did it their own way)

cyan oriole
#

I guess that Japanese have their comically long fuse delay on type 91 diving shells, which might overpen an entire ship

spiral cedar
#

Bugger, I accidentally wiped out my vertical armor comparison again

#

Discord is kinda bad for typing long messages in

cyan oriole
#

ctrl z doesn't work?

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that sucks

spiral cedar
cyan oriole
#

and copy it in after

spiral cedar
#

I used to use Notepad; should probably do that again

cyan oriole
#

saved me once or twice when like gmail or reddit bugs out and my message would have been lost

spiral cedar
# cyan oriole I mean wows has some ridiculous distance compression, with ships being over a km...

0.010s was a selectable delay; the standard British delay fuze had non-delay (in practice, about 0.003s for the firing pin to move), 0.010s, and 0.025s. There's an example of Rodney switching to non-delay while pounding Bismarck at close range because other British ships were complaining about the overpens, which is probably yet another reason why Bismarck received few "vitals" penetrations--most of the shells that could do it, at the right range to do it, were set to non-delay!

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And yeah the Japanese 0.4s (!) delay did cause quite a few overpens, though sometimes something like a big hunk of engine machinery would catch the shell long enough to let them detonate inside

#

Only the 155mm Type 91 AP had a less-extreme 0.080s delay

cyan oriole
#

were there any other shells with ridiculously long delays?

spiral cedar
#

In a different way, the French interwar designed and implemented a diving shell fuze for their shells--against armor, the acceleration would trigger a normal delay, but against water, the smaller negative acceleration would not trigger the final fuze, allowing it to travel some distance 'unlit' before piercing the enemy hull and detonating inside. A far cleverer solution than the Japanese attempt used in the Type 91, and likely more reliable than the USN's similar interwar attempt (which was abandoned due to reliability and safety concerns in favor of a fixed 0.033s delay)

#

I don't actually have said data on reliability, so it's possible it was just as flawed as the USN's attempt, but I think it's fair to say that if the French thought it fit for service they probably got it to work well enough for their standards

#

And, obviously, nose-fuzed shells had very long delays for AA purposes

spiral cedar
zealous vine
#

SandyCry I can't imagine being this well-read

cyan oriole
#

or is this something different

spiral cedar
#

Our resident Richy is the go-to for that but I believe it was on the Richy shells too

subtle prawn
#

So it appears the American government has changed its mind on cancelling the E-7 Wedgetail

spiral cedar
# spiral cedar In terms of overall horizontal (deck) protection, the KGVs and Richelieus are to...

For vertical armor protection, we have to treat Bismarck/Scharnhorst and Littorio separately due to their unique designs. Of the remainder, Richelieu has the stronger vertical ballistic protection (best of her time short of Yamato, slightly superior to South Dakota/Iowa and KGV's magazine belt). It was, in effect, a 'perfected' North Carolina arrangement, with better-designed facehardened armor and slightly more thickness. KGV's magazine belt is not far behind and quite good, and near 'A' and 'Y' turrets the natural conformation of the belt to the hull adds some extra resistance through inclination--as a rule of thumb, I consider it sufficient against most 15 inch guns and below. The machinery belt is less ideal, given that it's vertical and thinner, and I'd rate it only sufficient against 14 inch guns as a rule of thumb (given British cordite, it's hard to say the extra magazine protection wasn't warranted). Belts, however, have an additional factor--they have "height," how much of the hull they cover vertically. The KGVs extend their belts another deck upwards relative to most contemporaries, a deliberate design decision intended to give them more armored freeboard in the event of significant, gradual cumulative damage (e.g. extended pounding over a long battleline action) without sacrificing underwater coverage. The Richelieus seem to have maintained average above-waterline coverage at a modest cost in underwater coverage, making them slightly more vulnerable to under-belt 'diving' shells as a consequence.

#

Vertical protection has another, often overlooked component, however--barbette armor. In terms of effective "target area," the barbettes are quite significant since they're entirely above-waterline, and on the North Carolinas they have a similar chance of being hit as the belt (other ships somewhat less so, but a major concern for all of them). While we can debate at length the merits of turret and conning tower armor, barbette armor is both inarguably effective and inarguably critical--any penetration effectively guarantees loss of at least one turret for the rest of the battle. Here Richelieu is well-protected again, but the KGVs fall short--featuring only 12.75" British CA, they risk penetration from contemporary treaty BB guns out to fairly long ranges. The (partial) saving graces here are that a) much of the barbette area is curved away, so while at every target angle there is a chance of a nearly flat-on hit that sails through, there is also a sizable chance of hitting a highly curved portion and bouncing off--so in effect, the "dangerous area" for KGV's barbettes is larger than some other treaty BBs, but at least part of the area is still immune; and b) the extra deck of belt armor coverage means the barbettes have a smaller exposed area above the belt, meaning again a lower probability of being hit in the vulnerable portion. Still not great, but worth putting into context.

zealous vine
#

Omg there's more BelCry

spiral cedar
# spiral cedar Vertical protection has another, often overlooked component, however--barbette a...

Then we get into the tricky ships. The German sloped armor deck layout is complex, but we should note that it's of a different character to earlier WWI-era sloped decks featuring modest sloping and made of construction steel (a trend that went into Nagato). The 'modern' German sloped armor deck arrangement could be quite formidable, sacrificing most hope of protecting the waterline to gain extra protection for the vitals. These decks were very heavily sloped (68 degrees from the vertical on Bismarck, far better than the 40-50 degrees on WWI era designs), and made of a single slab of armor-grade homogeneous steel, not one or more layers of construction steel. While the WWI type sloped decks are mostly for catching fragments and splinters (since many shells would explode without delay in that period), the modern German arrangement was from the start intended for ballistic resistance. Due to the peculiarities of multi-plate penetration physics featuring different installation angles, this arrangement is remarkably insensitive to range--you can think of this as an angle of fall better for belt penetration is worse for sloped deck penetration and vice-versa. This means that the arrangement has a "threshold" character--shells of insufficient power can be rejected by the sloped deck down to comically short ranges, while shells above the threshold can penetrate easily out to fairly long ranges.

#

A narrow range of shells more or less straddle the threshold, which comes out to be roughly in the high-15 inch to low 16-inch range. So while all the 14"-armed ships will have serious trouble tickling Bismarck's machinery and magazine spaces, even below 10000 yards, most of the 16"-armed ships can happily do so at 20000 yards (close to broadside, of course), which when paired with her weak horizontal deck armor gives her a negative immune zone against many of the 16"-armed ships. The 15" guns unfortunately have to be taken case-by-case; the British 15" tends to really struggle while the French and Italian 15" tend to do alright. Since her main belt is topped by a thin upper belt, this upper belt will help guard against medium-range hits that go over the main belt and into the sloped deck (with limited effectiveness) as well as against medium-range hits that go over the main belt and into the horizontal deck (where it performs well at highly oblique target angles but has little effect close to broadside). Importantly, the barbette armor thins below the upper edge of the upper belt, so it plays a crucial role in making the thinner lower barbette not a massive point of vulnerability--Rodney still happily punches through the 340mm max thickness portion in Bismarck's final battle, but it's a 16" shell, so it's a rough test anyway. Besides this, the upper belt also increases the hull area proof against high-explosive shells and most cruiser shells, though it can be penetrated by the best 8" AP at medium to short ranges. Thus Bismarck's vertical protection is highly dependent on the exact "matchup" and is hard to generalize otherwise. The waterline end belts, 80mm and 60mm, will help against HE shells and near-miss bombs, but won't stop cruiser AP at most ranges.

#

Overall Bismarck's layout is pretty good at "punching down" (though not great at waterline flooding resistance) but can run into serious trouble against the more heavily-armed battleship guns

peak mango
cinder escarp
peak mango
peak mango
cinder escarp
#

Rumod-tied sources say scrapping already started.

peak mango
#

That said the Liaoning is her sister ship.

spiral cedar
#

USN damcon ended the war the best, though we have to remember that many ships early war had pretty severe damcon failures. What the USN did was learn from each heavily damaged (or sunk) ship in a very systematic, documented way, implementing changes to damage control doctrine fleetwide once demonstrated effective and constantly analyzing each lost ship as a case study of what to improve upon.

peak mango
spiral cedar
#

Other navies could have pretty solid overall damcon doctrine, or individually very skilled damcon teams, but the USN led the pack in terms of implementation and standardization by becoming a learning organization

#

Trent Hone has a series of works on the USN as a learning organization; mostly focused on the rough learning process from the South Pacific night battles, but touching on other areas of institutional culture as well

spiral cedar
# spiral cedar A narrow range of shells more or less straddle the threshold, which comes out to...

Littorio has her famous (or infamous) "decapping" arrangement. There's really no way to come to a satisfactory conclusion about how reliable the system would've likely been in practice, causing a pretty severe dichotomy in how resilient we might expect Littorio to have been against her peers. If the decapping reliably works as intended (both detaching the AP cap and knocking it out of the way of the shell--if it's still 'riding' the nose it still functions to absorb the impact shock), it'll fairly reliably cause severe damage to penetrating shells, so shells that piece the main belt will largely not be 'fit to burst.' Now, a literal ton of hardened steel and burning (even if not detonating high-order) explosive material, plus dozens of metal fragments, careening through your ship at 1000 feet per second is still a major event and can still take out important machinery with a direct hit (and in fact will travel deeper), so while we might (as a rule of thumb) halve the damage of each penetration that fails to detonate (since maybe somewhat over half a typical AP shell's energy payload is chemical not kinetic), the ship is hardly unsinkable even if it's converting every belt penetration into fancy solid shot. However, this would greatly enhance the ship's overall survivability if it reliably works as advertised. On the flip side, if it fails to work reliably, then you're basically looking at North Carolina (or KGV machinery) tier belt protection--only good up to 14 inch guns (mostly carried by the high quality Italian facehardened armor and 15 degree incline to make up for the thinness). Not great for a treaty-busting ship. The Italians also used the 'decapping' principle over other areas of the ship (e.g. conning tower), though here the efficacy was much lower--it doesn't matter much if the shell that punches into your barbette detonates or not, the barbette will be out of action for the rest of the battle.

#

Oh, and since I didn't mention: Bismarck had fairly limited underwater main belt coverage, so she was somewhat more vulnerable to 'diving' shells below the main belt. Prince of Wales famously got one in her that way, though whether a deeper belt would've been sufficient, I don't know (personally I give less than even odds).

peak mango
#

Also in the let's go crazy category, quicksink style keelbuster rounds.

spiral cedar
#

Briefly covering turret protection: Richelieu is the best, then Littorio, then KGV and Bismarck. Bismarck has a rather embarrassing 'forehead' typical of German turrets of the period that, while beefed up relative to the turret roof, were still weakpoints that would risk turret knockouts even from hits that might not fully penetrate. Richy also has an interior armored bulkhead separating the halves of the turret, which adds a chance in some (not all) hits to limit the damage of a penetration to half the turret (worked in the case of Dunkerque's turret roof glancing penetration, but did not help when Massy jammed Jean Bart's turret)

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In practice, besides Richelieu, the Euro navies didn't go hard into turret armor relative to the big Pacific rivals. Again, there are relative merits and demerits to this use of weight, but it's worth at least recording

peak mango
#

So, say, a 16"HE shell that has terminal guidance to go underneath the keel of a target and explode.

spiral cedar
#

This is what I mean when I talk about barbette armor being a matter of 'probabilities' and 'dangerous areas' btw

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Obviously Montana's turret face being immune to Yamato's guns at the muzzle is very much an extreme case, but the main focus here is the barbette area probability explanation

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For lesser barbette armor, at any given range (except beyond where even a flat-on hit bounces), the penetration probabilities will be higher

cyan oriole
peak mango
cyan oriole
#

turret armor covers a much smaller area

spiral cedar
# cyan oriole turret armor covers a much smaller area

Yeah, and doesn't always prevent loss of firepower. I characterize turret armor as a "saving throw;" if it stops the shell, there's a reasonable probability the turret remains in action (sometimes down a gun), but if it fails to stop the shell, the turret's definitely a goner.

cyan oriole
spiral cedar
#

My personal list of examples comes out to very roughly half and half, so I chalk it up to a coin toss--though I must acknowledge that there's more to it than that, since examples of 6" hits on Iowa class turrets hardly proves much

cyan oriole
#

bismarck had that shell that flipped around and didn't burst but penetrated rear-first

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and of course the hit on Bismarck was the critical hit that caused the operation to be called off

cyan oriole
#

sometimes it feel strange, like boise turret faceplate shattering a 203 japanese AP shell

peak mango
cyan oriole
#

wasn't that at close range too

spiral cedar
# cyan oriole yea, turret armor being valued more than barbette armor is odd

I think it's mainly a matter of visual clarity; the belt and turrets are very visible from the outside so anyone with a cursory interest in naval combat will want to know what it takes to defeat them. Barbettes are largely hidden below the weather deck and get little attention relative to the spinny shooty thing sitting atop.

cyan oriole
#

makes sense

zealous vine
#

Jaba, so from what I'm getting

Velocity for face hardened and oblique armor, Mass for homogenous, Diameter for thinner plates? (Forgive me for the oversimplification, but I want to discuss in good faith)

spiral cedar
#

That hit you're thinking off was an HE shell, which if anything would've created a much larger "shockwave" due to the large explosive filler. The fact that all three guns, though gouged, continued to fire for the rest of the battle is a useful example. You might've unintentionally merged that memory with the 203mm AP shell that punched into and got stuck in the barbette armor; the barbette armor rendered the shell 'unfit to burst' but the burning toxic fumes from the ignited TNA filler forced the evacuation of the barbette anyway

spiral cedar
spiral cedar
#

Yeah

#

Turns out several inches of steel is a pretty useful way of redirecting blastwaves

cyan oriole
spiral cedar
#

Pressure will be relieved in the direction of least resistance, aka open air away from the turret rather than into solid steel

cyan oriole
#

that thing is pretty fun, if not exactly the most accurate

peak mango
#

Though I'm still interested in what you think of a 16" as a keelbuster

cyan oriole
spiral cedar
#

Shock can absolutely jam turrets--Bismarck has a turret rendered inoperable that way, though the crew survives--but it's not a guarantee and probably depends on too many random factors of the construction of the barbette roller path and the direction of the momentum impulse to get any hard numbers for

cyan oriole
spiral cedar
cyan oriole
#

then the velocity has to be reduced, and we are comparing the 203mm SHS to the earlier shell that doesn't even have much higher muzzle velocity, in exchange for 30kg lighter shell

peak mango
#

Smacking rudders works too.

peak mango
#

not that deliberate targetting for such was utilized.

spiral cedar
#

Not for underwater travel—radar fuzes were in the nose, whereas underwater fuzing was installed in the base to survive the impact

peak mango
#

radar fusing was mainly for airburst.

spiral cedar
#

Mhm

peak mango
cyan oriole
#

wouldn't the different medium properties of water compared to air throw off the sensors?

#

assuming the shock of impact with the water doesn't damage the fuze

peak mango
spiral cedar
# cyan oriole but the light shell with high velocity does tend to end up with attendant issues...

Indeed, everything in naval engineering is a matter of trade-offs. Though I'll also note that a flatter trajectory also translates into a larger "danger space," which can counteract dispersion to raise hit probability by offsetting aiming errors. Indeed, while the Iowas had slightly larger dispersion than the NC/SD guns, their flatter trajectories would've created more overall hits. On the flip side, steeper trajectories tend to be more damaging on average (more vitals are low in the ship than high up), so steeper trajectories on average result in more damage...and you can see how it becomes an endless chain of minor variables

narrow rover
#

I'm still pissed WW2 didn't end with Yamato and Iowa having the final great showdown of the war

spiral cedar
#

Blame Halsey

peak mango
cyan oriole
#

maybe if kurita had proceeded to destroy the transports instead of leaving the battlefield, the engagement would have happened

narrow rover
#

The only real BB showdown of the entire war was... Bismarck vs Hood

#

💀

spiral cedar
#

What, North Cape not enough for you?

narrow rover
spiral cedar
#

As well as Calabria?

narrow rover
#

Eh, North Cape more of an execution than a showdown lmao
Calabria I'd say that one was cool

peak mango
narrow rover
#

Even if imperial Japan had not gone to war with the US (actually quite possible) by the late 1930s I give it a maximum 10 years before it collapses into a state of civil war

peak mango
narrow rover
#

What kind of Japan would emerge out of that, I have ZERO clue

narrow rover
#

Japan getting slowly ground down and eventually kicked out of China proper

peak mango
cyan oriole
#

imperial japan was still mostly unindustrialized and had few natural resources

#

how they ever hoped to defeat the Americans, nobody knows

peak mango
mental tapir
#

Tbh the IJA only made it so far because China was in an even worse state of infighting and incompetency at the time

cyan oriole
peak mango
mental tapir
#

Chiang "let's open the floodgates and drown our own people to slow down the Japanese" Kai-Shek

narrow rover
cyan oriole
#

japan at its zenith couldn't conquer china near its lowest point

peak mango
cyan oriole
#

it's just unlucky for japan to be an island nation instead of a massive superpower

peak mango
narrow rover
#

Just... Japan's political situation means it will never be controllable

cyan oriole
peak mango
#

'China' isn't a unified state. not then... <looks over shoulder> not now.

peak mango
#

Wait no some of us are still tong yun.

peak mango
cyan oriole
#

wasn't it song?

#

last ones were song, yuan for mongolia, ming the exploration one, and the manchurian qing

mental tapir
#

Yeah it was the Song dynasty that fell to the Mongols iirc

peak mango
cyan oriole
#

I see

narrow rover
#

They got overwhelmed with the task

#

It's why the Russo Japanese war was both imperial Japan's high point and also the beginning of the end

#

(Yes I know about Hokkaido, but it's more occupation than conquest considering just how little native population was left by the 1800s)

mental tapir
#

I like to think Japan 1925 to 1930 was okay-ish

#

After the earthquake and before the great depression

narrow rover
#

It actually shocked the US

#

Shocked the US... which was in the Jim Crow era

desert agate
# cyan oriole it's just unlucky for japan to be an island nation instead of a massive superpow...

Naval powers rarely win against land powers, but land powers often struggle to project themselves over oceans

This can be seen in the conflict between Carthage and Rome
Rome was a land power
Carthage a naval one
And the Romans, who were notoriously poor seafarers only managed to win by simple economic reality

But compare this to say, Germany and Britain where Germany could never truly threaten British security, but Britain could take advantage of German reliance on foreign trade in wartime

cyan oriole
peak mango
#

'okay' is a very modern context statement.

mental tapir
#

I suppose

cyan oriole
#

japan hadn't even been unified by the time the brits were conquering

peak mango
#

There's very little 'okay' in a ww2 context

mental tapir
#

I was thinking interwar though

narrow rover
desert agate
#

Starting the industrial revolution probably helped

peak mango
narrow rover
#

Credit I can give to Japan is that it was "okay" compared to everywhere else in Asia at the time
(Conquered, at war, or both)

cyan oriole
#

the japanese should just have sailed across the ocean and colonized america, why didn't they think of that??

peak mango
narrow rover
#

I got the feeling that western perception of Asia at the time was sort of similar to how we view Africa today

desert agate
#

Why didn't the Ming simply colonise the whole world

peak mango
desert agate
#

Eunuchs?

narrow rover
#

With Japan being a sort of... Kenya like place, functional enough but not great

desert agate
#

Dear god no

#

Okay the level of stupid in this channel is beyond comprehension I'm out

peak mango
#

both a joke on how the chinese checked civil service power by gelding people who passed the exams, and the modern operating system

narrow rover
#

Probably worth noting the Qing was MASSIVELY overstretched by the time it fell

#

Hence, Sun Yat Sen's idea of just ditching everything that isn't traditionally "China proper" and downsizing the country

remote monolith
peak mango
remote monolith
#

by the time of the second Punic Wars the Carthaginian Navy couldn't compare with the Roman one

narrow rover
remote monolith
#

also in addition to economic reality, Rome simply had a better manpower network to rely on than the Carthaginian. Carthage did not have the large amount of allied city states that it can draw soldiers from for soldiers

peak mango
remote monolith
remote monolith
#

one was fighting the Macedonians in Illyria, one got sent to Sicily to corral rebelling Greek city states, at least two sent to harry Hannibals and defeat the Cisalpine Gauls, and one sent to Iberia

spiral cedar
peak mango
remote monolith
#

case in point Hannibal had to sneak by the Romans in order to return in time to Zama

#

and he chose the overland route through the Alps precisely to avoid the Roman Navy

peak mango
#

... special forces loss.

remote monolith
peak mango
#

but tbh? carthage sucked in force generation.

spiral cedar
peak mango
#

And yes, 'elephant in the room' is a funny pun.

narrow rover
#

Blue whale in the room

remote monolith
spiral cedar
# peak mango but tbh? carthage sucked in force generation.

Carthage was second to Rome, but it was also second in the entire Mediterranean basin in terms of manpower generation--it managed double the men under arms compared to the massively more populated and massively wealthier Seleucid and Ptolemaic empires to the east

peak mango
#

so anywho ... bedtime ..

narrow rover
#

Also
I don't know how you'd make an armor scheme so stupid but
Is 80mm main deck + 80mm weather deck + 80mm somewhere in the middle of that enough deck armor

peak mango
#

internal vs external.

spiral cedar
#

Roman authors liked to exaggerate the differences between Rome and Carthage but the two republics were more similar than they were to the various monarchies elsewhere in the region

peak mango
spiral cedar
#

Rome raised less than half its manpower through the citizen population

#

A majority was the 'allies'

remote monolith
spiral cedar
#

At least during the middle republican times we're discussing

remote monolith
#

and court intrigue on them was....well the Roman Senate would be a breeze compared to the average Ptolemaic's court

narrow rover
#

Oh, of course the Germans designed something that stupid lmao

peak mango
remote monolith
spiral cedar
remote monolith
#

arguably one that helped lead Rome into the path of an empire

spiral cedar
#

In Soldiers & Silver

peak mango
spiral cedar
#

Yes, Carthage used an abnormally small percentage of citizens in its 2nd Punic War armies (more in times of crisis and different points in history), but when contemporary and later authors are trying to contrast Rome's 'virtuous citizen soldiers' versus the 'Carthaginian wage-bearers' they're trying to draw moralistic conclusions not strictly historical ones

remote monolith
#

well, not so much after the Punic Wars and more after they literally rebelled and screamed for citizenship, but yeah

spiral cedar
peak mango
spiral cedar
#

You are of course correct that Rome relied far more on its citizen levies than Carthage did, but Carthage nevertheless raised enormous manpower by other means

#

'Mercenary' is also of variable applicability to Carthaginian armies; while they always had some, the high use of them during the First Punic War (and the resulting revolt when unpaid afterwards) led the Carthaginians to use local alliances to raise most of their manpower in the second--not really what we generally mean as "mercenaries" since they were closer to alliances to local big men who drew upon their local levies to lead into overseas battle

peak mango
#

Carthage was the last of the phoenecians. A vast trading empire. Rome had a different base.

remote monolith
#

don't forget Hannibal set out to Rome with about 90,000 soldiers from his holdings in Iberia

peak mango
#

And yes, mercenary has a different definition.

peak mango
remote monolith
#

Polybius I know, but at least he's not particularly biased on this passage

Having completed the arrangements I mentioned above during the winter and thus assured the security of Africa and Spain, he advanced on the day he had fixed with an army of about ninety thousand foot and twelve thousand horse. 2 Crossing the Ebro, he set about subduing the tribes of the Ilurgetes, Bargusii, Aerenosii, and Andosini as far as the Pyrenees, 3 and having reduced them all and taken some cities by assault, with unexpected rapidity indeed, but after many severe engagements and with great loss, 4 he left Hanno in command of all the country on this side of the river, pla­cing the Bargusii under his absolute rule, as he mistrusted them most, owing to their friendly sentiments toward Rome. 5 He assigned to Hanno out of his own army ten thousand foot and one thousand horse, and he left with him all the heavy baggage of the expeditionary force. 6 He dismissed at the same time an equal number of troops to their homes, with the view of leaving them well disposed to himself and encouraging the hope of a safe return in the rest of the Spaniards, not only those who were serving with him, but those who remained at home, so that if he ever had to call on them for reinforcements, they might all readily respond. 7 With the rest of his force, thus lightened of its impedimenta and p85 consisting now of fifty thousand foot and about nine thousand horse, he advanced throughout the Pyrenees towards the crossing of the Rhone, 8 having now an army not so strong in number as serviceable and highly trained owing to the unbroken series of wars in Spain.

spiral cedar
#

Though despite the popular stereotype, the Roman state enjoyed noticeably larger revenues than Carthage did--over the same period, up to fifty percent more as measured in Attic drachmas, according to Taylor

remote monolith
spiral cedar
#

Indeed Carthage was one of the lesser-resourced of the great Mediterranean powers of the period, and could not possibly have been close to competitive with Rome in manpower if they were competing for the same expensive and strictly limited mercenary pool that the three successor states were eternally competing over. Which is, to me, pretty strong evidence that mercenaries can't have been the backbone of the Carthaginian armies of the 2nd Punic War

spiral cedar
#

Yup

#

Much cheaper than true mercenaries

remote monolith
#

well yeah it couldn't be, most of Hannibal's army was from Iberia anyway in his family holdings, where practically speaking the Barcids were somewhat independent from the Carthaginian senate

spiral cedar
#

Though ultimately still inferior to "free, if you feed them" of Rome's system

peak mango
spiral cedar
cyan oriole
#

takes lots of space, takes lots of weight, minimal efficiency possible

#

80mm weather deck sounds like a topweight nightmare

remote monolith
spiral cedar
#

It's good for giving me a stroke and that's about it

cyan oriole
#

now you need to increase beam

cyan oriole
#

if you increase the weather deck to 81mm, it should be fine

cyan oriole
#

so as to not get sent to the eastern front

narrow rover
#

300+ mm deck armor for some reason

#

Lmfao

cyan oriole
#

80mm weather deck seems like a wargaming ship design for world of warships

#

in the late 40s, sweden could have designed a battleship that was then sold to ecuador

#

it would be renamed Patria and equipped with experimental italian technology

spiral cedar
# spiral cedar Briefly covering turret protection: Richelieu is the best, then Littorio, then K...

We should also cover torpedo protection here. Broadly speaking, the two main design factors that affect torpedo damage are a) torpedo defense system (TDS) and b) subdivision. In reality there are many more factors (leaky electrical cable holes being a surprisingly universal vulnerability), but those are the main ones to consider. You're never going to reject torpedo damage entirely (unlike a shell, which can bounce off), so it's a matter of priorities--first, limiting 'vital area' damage, then limiting 'dangerous' flooding, then limiting total flooding amount. Ideally, the former is best achieved by limiting all flooding to the TDS itself, with no flooding passing through the innermost "holding" bulkhead and into the vital spaces. In practice this wasn't always possible against the most powerful modern torpedoes, though often a marginal failure would cause slow-enough flooding for pumps and damcon efforts to minimize the effects. Likewise hits beyond the ends of the TDS were a serious risk, as the plentiful record of ships crippled by prop shaft or rudder hits shows.

#

'Depth' (distance between outer skin and innermost holding bulkhead) is the most important factor in TDS efficacy, since the blast pressure is going to fall off by the square of distance from detonation. Here Richelieu is the winner, as the French use of relatively compact boilers gave them the flexibility to invest lots of beam to the TDS. Not far behind is KGV, though we should remember that the RN apparently considered the outboard backup diesel generator spaces to be an expendable final layer for the TDS (which is how you get the depth needed for the very high "1000 lb TNT" paper ratings for the KGV TDS that conveniently don't mention the assumption that backup diesel generator rooms are implicit torpedo defense). The Italian Pugliese system, while much-maligned, is hardly the disaster pop-history makes it out to be--while not quite as efficient as the parallel-bulkheads system (pioneered by the Americans on the Tennessees and quickly becoming the international standard), it did allow the Italians to keep the shape of the hull closer to their desired form without costing as much weight, which helped with propulsive efficiency through the water. The Germans...well, they had a TDS system. It only had 2 layers, it had weird geometry that created stress points and would lead to faster failure, and it didn't take good advantage of liquid-void loading arrangements.

#

Then we have to consider non-TDS factors in torpedo resistance. Again, too many to name, but subdivision is probably the most important. Here again, pure number of compartments is not a good metric--as I've noted before, longitudinal subdivision can create pockets of off-center flooding that in turn create dangerous listing moments faster than damcon can evaluate and mitigate. There is also the question of machinery subdivision--while some navies broke the machinery into tiny chunks, hoping to limit flooding to as few machinery components as possible (risking off-center flooding), others (like the French) used big machinery spaces that went all the way across to minimize off-center flooding risk (but at the cost of fewer torpedoes needed to disable the entire propulsion). There's no one always-right answer here, though we can at least point out the differences. As noted, the French used fewer compartments for the machinery (2 boiler and 2 engine rooms for Richy, in alternating arrangement) for the sake of space efficiency, while the other navies included more longitudinal subdivision within machinery spaces. My personal judgement is that the Richelieu system is a bit too dodgy for my tastes--while the TDS is great, just two unlucky torpedoes that defeat the system could theoretically disable power production--but that would depend on the tactical circumstances. We do know of one case of a pair of British 15" shells disabling Dunkerque's very similar 5-machinery-compartment arrangement, so it's not a mere theoretical vulnerability, though we should avoid over-extrapolating from small sample sizes (else every penetration is a Hood, every torpedo a rudder jam).

#

There are a host of other considerations as well--metacentric height (which Bismarck comes off well in), armored freeboard (KGV wins here), redundant rudder protection (unique to the Littorios), and so forth, so we're not going to end up with a single nice neat ranking here. Again, I just wanted to touch on some of the considerations and complexity.

peak mango
#

I'm not sure you can protect against under keel strikes.

spiral cedar
#

Yeah, though again, no reliable ways to deliver such in this period, despite many attempts at magnetic detonators

peak mango
#

But yeah, not utilized in that context

spiral cedar
#

It's getting late for me so I'm going to leave firepower considerations for another day

#

in this euro BB comparison

#

I'm also probably just going to skip over maneuverability since either it's super easy to find (speed statistics) or nearly impossible to find (turning circles at differing speeds)

narrow rover
#

I wonder if Jacob Schiff slipping on a banana peel would have led to Japan losing the Russo Japanese war lol

#

It's kinda remarkable the British didn't want to give Japan a loan at the time considering they were allies

#

Though there's some evidence Britain preferred a draw over one side steamrolling the other

autumn sorrel
autumn sorrel
autumn sorrel
remote monolith
narrow rover
#

R2D2 ahh armored car

scenic spoke
zealous vine
lilac pollen
narrow rover
#

They were the Daleks of WW2 after all

desert agate
#

Real life is just like TV show!

#

Wow

#

Incredible insight

remote monolith
#

Well, minus the destroyiny entire universe through quantum bombs capable of breaking open military tardises

narrow rover
#

Lmao

#

Less that and more the "exterminate" part if you know what I mean

#

Though the Daleks were very obviously Germany themed

subtle prawn
scenic spoke
#

And all I have, is this photograph, of an engine with ten big wheels!

#

wished they preserved big bertha

cyan oriole
echo onyx
#

I am outraged

narrow rover
#

Japanese soldier stands under an anti-Japanese slogan
Around 1942 from what I could find

#

Shanghai

supple sandal
grave ravine
#

Some of the Socii had a fairly experienced fleets which Rome could draw on

remote monolith
grave ravine
#

Prof Devereaux had a really interesting talk with Drachinifel a little while back about the 1st Punic War

remote monolith
#

Bret talked with Drachinifel?

grave ravine
#

yeah

remote monolith
#

damn, can I have get the link?

grave ravine
remote monolith
#

cheers

#

but yeah while early on the Carthaginians scored good victories it quickly got reversed during the first, and by 2nd it had no real chance of winning a protracted naval conflict

grave ravine
#

yeah

#

and one of the less well known parts of the later wars against the hellenistic states is how easily Rome rolled the hellenistic fleets

#

not that the Roman wars in the East are particularly well known at all in the first place

remote monolith
#

admittedly the series of wars Rome had against the Diadochi were charitably one-sided

zealous vine
#

Im attempting a transcript of Jaba's meaningful dialogues PamiSmug

narrow rover
#

B-25 with nose art
"Death ray"

timber linden
narrow rover
#

I mean that's a death bomb

subtle prawn
narrow rover
#

He even has the WW2 era round glasses

mental tapir
#

where Italy

#

Also inb4 this marks when Germany finally leaves FCAS and joins GCAP

runic ermine
#

I got an idea, who wants to talk about generals and say if they are: overrated, underrated, overhated, or underhated

#

I'll go first: Patton, in my opinion is overrated and fairly liked/hated

subtle prawn
# mental tapir Also inb4 this marks when Germany finally leaves FCAS and joins GCAP
Reuters

The head of Dassault Aviation said on Tuesday the French planemaker had the capability to develop a new fighter jet alone and challenged Germany to do the same in the latest sign of tensions threatening to blow apart a shared European project.

zealous vine
#

How possible would it be for the Japanese to load a 20" shell in 30s at loading elevation

junior trench
#

yes

mental tapir
cyan oriole
narrow rover
#

Admiral Fisher apparently once considered 22 inch guns

#

You'd probably need an H-44 sized hull at the very least if you want more than 4 of those monster guns

supple sandal
#

Huhhmmm

#

Since when flying a flag upside down is a distress signal

spring briar
mental tapir
#

Sure they can design and prototype it, but I'd be very surprised if they managed to procure anything approaching meaningful numbers without German funding

#

Muh economies of scale and all that

brittle glacier
#

Why would you willfully buy inferior products? The F-15 is RIGHT THERE…

desert agate
#

Why would France buy an American plane?

#

France desires strategic autonomy

#

It buys as little foreign equipment as it can reasonably get away with

#

On top of that, why would France buy an obsolete 4th gen platform for its 6th gen program?

#

The F-15 is obsolete in the high end 6th generation warfighting capability regime that the FCAS program is designed for

#

I can't imagine many worse platforms to buy for that role

#

FCAS is the superior product

#

Or at least if it ever gets built it will be

desert agate
#

They're utterly useless partners in these sorts of acquisition programs

autumn sorrel
desert agate
#

I wouldn't go that far

#

I mean they're designed for different jobs

autumn sorrel
brittle glacier
#

The F-15 is designed to do whatever the hell you wanna configure it for.

#

And do it really fucking fasts

desert agate
#

I would really like to see an F-15EX act as a carrier based fleet defence platform

#

I would pay money to see them try it

brittle glacier
autumn sorrel
desert agate
#

Yeah so a single prototype that never went anywhere doesn't really count

brittle glacier
#

They’ve got an STOL/MTD demonstrator prototype with canards.

#

You wanna fuck em in the air? F-15 line.

desert agate
#

The two planes are very different and are designed for completely different roles

brittle glacier
#

You wanna fuck em on the surface? F-15E line.

desert agate
#

The F-15 is fundamentally an air superiority fighter with a vague multi-role capability

autumn sorrel
#

USN don't need it

brittle glacier
desert agate
#

The Rafale is a multirole fighter, primarily designed for fleet operations
It carries long ranged strike missions to fulfil the roles of carrier based maritime strike and fleet air defence

autumn sorrel
#

If they really want something new, well they already have the program for it and Hornet is more than enough of a stop gap to wait for future platform

desert agate
desert agate
#

Compare the weapons integration of an F-15E or EX to a Rafale
Most of the F-15E's weapons are PGMs and glide bomb

Most of the Rafales weapons are long ranged strike missiles

#

The F-15E is well and truly at home bombing terrorists and troop columns with basically no air defence

brittle glacier
#

The F-15 can carry anything short of an ALBM, mostly because we don’t have one to strap to it.

desert agate
#

I would not like to be the poor pilot being sent to hit a PLAN carrier with Paveways

desert agate
#

You can't just throw an LRASM or an NSM on a plane and expect it to work

desert agate
#

Yeah so notably none of those except the obsolete Harpoon are naval missiles

brittle glacier
#

We don’t need a million different missiles. Just a good one.

desert agate
#

Like sure you can throw JASSM at a carrier all day but it's probably not going to do as well as an LRASM or an Exocet

desert agate
#

Especially not in the 21st century

#

Again, these are different planes designed for different roles

brittle glacier
#

Dude, we use Harpoons for everything. Ship launched, air launched, sub launched, ground launched.

desert agate
#

Used*

#

The Harpoon is obsolete

#

It is being replaced

#

Because it is obsolete

#

It is no longer an effective weapons system in a high intensity naval conflict

#

Because it is obsolete

#

It is being phased out

brittle glacier
#

You are aware that the JSM is a multirole missile developed from the NSM, correct?

desert agate
#

You are aware that JSM has a different warhead and targeting system to the NSM, correct?

#

Yes the JSM can do maritime strike but I'd far prefer the NSM

brittle glacier
#

Uh-huh…

desert agate
#

Yes they have different systems

#

JSM is a multi role missile it has land attack capability, in fact it was primarily designed for land attack

brittle glacier
desert agate
#

The NSM is a Naval Strike Missile, hence the name

The targeting software on board the missile is more suited to the naval strike environment

#

Wow, amazing

#

You prove my point

#

Thank you

brittle glacier
#

Not really. For all of 20 kilos of explosives you lose out on critical capabilities that make your munition competitive in a modern environment.

desert agate
#

The NSM benefits far more from its greater range in a naval environment, this is a huge part of what makes it a naval missile vs a land missile
Missiles designed for land targets do not need the range, and inherent weight that Naval missiles also have

desert agate
#

Land missiles generally need more armour penetration capability because they're designed to hit harder targets

brittle glacier
desert agate
#

Naval missiles generally hit softer targets, warships aren't armoured in the 21st century

desert agate
autumn sorrel
# brittle glacier

Buddy, anything other than a Harpoon is asking for a death sentence and even Harpoon it itself is an old missile

desert agate
#

What

brittle glacier
#

The warhead has 20 kilos less of a warhead yield but like, twice the capability.

desert agate
#

NSM and JSM aren't really the primary strike platforms of USAF/USN anyway

LRASM and JASSM are

brittle glacier
brittle glacier
#

Or a HIMARS launcher on a cargo ship.

desert agate
#

wrong, F-15EX is integrated with JASSM and F/A-18F/E is integrated with LRASM

autumn sorrel
# desert agate What

As much as people like to laugh at Chinese air defense capability, I wouldn't want to be the pilot who have to test it out by flying inside their AD bubble just to deliver glide bomb.

brittle glacier
#

The EX has even MORE capability.

desert agate
#

In fact F-15EX will also be integrated with LRASM invalidating my argument but honestly who cares at this point

autumn sorrel
brittle glacier
#

Look man, I’d like to see a Rafale land with only one wing and a massive pair of pilot gonads.

autumn sorrel
#

Ah yes, the fabled F-15 endurance

brittle glacier
brittle glacier
autumn sorrel
#

Wouldn't be a F-15 discussion without people bringing it up

brittle glacier
#

The F-15 is a 5.0 Boss Mustang and the Rafale is a Miata.

desert agate
#

LRASM and JASSM are very similar on paper
LRASM was developed from JASSM

However LRASM has double the range (nearly 1000km) (JASSM-ER will have similar range)
The warheads are completely different
And the software involved on LRASM is completely different to JASSM-ER
LRASM can identify independently what ships are in a task force, what ships are the most important, and where to strike them, while avoiding radar pickets, being a sea skimmer and being stealth

desert agate
#

That's not a comparison

#

It's just wank

autumn sorrel
desert agate
#

If you want to have an actual discussion, lets have one

#

Don't just wank stuff off for the sake of it

#

It's fucking annoying and pathetic

#

And defeats the whole purpose of having a discussion

brittle glacier