#history

1 messages · Page 88 of 1

neon oyster
#

Su47 looks way better 🗿

manic latch
#

Yeah

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Sea Eagle died sadly

shrewd pecan
frigid karma
#

can the f15 do this

shrewd pecan
#

I mean

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if you take the proposed naval one with variable swept wings

#

yeah

neon oyster
#

F15 doesn’t have Tom cruise LaffeyDrink

shrewd pecan
#

also the prototype later got 3D thrust vectoring

manic latch
#

Shit wrong reply

shrewd pecan
#

the average F-4 pilot

neon oyster
#

F14 still cooler LilEnty

neon oyster
shrewd pecan
#

HOLD UP

#

WHAT DID I JUST FIND

manic latch
#

F-16

#

But Su-47 gf

shrewd pecan
#

why do I just have this ability to find the most obscure shit with basic google searches

neon oyster
#

Google is smart

frigid karma
shrewd pecan
#

that is true

#

👁️ 80% of programing is google

neon oyster
#

About 100 years of Royal Air Force aviation

manic latch
#

I also love how Soviets had their own F-16XL proposal Prayge

shrewd pecan
#

I would like it

#

if it wasn't for the air intakes

manic latch
neon oyster
#

And I thought the real su34 was ugly FumizukiStare

shrewd pecan
#

its like

spring briar
#

@manic latch

shrewd pecan
#

you combined a F-16XL with a plane from Gundam

manic latch
shrewd pecan
#

there is only two Soviet planes I accept

neon oyster
shrewd pecan
neon oyster
shrewd pecan
#

sorry its a F-111 but Soviet

#

I have to approve

neon oyster
#

Only flanker and mig29 are acceptable

shrewd pecan
#

literally gods greatest tank destroyer

neon oyster
#

Too bad it got retired LaffeyDrink

manic latch
shrewd pecan
neon oyster
#

Mmm amram

shrewd pecan
#

in a ideal world the F-111 would of outlived the A-10

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the LCS would of be canned for Spruance modernizations

neon oyster
#

Blame reformers BelCry

shrewd pecan
#

and the S-3 viking would of remained a ASW plane

manic latch
neon oyster
#

should just keep making Perry Olivers instead of lcs

shrewd pecan
#

we should of just made a new frigate

manic latch
#

Frigate

neon oyster
#

Allow me to introduce myself

shrewd pecan
#

a new frigate 30 years ago

manic latch
neon oyster
#

Better late then never

#

That’s just usn procurement for the last 30 years

#

Try to make something new only to fail miserably and go back to what u already had

manic latch
#

Ye gave massive stop time for China

neon oyster
#

China is somewhat a joke still HoodSip

manic latch
#

Never underestimate floppaletsgoo

neon oyster
#

Wake me up when their fleet leaves the South China Sea

manic latch
#

So out of all 1990 projects of Navy

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I guess Ford was only good choice?

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And Columbia

neon oyster
#

Ford was also kinda funni

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But not disastrous

manic latch
#

Yeah...+20 new technology in single go

neon oyster
#

Now it’s very fine

manic latch
neon oyster
#

Funni how they just back peddled on jfk FumizukiStare

manic latch
neon oyster
#

Really? 🗿

cinder escarp
neon oyster
#

Let me see

manic latch
#

She only has f18 and Awacs

cinder escarp
#

reminder of how we butchered it

shrewd pecan
#

anyways lemme make my personal list of procurement sins for the modern US Military

  • early Spruance retirements
  • M109 not being replaced until the 2020s
  • no new frigate until the 2020s
  • not motorizing artillery for Stryker brigades until the 2020s
  • Taking 60+ years to actually make a light cav scout vehicle
  • failure the modernize the F-22 until recently
  • M113 not being replaced until the 2020s
  • Bradley not being replaced until the late 2020s
  • Not developing M1 thumper into a M1A3
  • dropping SADARM
  • taking 30 years to adopt a light tank
  • Relegating stryker brigades to one division type and reducing overall Stryker brigades
  • handling of CG(X) and Zumwalt
  • not procuring ATACMS block II
  • abandoning EFOGM
  • repeatedly reducing capability on the Constellation class (removing the bow sonar)
  • mishandling of the LCS program
  • Navy 1990s aviation funding & spending (every program but super hornet failed)
neon oyster
#

Well jfk can at least

manic latch
#

Nimitz class can handle F35B ye

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Ford can't since electro catapults

shrewd pecan
#

none of the Nimitz's or Fords can handle F-35Bs

manic latch
#

Wait

frigid karma
neon oyster
shrewd pecan
#

stopping F-22 production made sense

neon oyster
#

Zummy is a joke

manic latch
cinder escarp
shrewd pecan
#

I was talking about F-22 modernization

shrewd pecan
cinder escarp
#

The constellations had to be built at marinette

shrewd pecan
#

also the carriers have to undergo modifications to utilize the F-35C

#

Ford hasn't undergone said modifications yet

cinder escarp
#

And marinette is on a very shallow river

shrewd pecan
#

JFK will

cinder escarp
#

That is why the sonar dome got cut off

shrewd pecan
#

it boggles my mind how the hell Wisconsin managed to get a shipyard with actual military contracts

manic latch
#

Ford can't handle F35C*

neon oyster
#

They already signed a contract to modify ford it seems

cinder escarp
#

Also, the hangup on ford for F-35s has to do with catapult calibration and blast deflector timings. It's not a major change needed.

manic latch
#

No new catapults?

neon oyster
#

Why didn’t they have it in the first place? TashScared

shrewd pecan
#

its the first carrier with EMALs so early adopters tax pretty much

cinder escarp
#

It was pushed back because the Ford F-150 is so very far behind schedule there was a bit of a rush to get it on deployment even if only with superbugs

manic latch
#

Damn

shrewd pecan
#

the modern American pickup truck is a disaster and a disgrace to past pickup trucks

manic latch
#

I would still sleep with Raptor

shrewd pecan
#

they made pickup trucks from being practical reasonably sized vehicles

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to oversized SUVs with less storage space in the rear than their past smaller versions

neon oyster
#

It’s American of course it big

shrewd pecan
#

WHAT WENT WRONG?!

manic latch
#

Japan

neon oyster
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Not obese enough LaffeyDrink

shrewd pecan
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the American pick up truck makers are the main ones inflating the size

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there pushing pick up trucks now that the oversized SUV market has hit its height

manic latch
#

Ford Country Squire was the best family car in existence

shrewd pecan
#

personally biggest I'd go for a city car is a Honda CRV

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kinda wish station wagons were still a thing in the states

strong plank
#

Ya know

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Surplus humvees are road legal in several states

shrewd pecan
#

Volvo's ones look nice

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yeah but humvees get horrible gas mileage

strong plank
#

Yes but if you and 2-3 friends each get one

shrewd pecan
#

GOOD 8 MILES PER GALLOON

strong plank
#

You can roll up to another friend’s house and make them shit themselves

shrewd pecan
#

also there huge

shrewd pecan
#

tho I do have to say

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if I were to go with a humvee I'd probably go full death upon roll over mode

manic latch
#

Traffic menace

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Safer than Cybertruck

shrewd pecan
strong plank
#

Man

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Any time I see someone driving a jeep like that

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No doors and all

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I just imagine them driving to get groceries and taking a hard turn

manic latch
#

I don't like boxes since it makes crashes more uhh knife like

shrewd pecan
#

DEATH BEFORE DISMOUNT!

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DEATH UPON ROLL OVER!

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tho personally I vibe with the soft top humvees

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since if I'm buying a humvee

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it is not a sensible purchase in the first place

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then again the LMTVs always a option

manic latch
#

Bruh how are these civilian

shrewd pecan
#

that picture isn't civilian

frigid karma
#

the machine gun

shrewd pecan
#

tho nothings stopping you from doing a surplus LMTV like that here in the US

manic latch
#

Good thing cars didn't existed during founding fathers

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Legalize civilian MBTs

shrewd pecan
#

from what I've heard and seen surplus LMTVs apparently go for decently affordable prices

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mainly since ones with basic fixable issues keep being thrown up at incredibly cheap prices on auction since the agency that handles surplus equipment auctions is lazy

manic latch
#

Kamaz style ye

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Cute

shrewd pecan
manic latch
#

...
Can you buy Oshkosh?

shrewd pecan
#

surplus HEMTTs and LMTVs are on the market

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chances are within the next 10 years the army's gonna be dumping the current HEMTT fleet since there currently holding a competition to replace it

neon oyster
shrewd pecan
#

🤨 tho I'm largely guessing the HEMTT replacement is gonna just be another HEMTT

manic latch
#

I really love this girl

desert agate
#

Indonesia just accepted Australias donation of 15 Bushmasters after about 18 months of deliberations

manic latch
shrewd pecan
#

the HEMTT replacement program is literally between

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a newer HEMTT

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a MAN truck

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and a bunch of other competitors that don't matter

manic latch
#

Hemmt still being used since 1982

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Top G

shrewd pecan
manic latch
#

Ugly

shrewd pecan
#

its newer models being used at this point

#

ok I sleep

manic latch
unreal elbow
#

Got myself this beauty

manic latch
#

Nice nice

unreal elbow
#

For sure

#

I got it for quite cheap tho

#

Around 100 dollars

desert agate
silver crest
#

man

#

woodrow wilson was racist

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like really racist

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like klansman-level racist

shut wren
quick shard
#

hat

spring briar
manic latch
#

Random IB fan moment

spring briar
#

It’s not even real

#

Just a shitty repro

shut wren
#

It looks cap

delicate beacon
#

Is that an RAF logo with a swastika

plucky wyvern
#

there was once a naval battle between Vichy France and Thailand
https://en.wikipedia.org/wiki/Battle_of_Ko_Chang

The Battle of Ko Chang took place on 17 January 1941 during the Franco-Thai War in which a flotilla of French warships attacked a smaller force of Thai vessels, including a coastal defence ship. The battle resulted in a tactical victory by the French Navy over the Royal Thai Navy although the strategic result is disputed. The Japanese intervened...

#

HTMS Thonburi vs Lamotte-Piquet

deep apex
sullen canyon
# quick shard

So does this mean this dude served Germany and England at the same time then?

#

If not, then they ruined a good cap

subtle prawn
quick shard
#

chocolate guys?

orchid notch
#

Maybe

slow raft
slow raft
# spring briar Just a shitty repro

I have a Kriegsmarine Kapitanleutnant's cap with the white cover made by Erel Sonderklasse, the original manufacturer, but it's a repro. This looks like the same kind of quality, though I had to remove the wire by hand and crush the stiffener on the peak to get the correct effect.

#

I'm sure you're aware that the market is currently flooded with shitty repros

#

and has been and will be in perpetuity

#

the good news is that if you're reenacting germans for events, you don't really have to worry about paying top dollar for nazi stuff, you can find decent repros of anything you need at very fair prices.
The bad news is that if you're a big fan of real nazi stuff your best bet is to go look at it in a museum.

#

(hell, some museums have repros aged to look proper for certain items)

slow raft
quick shard
#

Jesus thats alot for just a single hat

autumn sorrel
#

I am bored, anyone have some obscure and wacky ship design or plan?

heavy bay
#

North Carolina preliminary scheme F is always fun

autumn sorrel
spring briar
tough quail
#

true

subtle prawn
#

Few weapons, if any have had a greater impact on history in a shorter space of time than the Minié rifle. Introduced in a limited capacity in British service during the Crimean War (1853-56). The Minié with its revolutionary ammunition had a devastating impact against Russian troops during the conflict.

Join Jonathan Ferguson as he examines th...

▶ Play video
slow raft
subtle prawn
cerulean ice
slow raft
#

I'm shocked this isn't more common knowledge. Almost every year a D-day reenactment takes place in Pennsylvania where guys dress up as paratroopers and guys dress up as fallschirmjagers and Heer and they all shoot blanks at each other for 2 days.

cerulean ice
#

Well yea, just like in video games, someone has to play the other side

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regardless of their moral status in the wider scope

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I'v been dressed as a Swedish XVII century soldier once, not for reconstruction though, bug historical context

slow raft
#

Bingo. I was a paratrooper in the 101st one year and had a ball

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Shooting Germans from Kentucky and New Jersey :V

cerulean ice
#

that said
"The bad news is that if you're a big fan of real nazi stuff"
If someone is "a big fan" I got way worse news for them than uniform availability

slow raft
#

Lmao, I like to think I got pretty good at dancing around that

frigid karma
#

Hi fox

cerulean ice
#

competitions in mental gymnastics in some of those people are fairly high-level ones, if you catch my drift

frigid karma
#

Civil war reenactors are more common in the us I think

#

And considerably more stupid, thank lost cause for that

spring briar
slow raft
#

I know a lot of guys that have loads of time and money and do Revolutionary war, Civil, WWI and II

spring briar
#

Real G’s reenact crimea war

frigid karma
#

It’s a shame because a lot of confederate campaigns were really successful it’s just the average confederate supporter is

slow raft
#

You can respect the ability of the Confederate military while also knowing they were on the wrong side and lost and that them losing was a good thing

spring briar
#

Yes

cerulean ice
spring briar
#

Sadly the majority of reenactors do it to fulfil their own althistory fanfic

spring briar
slow raft
#

Unfortunately some folks have family trees that are shaped like a wreath and think they should have won

frigid karma
#

Just call them Mississippians

cerulean ice
#

I mean which of the old ones (although I think only one of those was called "the" Crimean War, jokes aside?)

spring briar
#

The 1850’s one

subtle prawn
frigid karma
#

Speaking of nazis

cerulean ice
#

cha cha real smooth

frigid karma
#

Image is sort of self explanatory

#

I’d fuck with that gun tho

spring briar
slow raft
#

The T-34 was a fine tank as long as you didn't have to go far or see out of it

shrewd pecan
#

Confederate military ability has been something

#

always comically overstated

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especially when it comes to figures like Lee who arguably lost the Confederacy the war due to a variety of mistakes, failures to take advantage of certain situations alongside a failure to realize the type of war he was fighting

deep apex
#

The first thing I saw there was the stormtroopers

#

So that's what I thought it was about

shrewd pecan
#

the failure of the droid army

strong plank
#

lost-causers can cry all they want

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they can't un-burn down Georgia

frigid karma
#

Rebel tears

shut wren
delicate forge
#

Cursed F-104

thorn trail
#

hold on Mach 2.5 with that design

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How

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Just how

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I cannot see that as being stable for high supersonic speed

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Ah wait

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I can see how

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and it's not brute forced

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there's actually some pretty interesting engineering just from the ones you sent

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for example the reason why one side is longer

#

is for the area rule

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yeah there's also some interesting ways to follow the area rule here

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but still

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do not want to be the one in this plane

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you said they had the flaps designed so the engines blow on it at slow speed. Funny use of the Coanda effect

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afaik the only plane I know rn that uses the Coanda effect like this is the C-17

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jet flaps

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oh god

wintry moat
#

But I don’t actually know what armor scheme hood had

thorn trail
#

Oh jet flaps

#

60s jet design was

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interesting

wintry moat
#

was she apart of the Distributed or Turtleback or did she actually have All or Nothing?

thorn trail
lapis delta
wintry moat
#

also, claiming it was incompetence for the loss of Hood is a bit weird

#

They lost Radar contact with Bismarck after Suffolk got a little too close

thorn trail
#

@spiral cedar they're talking about Hood armor. Can you expound more

wintry moat
#

she had a 12 inch angled belt armor

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So basically the same thickness as QE

spring briar
#

And a 7” upper belt

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With a thin bulkhead that some erroneously call a turtleback

wintry moat
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altho QE was slabsided

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Wasn't hoods planned retrofit to help update her deck armor?

lapis delta
#

So where was I wrong?

thorn trail
#

No

spring briar
lapis delta
#

I never said which belt and both can be called belt

spring briar
wintry moat
spiral cedar
#

What's the question about? I'd like some context

thorn trail
spiral cedar
#

Ah

#

Two theories are most likely

thorn trail
#

iirc that was the original debate in #al-general before Silent told them to move here

lapis delta
#

I only said hood had almost no armor apart from the belt

spring briar
spiral cedar
#

Well that's wrong yeah

spring briar
#

Because there’s also the 5” side plating above the 7”
Then the thinner belt extensions

cerulean ice
#

what does tea maker has to do with it anyways

spiral cedar
# spiral cedar Two theories are most likely

a) shot that passed above main belt (through upper belt) and then struck the sloped deck near the machinery to enter near her 4" magazines
b) shot that struck the lower edge of her belt after a very short underwater travel and entered inside the hull close to the magazines

cerulean ice
#

this isn't a tank, a ship is a big bigger than a large car

lapis delta
spiral cedar
#

Here's her armor layout

#

Just from the side view, not including deck armor

thorn trail
#

Jaba what does your name reference. Which ships armor is it referring to

spiral cedar
#

She was well armored by WWI standards, but like many non-"All or Nothing" designs she had weak points where unusual trajectories could bypass most of the armor

spring briar
#

Bisko

thorn trail
#

?

spiral cedar
spiral cedar
lapis delta
spiral cedar
#

Over mags, 50mm upper and 95mm main

spring briar
#

The retrofit would have done little to actually improve the side armor protection

lapis delta
#

Let's just say: battle cruisers died out for a reason

spring briar
#

No their concept simply was incorporated into fast battleships

spiral cedar
#

Since 28 knots was enough to call them battlecruisers by the definitions they used at the time

spring briar
lapis delta
spring briar
spiral cedar
#

Only if you define a battlecruiser to have poor armor protection

#

I would say, you do not have to

lapis delta
spiral cedar
#

Also I wouldn't call KGV a particularly complex armor scheme

spiral cedar
lapis delta
cerulean ice
#

from what I seen Battlecruisers were sort of a product of their time, when one had to pick between certain traits due to limitations (including production cost)
which for Prussians was "guns for speed" and for British "armour for speed" in simplified terms

#

but then technology and doctrine development and stuff basically superseded it all with "fast battleship"

lapis delta
spiral cedar
#

Battlecruisers are meant to be fast capital ships, but you don't always give up armor to do it. If you're British you might, but the Germans just made them bigger, with roughly similar guns and armor as their battleships. The extra displacement just went to speed

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Hood followed the same philosophy, about the same armor and guns but much more displacement to get the speed

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(kinda)

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It's just that WWI armor schemes won't do well against WWII shells in general

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Not that Hood was a BC

lapis delta
#

And her retrofit was supposed to up her armour in exchange for some speed, although the power plant was supposed to be changed too, right?

spiral cedar
#

Warspite could have been in her place and she'd have blown up about as easily

spring briar
#

The only obvious differences between hood and german battlecruisers are the lack of a fully armoured waterline and lack of a turtleback
Which is compensated by the angled belt

spiral cedar
cerulean ice
spiral cedar
#

See the Standards adding an extra 2 inches of deck armor in their refits and losing like half a knot

lapis delta
thorn trail
#

hold on how possible is it to refit a BB to be way faster

lapis delta
#

On a moving target*

spiral cedar
#

The longest range confirmed direct hit, yes, tied with Scharnhorst's shot on Glorious

spring briar
thorn trail
spring briar
#

Even with improved machinery

spiral cedar
#

Yamato notably scored a damaging near miss on White Plains at over 30k

spring briar
#

Length to beam ratio is critical

lapis delta
spring briar
#

Battleships built by germany

spiral cedar
#

And depending on who you ask, Massachusetts may have a claim to a direct hit at 28k. But that's more debatable

cerulean ice
#

Warships, that for sure

thorn trail
#

Ok wait what again was the misconception regarding their armor

spring briar
#

And thus they incorporated german ideas

spiral cedar
thorn trail
#

like what was wrong with the commonly quoted belt armor iirc

spiral cedar
spiral cedar
#

Because a book by Breyer said 350mm

spring briar
#

Typo by groner

lapis delta
spiral cedar
#

Groner, right

spring briar
#

Oh breyer

#

Oh groner

spiral cedar
#

Wait

spring briar
#

I dont remeber

spiral cedar
spring briar
#

One of the two

cerulean ice
#

they are Battlecruisers TerriSmile

thorn trail
spiral cedar
#

Ask Silver, he knows

thorn trail
spiral cedar
spring briar
#

But man

spiral cedar
#

The edges of their decks go up to 105mm

#

Even if the middle portion is the same thickness

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So on average they have more deck protection

#

The Bismarcks went for steeper deck slopes and a thicker upper belt, which reflects a higher priority of stopping hits from the sides and a lower priority of stopping bombs

spring briar
#

11” guns
With an even smaller burster than an average 11” to compensate for the longer windshield.
PortDoll

spiral cedar
#

H-39, of course, reversed this trend

lapis delta
#

Bisko is kind of the embodiment of German engineering:
Complicated, some things were forgotten, some things are just best of their class and others just plain stupid

thorn trail
#

what was actually the fastest firing main gun relative to its size

spring briar
#

What is the best of their class?

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Cruising Range?

cerulean ice
#

Bismarck is the best of Bismarck-class Battleship

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obviously

lapis delta
#

IF it worked

cinder escarp
#

Bismarck isn't even the best bisko

spring briar
spiral cedar
cinder escarp
#

Tirpitz had several improvements

lapis delta
thorn trail
spring briar
#

Man has never heard about Sural boilers or general electric turbines

#

How can a man live

spiral cedar
cinder escarp
#

The Kreigsmarine never really built classes for their cruisers and above. Basically every ship was slightly different.

cerulean ice
#

because most of the world uses metric lmao

thorn trail
spiral cedar
#

Japan used imperial up to the 20s and then switched to metric

lapis delta
# thorn trail No. SEA

Some countries use metric, other imperial.
US and Brits used imperial (Russians too for some reason) and the rest used metric
In ww2

spiral cedar
#

The US uses US customary units, not imperial

#

Both the British Imperial and United States customary systems of measurement derive from earlier English systems used in the Middle Ages, that were the result of a combination of the local Anglo-Saxon units inherited from Germanic tribes and Roman units brought by William the Conqueror after the Norman Conquest of England in 1066.
Having this sh...

cerulean ice
#

better question is what the heck of a width measurement is a pounder

cinder escarp
#

The US units are indeed different from Imperial, because our units are basically frozen in time from the late 1700s.

#

While the brits continued to change slightly

lapis delta
cinder escarp
#

Yeah back in the day cannon were usually designed based on weight of shell/shot

spiral cedar
#

Pounder conversions

thorn trail
#

hold on why was pounder a measure for guns

spiral cedar
#

Cannon days

spring briar
lapis delta
#

Because Brits

#

Who else called their guns xx pounder???

thorn trail
cinder escarp
#

A lot of the oddball French calibers came when they when they went to caliber measurements instead of weight... and instead of designing new guns kept the old shell sizes.

spring briar
#

Eg. A 2 pounder means that the diameter of the barrel has the same diameter as a 2 pound lead ball

#

Quite a comprehensive unit for cannons using round shot

thorn trail
#

another question. which AP shell was theoretically the best among all the ww2 BBs

lapis delta
#

That's debatable

spring briar
#

14.96” Mle.1943

lapis delta
#

Iirc, the best were considered to be the American heavy ap she'll, the type 91 of the Japanese and I can't remember the amalgamation of short forms the Germans used for theirs

cinder escarp
#

The 138.6mm bore you see on a lot of french guns was taken straight from the old 18 pounder cannons.

ivory ridge
spring briar
#

No

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Not even the newer type 1

#

German shells were good but the base plug was a fuck

spiral cedar
#

Wait, I wrote up a whole thing on shells

cinder escarp
#

Type 91 greatest shell in world (for the one in a million underwater hit)

lapis delta
#

I didn't say which ones of them were the objectively best, they were just what I remembered to be called the best

spiral cedar
#

Let me copy paste

#

Shells are a complicated topic, so it's important to separate out some parameters for the discussion.

First of all, like most things in naval engineering, nearly everything comes with a trade-off. So some design decisions will have advantages in some aspects but disadvantages in others. Different navies will prioritize different aspects, causing asymmetric outcomes that make direct comparison of a single parameter misleading as to actual utility in battle.

Second, there are many types of shells, with varying designations in every navy. I will keep things simple by laying out a few general types, and then picking out two primary classes of shells to compare and contrast.

Third, shells are intimately tied up in the guns they are fired from, which are inherently dependent on the turrets and mountings they operate in, which are of course directed by the fire control systems of the ship they are installed in, etc. I will do my best to isolate the shells from the other systems in play, but be sure to keep in mind that the shells in isolation will not give a complete picture of the actual effectiveness of a ship's firepower.

We will start off by dividing shells into categories. While there are a wide variety—starshells, incendiary AA shells, practice shells, common shells, ASW shells, etc. I will focus on two main types: AP type shells (armor piercing) and HE type shells (high explosive). SAP type shells, while widespread, were inconsistently defined and utilized and thus are poor choices for comparison, unlike AP and HE type shells which practically every nation used widely and consistently.

#

We can also look at some factors separate from shell type, such as the type of explosive filler used (which usually, though not always, remained consistent from one shell to the next within a navy).

Britain, Germany, France, and Italy used TNT, which we will take as our baseline explosive. Unlike older explosive fillers (especially picric acid, aka Lyddite), TNT could be sufficiently stabilized and cushioned to avoid instantaneous detonation upon impact, making it suitable for delay action. However, it still needed to be cushioned and desensitized, which took up extra volume in the shell—beeswax, felt, plaster, and cardboard being commonly used. In general, the German (and probably Italian) method gave about 80-85% TNT-equivalent cavity efficiency, and the British (and probably French) method gave about 90% TNT-equivalent cavity efficiency.

#

The US used Explosive D, or Dunnite, as its shell filler. Explosive D was insensitive enough that it needed no cushioning or desensitizing agent at all, at the cost of being only 90% as powerful as TNT. Thus the US method gave about 90% TNT-equivalent cavity efficiency. It was also probably the safest shell filler used in the period, in terms of avoiding accidental or sympathetic detonation.

Japan used TNA, or Trinitroanisole, as its shell filler. While about 5% more powerful than TNT, it was significantly more sensitive and needed much more cushioning to attain successful delay action—thus despite being a more powerful explosive, the actual TNT-equivalent cavity efficiency was only 63-70%. Its toxicity made it rather dangerous to handle or inhale.

By midwar the US and UK were seeking more powerful explosive fillers for their AA shells to improve aircraft kill rates. The UK used a beeswax and RDX mixture in its 40mm AA ammunition, and the US used a different wax desensitizer for its RDX filler in its AA ammunition (up to 5"). RDX is about 90% more powerful than TNT, so with the desensitizing agents it's about 170% TNT equivalent—a significant improvement in lethal radius against aircraft.

#

Let's look at HE shells now. Base-fuzed HE is typically delay-fuzed and used against both unarmored and very lightly armored targets. Nose-fuzed HE is generally used against unarmored targets and usually given an instantaneous fuze (for surface targets) or a time-delay fuze (for aerial targets). Proximity fuzes, a midwar invention, are special nose fuzes for HE for AA purposes.

Broadly speaking, more explosive filler is better for HE shells when shooting at surface targets—they do their damage predominantly through blast effect, so the greatest amount of filler means the most convertible chemical energy being delivered to the target volume. Fragmentation is a crucial factor for downing aerial targets, but it's a much more complicated factor than you can easily obtain from "paper" stats so we will be ignoring fragmentation for HE shells for now.

spring briar
spiral cedar
#

Let's turn now to burster sizes for various navies. Unfortunately, data for some shells is just unavailable, so I will have to speak in rough trends. In general, US HE type shells (High Capacity, or HC, in USN designation) had a consistently high % of explosive filler, usually a bit over 8% Explosive D by weight. Only slightly behind, on average, are German and British HE, usually in the 6.5-9% range. French HE seems to follow a similar pattern, but there is less concrete data on their HE shell burster weights so it's harder to be sure. Italian HE seems to trend lower, but there are considerable holes and variations in the data that again make it harder to be sure. Finally Japanese HE definitively trends the lowest, usually settling in the 4.5-6% range (more similar to SAP in most navies!). In general I don't think the differences in burster weight between US, UK, German, and (maybe) most French HE make much practical difference. Italian HE may be at a slight disadvantage, but it's mostly Japanese HE that has serious burster deficiencies.

#

The next factor is fuzing. In general, base fuzes cut into burster weight (the comparisons above were all for nose fuzed HE only), for the trade-off of being able to explode inside the target instead of in contact with the exterior of the target (no big hole letting in air or water, but less blast energy vents into open air outside the ship). Nose fuzes are generally very reliable, both impact and time-delay, so I won't bother to distinguish between those of various navies. The US and UK use of proximity fuzes gave them considerable advantages in AA work, though time-delay fuzes remained a necessary supplement. US HC shells also featured a unique safety feature, the ADF (Auxiliary Detonating Fuze), which acted as a backup safety precaution, significantly reducing the chance of handling errors causing a mishandled or dropped shell to explode (with an unintended side benefit of slightly increasing the size of holes caused by instantaneous-fuzed HC shells).

#

Now let's pivot to AP type shells. These are inherently more complicated than most HE shells of the era, and had more variation as a result, so I will attempt to cover important areas of difference while avoiding excessive detail.

The main comparison categories here will be penetration (at various obliquities), fuzing, damage, and aerodynamics. Because factors such as danger space, time of flight, striking velocity, angle of fall, etc. are more determined by the gun than the shell, I will deliberately be leaving them out (one shell could be fired out of several different guns with differing muzzle velocities).

#

Broadly speaking, the 1944+ US AP shells have the greatest penetration. Early war US AP shells generally performed fine (their AP caps were slightly softer than the international average, giving slightly worse low-obliquity performance against facehardened armor but slightly better performance against homogeneous armor), but the late war modifications featured improved toughness and (for cruiser calibers) greatly increased cap hardness. Their main advantage throughout the war was a higher required manufacturing standard for impact obliquity (achieved through full-sheath hardening)—1-caliber thickness at 35-40 deg from perpendicular, as opposed to the usual 1-cal 30 deg standard internationally. Japan lagged behind in this regard, as it did not update its obliquity requirements since the 1920s British standards it had inherited—0.67 cal at just 20 deg.

There were also some other national peculiarities. British AP-type shells (APC in British designation) were designed with unusually soft middle and lower bodies to avoid cracking and shatter that might damage the fuzes. This worked well for moderate-thickness plates and at lower obliquities, but at high obliquities or against very thick plates, the shells had a tendency to "bend" and thus fail to penetrate—forming rather unique-looking crescent-shapes that, oddly enough, sometimes were still "fit to burst." British shell manufacturer Cardonald, late in the war, started producing some APC with sheath hardening rather than the "layer cake" hardening of the other manufacturers, but because British shell regulations did not distinguish between manufacturers when delivered to the fleet, there was no real way to know at sea where any particular shell came from.

#

French shells (and shells from one British manufacturer, Firth) had a slight disadvantage against horizontal homogeneous armor (e.g. decks, turret roofs) due to their more rounded AP cap design making it harder to initially "dig" into homogeneous armor plate at high obliquity.

spring briar
spiral cedar
#

Next, fuzing. German shells generally come out at the bottom here, as Krupp had a tendency to consistently ignore reports of dud shells. Dud rates were very high, across multiple battles and years of war, suggesting deficient fuze design (aka not the result of using slave labor later in the war). British fuze reliability, by contrast, comes out on top, using a special "Hadfield relief plug" to give the maximal protection to the fuze for reliable post-penetration detonation. The US for its first year of war had issues with duds because of corrosive fumes from Explosive D degrading the fuzes in hot weather over time, but this was resolved by 1943 by dipping the fuzes in plastic. The French used a dual action fuze that would theoretically allow for different fuze delays against different impact types, though the actual reliability of the fuze in practice is unclear (the USN designed and rejected a similar fuze design in the interwar period over reliability issues). In terms of fuze delay, the British probably had the shortest with 0.025s, whereas most other navies had delays in the 0.03-0.04s range (Germany 0.035s, US 0.033s for example). Japan, due to its diving shell design (described later), used 0.08s on its 15.5cm APC and 0.4s (!) on 20cm and larger APC. All these are average delays—shells will detonate earlier or later based off a bell curve. Britain's shorter than average delay would thus, on average, give a somewhat reduced chance to reach vitals at lower decks than other navies, while Japan's excessive delays would significantly increase the rate of overpenetrations.

#

Then comes the question of damage. This is, again, a complex topic, so we will explain our model first. AP shells have thick shell walls that are turned into a substantial mass of fragments upon detonation of the explosive filler. Thus, the contribution from fragments is very important in how AP shells deal damage. For a given total shell weight, a greater % of explosive filler will increase blast damage, but will require a larger cavity, meaning less mass of fragments and thus somewhat reduced total fragmentation, albeit somewhat faster fragments on average as well. However, for a heavier shell of a given diameter (i.e. a longer shell), there is more mass of middle body material that will be turned into fragments, thus increasing fragment quantity. Looking at the literature, a good "simple" model of AP shell damage gives damage increasing by the square root of filler mass and the ⅔ power of total mass (though, again, a full model would require far more parameters and would vary by hit location—we just want a good approximation for now).

#

Broadly speaking, British AP tends to hit slightly above its weight tier, as they tend to use about 2.5% filler compared to 1.5-2% in most other navies. Their shell weights vary but tend to be average to heavy (Nelson 16" being unusually light). German shells tend to fall into the 2-2.5% range, only slightly behind, but are lighter shells than average, reducing fragment effect. French shells are broadly similar to British shells in burster and weight, but care should be taken because some French ships (and some British as well) didn't carry AP type shells at all, only SAP type shells, which tend to carry 4-6% filler at the cost of armor penetration ability. Italian shells varied considerably, from slightly above average for 8" shells (2.9%) to substantially below average for 15" shells (1.1%), and many of their bursters are simply unknown. Their shells tended to be average weight. US AP shells tended to use less filler (1.4-1.5%), but many ships used "superheavy" shells that were roughly 30% heavier (and thus longer), compensating for somewhat less blast damage with more fragment damage. Japanese AP type shells varied across the typical range, from 1.5-2.5% filler, and were generally of average weight.

#

In terms of 'aerodynamics' (really exterior ballistics), two navies stand out the most—France and Japan, which both used boat-tails on their shells, coupled with longer windscreens on France's shells and Japan's Type 1 shells introduced during the war, to increase range. The cost of this, in theory, is somewhat wider dispersion, but it does not seem to have been a limiting factor for either navy—other factors, especially as turrets and gun details, dominated dispersion. While the USSR also used this shell form, I'm not including the USSR in this analysis.

#

Then we have special details of performance. First, dye bags, which help with distinguishing the origin of splashes from one friendly ship to another. The Italians and (as far as I'm aware) Germans did not use dye bags. The US had been using dye bags for decades by the time WWII started, but changed their system early in the war by adding holes in the windscreens so that water would flow in easier, making for better dye distribution. Japan used dye bags as well in their wartime Type 1 shells, with a specially loosened windscreen (for diving purposes, see below). The French had a unique system containing a small explosive charge in the windscreen, so that when the shell hit the water or a ship, there would be a small flash that would both ensure dispersion of dye as well as provide a visual "hit" indicator in night actions (shells that explode inside the ship often don't cause external visible effects from a distance), the so-called "K" dye bag system. The British acquired the system early in the war, and by midwar their shells used the same system, adding a few pounds to the weights of their shells.

#

The most outstanding remaining feature is diving capability. In the interwar period the threat of shells going underwater and reaching a ship's vitals by passing under the belt was recognized as a serious threat—few ships had deep enough belts to protect against them, and damage could be considerable. Many navies flirted with intentionally making shells dive, but only two dedicated to the concept—Japan and France.

Japan focused on diving capability ever since the late 20s (in contrast to the lack of interest in improving armor penetration!), and devised an effective system. As flat-nosed projectiles exhibit good stability in underwater trajectories, the Japanese split their AP caps into a pointed upper section and a flat-nosed lower section, then lightly screwed the windscreen onto the upper section. Upon hitting any surface (ideally water), the windscreen and "cap head" would be knocked off, leaving the flat front of the lower AP cap to provide a stable underwater trajectory. This degraded penetration capability slightly, but the Japanese considered the trade worthwhile. This flat-nosed design also had the curious effect of making it somewhat superior against moderate thickness lower deck armor. It should be noted that Japanese cruiser-caliber "AP" lacked a true AP cap, only having the flat-based "cap head" and thus performed very poorly against facehardened cruiser armor (as seen on many London Naval Agreement era cruisers of the US and UK). Finally, the extremely long fuze time enabled the maximal distance underwater to be traveled prior to detonation, again at the cost of increasing the risk of overpenetration.

#

The French also pursued diving shells, but achieved the desired flat nose through their "K" dye bags system. The forward half of the windscreen was flat-based, so the fore charge's explosion (distributing dye) would also destroy the windscreen up to the flat base, leaving a lower half with a flat nose. Thus the AP cap itself was left intact, causing no loss in armor penetration capability. The French dual-action fuze system, mentioned above, was meant to permit a longer delay upon hitting water and a shorter delay upon hitting armor, but again the reliability of the fuze is unknown.

As a final note, while only these two navies deliberately focused shell design on diving ability, other navies' shells dove in battle as well, albeit typically to lesser depths. HMS Prince of Wales and Bismarck both received below-belt hits from each other, and USS Washington scored several hits below the belt (and even on the rudders!) of Kirishima. Such hits were probably less reliable due to varying delay action, but they did happen.

#

Overall, you can now probably come to your own conclusions regarding WWII naval shells now. I haven't covered all the details by a long shot, but you can get an idea of the priorities and weaknesses every nation had to deal with in making their shells.

spring briar
#

(If you want a similar analysis from 1859-1918, I’m your man)

thorn trail
#

Why underwater

frigid karma
#

Unfortunately I did not have a warplane emoji

#

Or a submarine

spring briar
spiral cedar
frigid karma
#

Has the usn done any major target practice to analyze effects of modern weaponry since America?

#

I like this new emoji

cinder escarp
#

They do sinkex's from time to time, but AFAIK they aren't particularly detailed studies

#

They just shoot up hulks

spring briar
#

194mm “obus P”
Filled with 16kg of HE (only 2.5 kg less than the burster of the 16” SHS)
Made for use in French coastal batteries to fire at the waterline of capital ships

thorn trail
spring briar
#

Oh fuck I forgot to look for the annapolis armor tests

thorn trail
frigid karma
#

so bat missiles in ww2 typically suffered from land radar clutter which made them ineffective against ships close to shore

thorn trail
#

What was special with the Type 91 shell

frigid karma
#

but then why were they used to bomb bridges?

#

one would think they are a fair bit closer to land than ships

spiral cedar
#

Not so much the Japanese shells are better if it's already an underwater hit, more that the Japanese shells are designed to go underwater without tumbling and thus are more likely to get somewhere deep

spiral cedar
spring briar
spiral cedar
#

400 milliseconds

#

Not 4

#

4 is long if you are 1916 Britain tho LappKek

spring briar
thorn trail
#

Wait how do shells diving underwater work

#

My brain cannot comprehend rn

frigid karma
#

describe what happens next

spiral cedar
#

You'd probably notice if you drop it pointy-side down it will invert and tumble underwater

#

Until the broader, flatter side is facing forward

#

A shell with a pointed nose underwater will tend to tumble so that the flatter base is at the front

thorn trail
#

So like is it where the shell hits close but not on the ship and continue going down towards the underwater part of the hull

spiral cedar
#

But if you design the shell to have a flat nose underwater, it will be more stable and avoid tumbling

#

Yes

#

The problem, of course, is that a shell with a flat nose is kinda terrible in the air

thorn trail
#

Oh. My brain rn is thinking that shells enter steeply into the water

spring briar
#

How does one explain supercavitation in an easy way

spiral cedar
#

cough Pom Pom ammunition cough]

#

So you have to find a way to have a long, pointed nose in the air and a flat nose underwater

frigid karma
lapis delta
thorn trail
spiral cedar
#

Pro tip: No one actually understands supercavitation DorkHeart

thorn trail
#

My brain is just so tired rn that I can't imagine how it works

lapis delta
frigid karma
#

heisenberg uncertainty principle

#

Jaba has an onlyfans, if you're interested

spring briar
lapis delta
#

Ohhhhhhh

spring briar
#

A sharp tipped shell will not create a supercavitation bubble from its tip, but only when it starts tumbling

wintry moat
#

So the shell can hit the water and not tumble keeping it straight to hit the armor?

thorn trail
#

Ok wait I get it now. My brain just decided "if a shell misses it hits at a 90 degree angle in the water"

cerulean ice
#

kek

chilly flower
# frigid karma one would think they are a fair bit closer to land than ships

Its secondary role is hitting coastal targets with high radar contrast, like ships in harbor, facilities like warehouses, fuel tanks, or coastal bridges (reportedly being "modified" to better suite that secondary purpose in some cases according to some sources, but the nature of what those modification might be is not known to me)
I imagine anti-bridge use being for specific scenarios where it may be across a valley or body of water, rather than something like smaller, more inland bridges where clutter from trees and terrain would be at its strongest

spring briar
#

Japan made the error of cutting the flat surface into their AP cap

#

Which reduced its effectiveness when hitting armor

thorn trail
#

This is what happens when most of your military weapons knowledge is crammed on airplanes rather than boats

lapis delta
chilly flower
#

Sometimes but haven't lately due to space

#

Need to get a 4 TB drive tbh

thorn trail
lapis delta
spring briar
#

Here’s a french 340mm APC shell with the winscreen removed, you can see the tip of the AP cap in the middle of the circular flat surface. The flat surface allows for the shell to supercavitate and travel underwater. The difference with the Japanese method is that in the French method, they simply added a flat “spacer” on top of the AP cap, and not cutting the surface into the AP cap, which allowed the shell to keep its original effectiveness against armor

thorn trail
lapis delta
thorn trail
#

I'm more interested in the unique aerodynamics of planes more than their weaponry and such

frigid karma
#

Thinkpitz reading about the lusties is always tough

thorn trail
#

Most interesting for me is probably the F-107 and F-108

spring briar
#

I showed you my shell, please respond

frigid karma
#

Every source seems to either jerk off the armored deck or call it useless

wintry moat
#

I am looking at getting the German Battlecruisers of WWW1
Design, Constructuin and Operation

frigid karma
#

I'm near the latter side, but jfc is it hard to tell

wintry moat
#

Well it saved Lusty

lapis delta
wintry moat
#

as the bomb hit from FliegerCorp X nearly went all the way through her

#

but she had steel curtains that spread shrapnel and molten flakes through the second part of the hangar

#

Fliegercorp would almost obsessively practice against a target of Illustrious

#

and she was pretty hard beaten

spring briar
wintry moat
#

With reports claiming once she got back into harbor that the stern of Lusty as glowing a sombre red

spring briar
#

We live in a society

wintry moat
#

which is nuts

#

Considering the thickness of the plates

wintry moat
#

Ah Taiho, the Japanese pressure bomb

lapis delta
spring briar
wintry moat
#

Which Ironclad?

spring briar
#

Reine Blanche

wintry moat
#

Ah

lapis delta
thorn trail
#

Hold on did some BBs have triple hulls

wintry moat
#

you know it's kinda nuts how fast technology progress in the late 19th and 20th century

#

Considering Admiral Fischer served aboard Warrior

#

in his early Career

lapis delta
wintry moat
#

True

lapis delta
#

See Werner von Braun

spring briar
thorn trail
frigid karma
#

China has been warring itself for ten morbillion years

wintry moat
#

But even between the wars

frigid karma
#

Didn’t help them so much when the British showed up and thrashed them

lapis delta
frigid karma
#

Technological advancement as a result of civilian industries is usually what wins wars

#

War merely makes capitalizing and investing in those industries easier

#

For the most part

lapis delta
thorn trail
frigid karma
#

Exceptions apply as it always does

spring briar
#

I think this man only knows german things

thorn trail
#

Because holy shit it took almost a decade for the single core paradigm to finally fucking change

lapis delta
frigid karma
#

I wonder if drone footage from [ ] could be used to develop an AI that recognizes targets from bird’s eye view

thorn trail
frigid karma
#

There’s likely a million hours of footage on YouTube of it already, just have the soldiers do a daily captcha test to train the algorithm

thorn trail
#

And yes I despise Python

lapis delta
spring briar
#

Visible spectrum missiles will make stealth obsolete

wintry moat
frigid karma
#

Chads do scratch

frigid karma
wintry moat
#

Dude

#

Oh

thorn trail
wintry moat
#

well that shows how much I know

thorn trail
#

JS is the bane of all web dev

frigid karma
#

They’re two very

#

Different things

wintry moat
#

Ah

thorn trail
#

Java has its own problems

lapis delta
#

Interpreter languages have their uses, but damn, why can't they just compile after finishing programming?

thorn trail
#

It's garbage collector for one

frigid karma
#

Just git gud and learn c++

#

The superior language

thorn trail
#

Pretty sure the MIC uses either Ada or C++

#

Nothing in between

thorn trail
#

Imagine if they used VisualBasic

frigid karma
#

I’m Chinese and my father used to be a communist diplomat

#

So uh

wintry moat
#

Wel

frigid karma
#

Good luck with me getting into the mic

wintry moat
#

There’s an interesting origin story

spring briar
thorn trail
#

I'd want to work as a programmer for the MIC but it's gonna be a heck of a long while

wintry moat
#

anything past the Predreadnought era Battleships look weird AF with single guns

lapis delta
#

So.... Who knows of the disaster that was the queen Victoria?
A disaster in multiple ways?

wintry moat
#

yep

#

Learned about it a few weeks ago

lapis delta
wintry moat
#

Was she a monitor or a testbed or?

#

What

lapis delta
#

Wait a minute

wintry moat
#

Huh?

lapis delta
#

May I introduce: BC HMS Furious

wintry moat
#

She was a BC?

#

like actually?

lapis delta
#

Yes, and she cracked her Hull during rough weather

thorn trail
#

I know this channel usually focuses on military history but I just wanna say that ancient geology is interesting as fuck

lapis delta
#

Hms Furious and Glorious were a disaster before being converted

#

Okay, AFTER being converted to FLAT DECK CVs

spring briar
cerulean ice
#

that said, this single gun mount is a freaking 457mm

spring briar
#

Under Fisher’s baltic plan

wintry moat
#

Ah

#

I always thought Furious was a Monitor turned carrier

lapis delta
cerulean ice
#

skill issue

wintry moat
#

While Courageous and Glorious we're the “light battlecruisers”

#

Tfw when just sailing twists your hull

spring briar
#

They were also large light cruisers but lmao

#

2x2 15” guns

#

With 75mm belt armor

lapis delta
#

Large light cruisers were just a plainly bad idea

wintry moat
#

I heard from Drach that they had SERIOUS structural issues

#

like bending and warping of their frames

#

from just sailing in the ocean

delicate beacon
wintry moat
#

Leave it to the British to make weird ass Designations

lapis delta
lapis delta
wintry moat
#

looking at you KGV as a BC

spring briar
#

Large destroyer

wintry moat
#

Courbet?

delicate beacon
#

I like me some "large" WNT max displacement CLs

delicate beacon
spring briar
wintry moat
#

My phone hates that word

spring briar
#
  1. no, it’s Danton
wintry moat
#

Oh

#

What class?

spring briar
#

Danton class

wintry moat
#

Oh

#

lol

lapis delta
#

Talking about bad ship ideas: Akagi and Kaga before retrofit, but I still love themDorkHeart

delicate beacon
#

Aw yiss

#

I love the 20cm CVs

wintry moat
#

What was the plan?

#

just Battlecarriers?

lapis delta
wintry moat
#

oh

#

huh

delicate beacon
#

They lost those 2 decks over time.

wintry moat
#

I would imagine

delicate beacon
#

With at one point it being used to house 20cms

lapis delta
#

Though launching simultaneously from 3 decks Was a good idea in itself, but.... Yeah... Not practical

delicate beacon
#

Planes used to have much slower stall speeds and shorter takeoff

wintry moat
#

But technology progressed

#

and stuff got faster

delicate beacon
#

Also the WNT allowed for experimental CVs to have 20cms

lapis delta
#

Akagi post-retrofit

delicate beacon
#

So like the Lexis they got 20cns

wintry moat
#

even if they aren't great carriers Kaga and Akagi are gorgeous

lapis delta
#

I think they were great carriers, just after their last retrofit

delicate beacon
#

Depends on perspective

lapis delta
#

And I can't just deny my love for floof

wintry moat
#

how do they stack up against the Saratogas?

#

as they are the closest American carriers to them

delicate beacon
#

They were very flawed. But thats what you get from a conversion so it's built with a structural issues.

spring briar
#

@delicate beacon

lapis delta
wintry moat
spring briar
#

No

wintry moat
#

Oh, well shit

delicate beacon
lapis delta
# spring briar No

The French built a ship with secondaries, that had a longer range than its main guns.
French weirdness

spring briar
wintry moat
#

Courbet did that

#

If I remember right

spring briar
wintry moat
#

French ships are NOT my forte

#

well

spring briar
#

Yes it’s Courbet

delicate beacon
#

Range hardly matters if you cant hit at it.

wintry moat
#

what were the other nations building at the time?

#

what's floating around?

lapis delta
spring briar
#

Kaisers, Wyomings, Minas Geraes, Colossus

#

Stuff like that

wintry moat
#

so do you know WHY her secondary guns have better range?

spring briar
#

Because the shells had long windscreens

#

They were a new model of shell

wintry moat
#

was it her main guns weren't as good or did she just have a more modern secondary battery

lapis delta
spring briar
#

Also the main gun range was less because the max elevation was lower on them

wintry moat
#

Oh

#

intresting

#

So if they had made wider cuts wouldn't they have better range?

#

On the turrets themselves

delicate beacon
#

It's not just cuts

wintry moat
#

like the Queen Elizabeths

lapis delta
spring briar
delicate beacon
#

You need a bigger barbette for the recoil

wintry moat
#

oh

#

did they ever get a rebuild

#

as they are fairly early dreadnought

#

so they would’ve had time to be

delicate beacon
#

And if you're making a bigger cut you're going to need more elevating armour.

spring briar
#

The gun elevation issue wasn’t only a french thing, the USN suffered the same issues. They also simply increased the max elevation

wintry moat
#

I love this kinda stuff

spring briar
#

I don’t
I’ve had to give this explanation so many times already

delicate beacon
#

Just write a book

lapis delta
wintry moat
#

all the Dakka

wintry moat
#

it's kinda funny knowing tex would start life with a Single 76mm AA gun

delicate beacon
wintry moat
#

granted air threats were nowhere near what they would become

lapis delta
delicate beacon
spring briar
#

Sang
Look at the 370mm guns with Holtzer chrome nickel steel shells Glowow

delicate beacon
#

Nikkel chroom staal cirPrise

spring briar
#

Amiral Duperré

wintry moat
#

Ive got a question if y'all don't mind asking

delicate beacon
wintry moat
#

the term “all big guns” for dreadnought

#

Does it refer to her having multiple heavy 12inch guns

delicate beacon
#

It's a fire control thing.

wintry moat
#

Or Only those?

#

as it they were all controlled from the fire control station

delicate beacon
#

You have a main battery of all homogeneous large guns so they can range for eachother with centralised fire control. You can rapidly switch firing modes between straddle and salvo too.

#

God damnit Richie I saw that naroXD

wintry moat
#

Oh okay

spring briar
delicate beacon
#

Before you used the medium/secondary battery to range. But since those guns are of different ballistics and are previously locally controlled it's much more complex.

wintry moat
#

Okay

spring briar
#

stares at Kawachi

delicate beacon
#

Semi-dreadnoughts demeorWoozy

wintry moat
#

So basically her main battery is a uniform set of Heavy guns that can all be controlled together

delicate beacon
#

P much

wintry moat
#

Ok thanks

#

I assumed it meant that she had the 8 sets of 12inch guns, compared to most predreads with 2-4 sets of heavy guns

delicate beacon
#

I forget which were all the hallmarks of a "Dreadnought"

wintry moat
#

Not 8, I'm am stupid

#

the 8 guns

spring briar
#

Sang!!

delicate beacon
#

But iirc it was uniform main battery, turbine engines and something else.

#

Though the Dutch were trying to make Dreadnought without turbines so I'm not really sure what constitutes a dreadnought

#

Help my wifi is doing a shit

spring briar
#

Pre-Gloire ironclad floating battery

delicate beacon
spring briar
#

Iowa’s ancestor

wintry moat
#

Well didn't the Early German Dreadnoughts not have Turbines?

delicate beacon
#

tfw failed to send glowoe

shut wren
#

So what if

delicate beacon
#

I blame Drach

shut wren
#

A plane crashes n shit on to the ground,and is still intact

spring briar
#

South cal didnt have em

shut wren
#

could the airframe still be made airworthy

spring briar
#

And she’s definitely a dread

delicate beacon
#

Depending on the damage you can repair it. But at some point you might just salvage it for what you can and buy a new one.

#

Aight so Richie. I had questions.

delicate beacon
#

So I know a mantel means jacket right now. But I'm still not entirely sure what mantelring construction means.
Also what's draad constructie. I remember it meaning it has a higher barrel life but you must rebuild the gun instead of the barrel cirThink

spring briar
#

Wire wound gun

naive crag
spring briar
#

Mantelring is a built up gun from different cylindrical segments

#

Draad constructie is the liner being wound by a wire which gets forged into the sleeve

shut wren
#

What determines when it’s time for a new F-16 block

delicate beacon
#

What's mantelring called in English

chilly flower
# delicate beacon Depending on the damage you can repair it. But at some point you might just salv...

Pointland
The Akutan Zero in question, that said I forget the exact details but it still needed some reconstruction and repairs despite being mostly intact from it's landing in the mud and water (being a sudden and violent flip that snapped the neck of the pilot), and as a result the performance figures were somewhat altered as a consequence (compared to later testing with captured A6M2s) but it still painted a solid idea of the aircraft

spring briar
#

A built-up gun is artillery with a specially reinforced barrel. An inner tube of metal stretches within its elastic limit under the pressure of confined powder gases to transmit stress to outer cylinders that are under tension. Concentric metal cylinders or wire windings are assembled to minimize the weight required to resist the pressure of p...

delicate beacon
#

I just found the page too cirPrise

spring briar
#

Portugal’s only capital ship
Ironclad Vasco da Gama

#

She’s so cute

stone sorrel
wintry moat
#

So when did ships transition out of being called “iron clad”

#

is it just when steel became readily available and reliable

stone sorrel
#

like slightly after franco prussian war

#

1880s

spring briar
chilly flower
# chilly flower <:Pointland:754163243160961024> The Akutan Zero in question, that said I forget...

Typically if the damage is severe enough (which for aircraft tends to be a pretty low threshold for what counts as severe, due to fragility) it'll just wind up as a writeoff and either left in place (often burned or destroyed by the pilot/crew if in enemy territory), dragged elsewhere (especially on airfields where it can be cannibalized for extra parts), or stripped of valuable/sensitive equipment and tossed overboard in the case of Carrier aircraft sometimes
However, if restoring and keeping the aircraft in question has value (like with an enemy type that one doesn't consider obsolete, or simply wishes to study for the betterment of one's own fighting or technology), great lengths are sometimes given to restore an example if sufficiently intact

delicate beacon
spring briar
#

And arguably the pre dreadnought era only really began in 1895-1896

stone sorrel
spring briar
#

It really depends from navy to navy

#

But around 1890 is when the transition occurs

#

When ironclads started to look like pre dreadnoughts and a lot of pre dreadnought characteristics were being implemented

wintry moat
#

interesting

stone sorrel
#

the more I look at old guns the more I think they can double as a smokestack for a factory EntyLUL

delicate beacon
#

But what's this that I read about guns that couldnt be rebored.

spring briar
#

You can only rebore a gun to the limit of the liner

delicate beacon
spring briar
#

Shells

stone sorrel
delicate beacon
#

Sadly the oil wasnt discovered yet.

stone sorrel
spring briar
#

And the fun fact is, France and Germany in particular had good guns on their ironclads, which made it viable to keep them throughout the pre dreadnought age and even into the dreadnought age

delicate beacon
#

But the article I was reading said they couldn't be rebored at all if they were made of a draadconstructie. cirThink Or I may be misremembering things it was long ago.

spring briar
#

Ironclads are particularly useful in bombarding colonial ports

#

Anyways goodnight

wintry moat
#

Night good sir

subtle prawn
wintry moat
#

Weird

#

Also

#

Hang on

#

I've got something similar

#

Something someone sent in drach’s server

#

10 16inch guns

#

a weapon to surpass Agincourt

delicate beacon
#

Night Richie

chilly flower
#

N.A.S. Norfolk, Virginia. Martin PBM Mariners on the seaplane apron, circa 1944-45. Most of these planes appear to be PBM-3D and PBM-3S Models.

subtle prawn
shrewd pecan
#

The competition that gave us the Stryker was a interesting one

#

The competing proposals included a development of the M113 paired with the M8 AGS, making it the 2nd time the M8 was rejected by the army

#

A variant of the Singaporean Bionix

#

And lastly the Austrian Pandur

#

The Interim Armored Vehicle (IAV), previously known as the Medium Armored Vehicle (MAV), was a U.S. Army armored fighting vehicle acquisition program. General Dynamics Land Systems (GDLS) and General Motors Defense proposed a vehicle based on the LAV III. The Army selected the LAV III proposal over three other submissions. The LAV III was rename...

#

In terms of the first experimental Stryker brigade it ended up being equipped with Canadian LAV IIIs, TPZ Fuchs, B1 Centauros and M113s to fill in for the not yet delivered Stryker

shrewd pecan
shut wren
#

who tf playing tetris with military vehicles

shrewd pecan
#

I think there being prepared for disposal

shut wren
#

Just chuck em out of a C-130 into a desiginated field

subtle prawn
quick shard
#

E2 tank engine?

strong plank
#

I love Army tank names

#

Always creative

shrewd pecan
#

ASVAD waiver

sullen canyon
#

I see Aim Assist there

subtle prawn
#

Aim assist OP, plz nerf

shut wren
#

tf they rippin

#

annnnd i cant say whats next

shrewd pecan
#

energy drinks

strong plank
#

I’ve heard of one named “And the Horse you Rode in on”

#

Isn’t it a rule that tank names have to start with the letter of your unit

shrewd pecan
#

no idea

#

I've seen names like Ronnie's raygun, witches hut, bandido's from my friend's tank

strong plank
#

Wasn’t Chieftain’s named like

#

“Barely Legal”

shrewd pecan
#

yeah

#

thonk wonder how bad Minnesota's national guard's tank brigade is

eternal veldt
# thorn trail <@301567539182567424>

Scharnhorsts were often quoted to have 350mm belt armour thanks to the book Battleships and Battlecruisers 1905-1970 by Siegfried Breyer. Blueprints by the Bundesarchiv invenio show otherwise, at 320mm belt, identical to that of Bismarck.

#

Most official publications tend to just quote Breyer's figure since it was the staple work back then, and more importantly, archive information simply being inaccessible.

#

The recent Anatomy of the Ship - Scharnhorst publication by Dramanski has the fixed belt armour at 320mm, but fucked deck armour quoted at 110mm near magazine areas. This is not true, and it should be a uniform 105mm all round.

subtle prawn
#

Which figure does the book by Koop use?

eternal veldt
#

Also 350, because it used Breyer as a source.

#

Its a domino effect started by him.

#

And since we're on the German BBs, I should also note that both Scharnhorsts and Bismarcks, despite flaws, were often bashed to the ground as literal scrap iron by many, or hailed as the second coming of dreadnought. Very few inbetweens.

shut wren
eternal veldt
eternal veldt
#

"I have no idea what that space beneath the shelter deck is used for, so therefore I will make a funni joke and make fun of Hood, and watch impressionable peope take it as the truth"

subtle prawn
shut wren
silver crest
#

i hate it when werhbs say that treaty of versailles was too harsh

#

then attribute it to general foch's quote of the 20 year armistace

#

what they fail to realize is that foch thought the treaty was to lenient and advocated for an even harsher treaty

#

also very interesting

#

i just learned that foch's coffin is carried by ww1 soldier statues

tough quail
#

based

deep apex
#

It was harsh, but Foch advocating for an even harsher one was just asking for trouble again

silver crest
eternal veldt
#

Either full on leniency, or full on harshness

#

not the compromise that Versailles presented

silver crest
#

versailles was a pretty weak treaty

#

didn't the germans only pay 1/8th of the reparations

deep apex
silver crest
deep apex
#

Hatred usually finds a way

silver crest
#

treaty of trianon and saint germain-en-laye were much harsher

#

literally carved up austria-hungary

#

and hungarians lost like 65% of their land

#

treaty of brest livosk gave the germans the industrial land of the russian empire

#

while they were having a civil war

#

idk man

#

treaty of versailles seems like your typical treaty compared to the others

#

because the french were being assholes, they were forced to leave the ruhr

alpine onyx
silver crest
#

and gave back germany their industrial lands

alpine onyx
#

And what even is that one on about repeating themselves three times over

eternal veldt
#

Giving you the energy without coffee

#

Uncited sources too, because "too lazy" and "when I feel like it"

deep apex
#

Wasn't a lot of German territory (not all obviously though) actual German territory?

#

Genuine question here

alpine onyx
#

It was revealed to me in a dream

eternal veldt
#

Either way, would love to see you comment on that

#

When you have the time, of course

alpine onyx
#

Would have to sort that list first because of how redundant the points are

silver crest
alpine onyx
#

Bad radar, worse radar than contemporaries and no fire control radar

silver crest
#

so in a way

#

yep