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Asea, you lazy git...

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Total Members Voted: 8

[tryrar]

Mines also large since it displaces 100 tons and uses a pontoon system. I had the somewhat silly idea to try to replicate hovercraft about 20 years early(the first practical hovercraft was create in the 50s) but decided to use pontoons instead for a stable(ish) shallow draft profile.

I like the more armament however, though not to the extent of adding a mortar.

Spoiler: NLAC Model 1937 (click to show/hide)

A large landing craft capable of carrying a POAC(or POAC equivilant) and a squad of troops+equipment(or an entire platoon+equipment if not carrying a vehicle).

Displacement:90 tons
Length:75ft
Width:50ft
Draught:3ft(using pontoons)
Powerplant:Either 6 SDE1933s or twin SCE1937s(if that is designed this turn)
Target Speed:10 knots
Crew:8(6 sailors, 2 20mm gunners)
Armament:2x 20mm guns
Armor:25mm armored loading ramp, 6mm elsewhere.(20mm gun cupolas have 25mm armor as well)

[Maegil]

Despite some people's misgivings, I think our POACs are precisely what's needed to wage war on out beloved nations' terrain ... as long as we can increase their flotation, making light mechanized amphibious infantry operations viable even between our islands. This seems an easy proposition, given the POACs' towing lashing eyes and lift points.

Spoiler: POAC attachable flotation stabilizers (click to show/hide)

Two lateral mesh-lined rubberized canvas bags attachable to the POACs' towing lashing eyes and lift points increase their natural freeboard and stability.
Can be folded to fit in a canvas bag, and are inflatable by footpump or compressed air cylinders.
EDIT: include an attachable engine ventilation periscopes to prevent the engine from going out on bigger waves.

Unfortunately this would also reduce their speed on water due to the drag, but we can tow more than a couple of them behind CDVs or Shockwaves.

That's an interesting idea. I'm not sure they could actually survive normal waves even with that; I see additional water they might take on as a problem.

They're amphibious, which means they're already water-sealed; they won't take on water even if they capsize unless someone opens a hatch...and these stabilizers are precisely to prevent them from capsizing. I concede they wouldn't be of much help in a storm, and taking them to open seas is rather risky, but they're good enough for operating in the channels. In any case, I've heard you've built a new design center with a large swimming pool hydrodynamics testing chamber; I'm certain we can find out just how big the bags need to be to keep the thing upright on choppy/breaking 2.5m waves.
Anyway; since you're still concerned, we could also make attachable engine ventilation periscope just to make sure (edited into proposal).

That's no problem at all. In that case, our man must be good communists, share whatever room there is among the sixteen of them, and take turns breathing.

This approach also solves the problem of life jackets.

If that one ever gets out, we'll never live down the planned air shortage jokes. It might be also bad for morale...

Mines also large since it displaces 100 tons and uses a pontoon system. I had the somewhat silly idea to try to replicate hovercraft about 20 years early(the first practical hovercraft was create in the 50s) but decided to use pontoons instead for a stable(ish) shallow draft profile.

I like the more armament however, though not to the extent of adding a mortar.

Spoiler: NLAC Model 1937 (click to show/hide)

A large landing craft capable of carrying a POAC(or POAC equivilant) and a squad of troops+equipment(or an entire platoon+equipment if not carrying a vehicle).

Displacement:90 tons
Length:75ft
Width:50ft
Draught:3ft(using pontoons)
Powerplant:Either 6 SDE1933s or twin SCE1937s(if that is designed this turn)
Target Speed:10 knots
Crew:8(6 sailors, 2 20mm gunners)
Armament:2x 20mm guns
Armor:25mm armored loading ramp, 6mm elsewhere.(20mm gun cupolas have 25mm armor as well)

I'm certain that every single infantryman who's ever set foot on an enemy held beach loves to see HE mayhem raining on the enemy's position, and smoke on their own. Regardlessly of how inaccurate such a platform may be for a mortar, every moment the enemy spends keeping its head down is a moment longer our own man have to survive, and who knows, maybe even succeed.

[Funk]

Storming the beach head is unlikely to be a problem we have lot of fire power.

Do we have parachutes? i'd like to make this a two pronged attack.

[3_14159]

They're amphibious, which means they're already water-sealed; they won't take on water even if they capsize unless someone opens a hatch...and these stabilizers are precisely to prevent them from capsizing. I concede they wouldn't be of much help in a storm, and taking them to open seas is rather risky, but they're good enough for operating in the channels.

I had always assumed that they've been built such that they're water-sealed in the main body, but not on the superstructure. Kind of like the LVTs, but with a bit more armour on top. So they'd be able to operate in water as long as the waves aren't so high they're (literally) submerging the vehicle which - due to the low freeboard - would be fairly easy. But I do agree that it's a good proposal - I just think the landing craft is more useful right now.

I'm certain that every single infantryman who's ever set foot on an enemy held beach loves to see HE mayhem raining on the enemy's position, and smoke on their own. Regardlessly of how inaccurate such a platform may be for a mortar, every moment the enemy spends keeping its head down is a moment longer our own man have to survive, and who knows, maybe even succeed.

Say, are you familiar with the LCT(R) craft?

Storming the beach head is unlikely to be a problem we have lot of fire power.

Do we have parachutes? i'd like to make this a two pronged attack.

I don't think storming the beaches will be necessary. Remember Aseaheru's turn update: They've captured the port and mine, but not much more. Apparently, there are still some parts of the islands under our control. We can simply use these as beachheads.

[Funk]

I'm certain that every single infantryman who's ever set foot on an enemy held beach loves to see HE mayhem raining on the enemy's position, and smoke on their own. Regardlessly of how inaccurate such a platform may be for a mortar, every moment the enemy spends keeping its head down is a moment longer our own man have to survive, and who knows, maybe even succeed.

Say, are you familiar with the LCT(R) craft?

We made so rockets last turn right?
Lets use them to throw out a smoke screen.

[Maegil]

I had always assumed that they've been built such that they're water-sealed in the main body, but not on the superstructure. Kind of like the LVTs, but with a bit more armour on top. So they'd be able to operate in water as long as the waves aren't so high they're (literally) submerging the vehicle which - due to the low freeboard - would be fairly easy. But I do agree that it's a good proposal - I just think the landing craft is more useful right now.

Spoiler: POAC M1935 (click to show/hide)

Crew of three (driver, commander, gunner)
20 mm armor front, 18 mm side, 16 mm rear, all heavily sloped.
Powered by a 100HP engine
POAC-B
 top speed(land) of 60kmph, 20kmph(water)
 Crew of two
 Mounting for only single pintlemounted MG
 3 ton
 Requires 2ton steel and 1ton AL
POAC-L
 Top speeds of 55 and 15kmph.
 Mounts a turret with twin machineguns additional to optional commander gun.
 4ton
 Requires 3ton steel, 1ton AL
POAC-H
 Top speeds 50 and 10
 Turret contains 1x 45mm cannon and commanders MG
 5tons
 Requires 4ton steel, 2 ton AL

Spoiler: Traits, two of (click to show/hide)

Reliable: less likely to break down and requires less spare parts (increasing production runs as a side effect)
Top-hatch: Due to the passenger hatches not working very well while the vehicle is on the water, a hatch has been installed on the top of the vehicle, along with spots for two more machinegun mounts. There could probably be other things this could result in...

In other things, the POAC is reliable and has a top hatch. The gun used in the POAC-H is simple and has optics.

According to the "hatch has been installed on the top of the vehicle, along with spots for two more machinegun mounts", it seems the POAC is even better than people tend to give it credit. It's a revolutionary design in almost all aspects.

Say, are you familiar with the LCT(R) craft?

Not specifically, but there's also this one at 0:06...

Storming the beach head is unlikely to be a problem we have lot of fire power.

Do we have parachutes? i'd like to make this a two pronged attack.

I don't think storming the beaches will be necessary. Remember Aseaheru's turn update: They've captured the port and mine, but not much more. Apparently, there are still some parts of the islands under our control. We can simply use these as beachheads.

I also don't think it'll be to hard to establish a beach head. Then again, luck might have it that we try to attack the only beach the enemy is actually trying to defend...

[coleslaw35]

My question is when did we ever start production of the DP-28s?

Anyways, we seem to have a little supply issue with our SDE1933, which is weird considering we've got an entire four line factory and another two line factory set to work on nothing but them. Didn't one of our ship designs use a whole bunch? If not, what's using them all besides the POACs? We aren't really producing enough POACs to use ALL our engines.

[3_14159]

We made so rockets last turn right?
Lets use them to throw out a smoke screen.

We did. However, those are simple hedgehog-analogues, possessing only a small warhead, a special detonator and a range of about 300m. We are going to need something bigger, longer-ranged for that.

According to the "hatch has been installed on the top of the vehicle, along with spots for two more machinegun mounts", it seems the POAC is even better than people tend to give it credit. It's a revolutionary design in almost all aspects.

Aye, the POAC is awesome.

My question is when did we ever start production of the DP-28s?

1934, second half.

Anyways, we seem to have a little supply issue with our SDE1933, which is weird considering we've got an entire four line factory and another two line factory set to work on nothing but them. Didn't one of our ship designs use a whole bunch? If not, what's using them all besides the POACs? We aren't really producing enough POACs to use ALL our engines.

We are having two vehicle lines each producing 30 SDE M1933 engines per turn.
We have four vehicle engine lines each producing 40 SDE M1933 engines per turn.
That's a total of 220 engines per turn.
We are producing 30 POAC-Ls, 15 POAC-Hs, 45 POAC-B-Cs and 30 POAC-B-C(F)s, for a total of 120 POAC-variants, each requiring 2 engines. Makes 240 total, for a shortfall of 20.
To correct for this, we could expand our VE1 factory by four production lines (for a total of 8 ), increasing engine production by 100 and produce a combination of 40 POACs in the V1 factory. Which, right now, would be two batches of POAC-Hs, but we might instead produce a POAC-based SPG.
To sum up, the poac variants require (when produced in a specialized factory):
- 15 POAC-H: 0.75 VE factory lines
- 30 POAC-L: 1.5 VE factory lines
- 45 POAC-B-C: 2.25 VE factory lines
- 30 POAC-B-C(F): 1.5 VE factory lines
- 30 POAC-B-M: 1.5 VE factory lines
- 9 POAC-B-DFS: 0.45 VE factory lines

[Funk]

Code: [Select]

... we could expand our VE1 factory by four production lines (for a total of 8), increasing engine production by 100 ..

For reference you can use the code button to stop

Code: [Select]

8) from turning in to .

We made so rockets last turn right?
Lets use them to throw out a smoke screen.

We did. However, those are simple hedgehog-analogues, possessing only a small warhead, a special detonator and a range of about 300m. We are going to need something bigger, longer-ranged for that.

If we want to bombard in land the we need more range but we don't, all we need is lots of smoke to cover the beaches.

One thing we could do is fit a small air supply tank to our gasmasks useing the secondary attachment point, keep every one from drowning.


Edit
Is this still current?

Spoiler: POAF Personnel (click to show/hide)

Standing Military Forces
 Naval     : 300
 Tank      : 34
 Infantry  : 3400
 Engineering: 175
 Medical   : 25
Reserve Forces
 Naval     : ~200
 Tank      : ~20
 Infantry  : ~2600
 Engineering: ~825
 Medical   : ~175
 Untrained : ~7000

Untapped personnel: ~7580

[Funk]

Because we are short on designs here's a repeat.

Spoiler: Rapid Carbine MK 1 (click to show/hide)

A new semi automatic rife in .25 Remington Auto-Loading
Weight: 4 KG
Length: 1,000 mm
Barrel length:   500 mm
Action: Gas-operated short-stroke piston
Feed system: 20-rounds in a detachable double-column box magazine
Cartridge: .25 Remington Auto-Loading
Rate of fire: 450 to 550 round/min
Features: Integral folding spike bayonet

[tryrar]

Because we are short on designs here's a repeat.

Spoiler: Rapid Carbine MK 1 (click to show/hide)

A new semi automatic rife in .25 Remington Auto-Loading
Weight: 4 KG
Length: 1,000 mm
Barrel length:   500 mm
Action: Gas-operated short-stroke piston
Feed system: 20-rounds in a detachable double-column box magazine
Cartridge: .25 Remington Auto-Loading
Rate of fire: 450 to 550 round/min
Features: Integral folding spike bayonet

I still think it should be in .30 Carbine(7.62x33mm), otherwise I don't see a problem.

[3_14159]

Spoiler: Proposal D.3.2: POAC-Based SPG and 105mm carriage (click to show/hide)

This is a multipurpose carriage mounting a single AATSM1933 gun with a 360° traverse and very variable elevation. This ensures its usefulness (with the same carriage) as anti-aircraft, direct-fire and artillery gun. Include provisions to field-mount a gun shield (for protection against splinters and small arms fire).
Additionally, and similarly to the POAC-B-DFS, the POAC should be adapted for use with the 105mm gun as a (fixed forward-firing) self-propelled artillery gun.

Spoiler: Proposal D.8: R-AL-M1938 Rocket, Air-launched, 1938 (click to show/hide)

Building on our work with the P-R-AS-M1937, this is a primarily air-launched rocket.
It consists of a 130mm diameter 15kg solid-fuel rocket motor on which a 130mm diameter, 5kg warhead is mounted. Available warheads are HE, smoke and semi-armour-piercing.
Total weight is about 80kg. The rocket is air-launched, adding the rocket motor's 400-500m/s speed to the launch speed.
Once designed, they are to develop a mounting arrangement able to mount rockets onto the Baklan's bomb mounts (probably about five per 500kg bomb mount, 7 per 750kg mount) and investigate whether they're able to mount two to four on the Firestorm interceptor.

And the most important one, in my opinion:

Spoiler: Proposal D.9: Electronic Production Improvements (click to show/hide)

With more and more of our designs requiring electronics, our production capabilities are falling farther and farther behind. With the experience we've gained, our electronics team is supposed to optimize current production of electronics parts in any way they can.
This probably includes reducing the number of defect vaccuum tubes, improvements in manufacturing processes or training of the workers.

Spoiler: Proposals (click to show/hide)

D.1.1 Landing Craft NLAC M1937 (20mm gun, larger)
D.1.2 Landing Craft (MGs and Mortar, smaller)
D.2 Mulberry floating dock
D.3.1 105mm SPG (new chassis)
D.3.2 105mm SPG (POAC-B-based) and carriage
D.4 SCE1937 400-500HP engine
D.5 POAC flotation stabilizers
D.6 Life Vests
D.7 Rapid Carbine MK 1
D.8 R-AL-M1938 Air-launched rocket
D.9 Electronics improvements


C.1 4-line naval warfare factory
C.2 Engineering School

F.1 Allow women workers in factories and as engineers
F.2.1 Give all MM1911 (Lewis guns), MM1902 (Madsen guns), T-18 tanks to the Republicans
F.2.2 As above, but keep the T-18 (and a few of each gun) and put them into a museum

A.1 Get more immigration

[Funk]

Because we are short on designs here's a repeat.

Spoiler: Rapid Carbine MK 1 (click to show/hide)

A new semi automatic rife in .25 Remington Auto-Loading
Weight: 4 KG
Length: 1,000 mm
Barrel length:   500 mm
Action: Gas-operated short-stroke piston
Feed system: 20-rounds in a detachable double-column box magazine
Cartridge: .25 Remington Auto-Loading
Rate of fire: 450 to 550 round/min
Features: Integral folding spike bayonet

I still think it should be in .30 Carbine(7.62x33mm), otherwise I don't see a problem.

.30 Carbine is much to weak in my view, this is a combat rifle not an up scaled pistol for rear line troops.
That's why i want .25 Remington more power.
I do wonder about a 11.5x30mm round, that would let use the same .45 barrels we already make, and we'd have a large heavy round to make big holes.
But i don't think that we can get the bullets fast enough to get a good trajectory and keep the recoil down.

[Funk]

Design list part 2
----------------

----------------------
Fall/Winter 1935
----------------------

Spoiler: G-H-M1935, hand grenade (click to show/hide)

Weight: 600g
Length: 125mm
Diameter: 55mm
Filling: TNT
Detonation mechanism:  Percussion cap and time delay fuse:four seconds

One batch costs 1ton steel

Spoiler: CA-AAA-M1935 & CA-A-M1935 (click to show/hide)

CA-AAA-M1935
RPM: 450
Cartage:20x110mm


CA-A-M1935
RPM:700RPM
Cartage:20x110mm

You know what? Im gonna leave this incomplete for the time. Its mostly just going and copying over stuff from the text.

Spoiler: V-D-35 "Bychok" Stats(current) (click to show/hide)

Displacement:    ca. 3000t fully loaded
Length:     120m
Beam:     11m
Draft:     5m
Propulsion:    8x AEM M1932 turning twin shafts
Range:    8000km at 15 knots
Top speed: 30 knots
Armament:   
- 5x single AATSM1933 HiLo guns on double-purpose mounts
- 10x M1932 40mm AAA guns (2x centerline)
- 10x anti-air mounts (empty)(2x centerline)
- 2x x4 torpedo launchers (centerline)
- reserved space for anti-submarine rockets or other equipment

Sensors:     Hydrophone system, with space reserved for expansion
Fire control: None
Communications: Signal flags and other LOS systems

Crew: 320 officers and men
Current costs: Eight AEM M1932
 5 AATSM1933 HiLo guns
 10x M1932 40mm cannon
 51 ton AL
 200 ton steel. Yes, thats 200.

Traits

Spoiler: D-H-M1935 Detector-Hydrophone (click to show/hide)

The Detector-Hydrophone-Model of 1935 is they system used in the Bychok class, packed into a simple design (partially because I want all you lot to have to design components for ships, buahaha). It has a range of roughly three kilometers (in optimal conditions) and can work in active or passive modes. It requires a skilled operator to be of much use in passive mode.

The design adds a cost of 1ton al to designs, which is factored into the craft automatically.

Spoiler: C-W-AAA-M1935 Fire controller (click to show/hide)

The control weapons anti-air artillery model of 1935 was developed for the aircraft design team's crack at designing a destroyer. One system is typically mounted at each anti-air gun, and adds to the total cost (varies based on stuff.)

Spring/Summer 1936

Spoiler: R-V-M1935  Radio Vehicle (click to show/hide)

R-V-M1935
 Radio system for the POAC, although the POAC design currently does not include it. Runs directly off the vehicles power system, and it is advised to have the engine on during its use.
 No appreciable cost.
 Range of about 2km

Spoiler: R-N-M1936 Radio Naval (click to show/hide)

R-N-M1936
 Radio system for naval vessels. Submarines require surfacing to transmit.
 No appreciable cost
 Range of about 300km

Spoiler: Bombs (click to show/hide)

B-A-750-M1936 750kg models
 HE, AP, and Smoke varients. Batch costs 2ton steel

B-A-340-M1936 340kg model
 HE only. Batch costs 1ton steel

Spoiler: I-C-M1936 fighter plane (click to show/hide)

I-C-M1936
 Armaments: twin CA-AAA-M1935 firing through the propeller hub, each with 60 rounds of ammunition, providing eight seconds of fire time.
 Propulsion: 1x AEM1933 providing 1500HP
 Crew of one
 
 Traits: Slow, Unmanuverable
 Costs: 3ton AL ber batch plus engines and cannon

Spoiler: M-C-M1936 gasmask (click to show/hide)

M-C-M1936
 Mask-Chemichal-M1936

 A plastic mask with acrylic eye windows(each 3in diameter), two filter attachment points(for attachment to standard hose or the "light" filter), and a drinking straw.

C-M-C-L-M1936
 Standard chartrage for the M-C-M1936. Lasts six hours outside combat, or three hours under major exertion.
 Batch costs 1ton steel
C-M-C-S-M1936
 Cartrage developed to be mounted directly to the M-C-M1936. Lasts 1 hour outside combat, And uses a plastic case (warning, do not heat. Plastic used in cartrage is Galalith)

Fall and Winter of 1936

Spoiler: I-C-M1936-MK2 fighter plane (click to show/hide)

 Armaments: twin CA-AAA-M1935 firing through the propeller hub, each with 60 rounds of ammunition, providing eight seconds of fire time.
 Propulsion: 1x AEM1933 providing 1500HP
 Crew of one
 Two hardpoints on wings
 
 Traits: Low range, Unmanuverable
 Costs: 4ton AL per batch plus engines and cannon, 1 unit electronic parts
 Batch Numbers(generic factory): 4

Spoiler: P-G-A-M1936 Pod Gun (click to show/hide)

The Pod-Gun-Aircraft-Model of 1936 consists of a single CA-AAA-M1935 with enough munitions for 16 seconds of fire time.

Batch number(Generic factory): 60 (includes cannon)
Cost per batch: 2ton AL
Weight(loaded): Ah... Stuff. Gotta finish the standard CA-AAA-M1935...

Spoiler: D-R-M1936= Detector Radio (click to show/hide)

Detector-Radio-Model of 1936

With an installation height of about 2.5 km this large installation has a range of about 75km, with accuracy within 500m. Currently unsuitable for installation on ships, although the electronics team has high hopes.

Cost: 2ton steel, 1ton al, .5 ton electronics parts.

Spoiler: Vorishka Class Corvette (click to show/hide)

Length: 70m
Beam: 10m
Draft: 3.5m
Propulsion: 4x AEMM1932 turning one shaft
Speed: 20 knots
Range: 6,500 km at 15 knots
Complement: 124 officers and men
Sensors and processing: 1x D-G-M1935, 3x C-W-AAA-M1935
Armament: 2x AATSM1933, 4x 40mm cannon, 10x CA-AAA-M1935
Communications: Radio with range of 300km

Cost: 30 ton AL, 150 ton steel, 10 unit electronics, 4x AEMM1932, 2x AATSM1933, 4x 40mm cannon, 10x CA-AAA-M1935
Projected batch numbers(generic factory and drydock): 1

Spring and Summer of 1937

Spoiler: C-F-M1937 'LoGo' crap cannon (click to show/hide)

Cannon-Field-Model of 1937 'LoGo'

Caliber: 105mm
Barrel Length: 5250mm (50 calibers)
Breech: Horizontal Sliding Breach block
RoF: 12 RPM
Barrel+Breech Weight: 2500kgs
Total installation including mount & traverse: 10500kgs
effective range at 0 degrees elevation, full powder charge: 4500m
Crew Required: 3 (for the gun itself, entire crew of 6)

Cost: 4ton steel, 4ton al per batch, batch of 3(generic factory)

Spoiler: New POAC Variants (click to show/hide)

POAC-B-C Cargo/ carne
POAC-B-C(F) Fuel tanker
POAC-B-M fitted with EAM M1932 mortar
POAC-B-C Cannon fitted with  ATHM1933(87mm)

Spoiler: E-I-W-M1937 Web Gear (click to show/hide)

Equipment-Infantry-Web gear-Model of 1937

So, the EIW, or facilitators, are a set of pouches of various sizes designed to be clipped together, to a vest rig, or to the splinter vest listed below, normally made of tough cloth with plastic buttons(dont heat them). Pouch variants include: Generic Equipment, Stripper, Optical(for the marksmen, made of leather), Loose Rounds, SM1911/34 magazines, SM1911/34 Drums, SMM1934 magazines, and Small Filters.

Counts as a generic item, batch size of 300 (abstracted sets FTW)
Generic factories count as specialized.

Spoiler: E-I-V-M1937 body armour (click to show/hide)

Equipment-Infantry-Vest-Model of 1937

The EIV, or "That blasted heavy hot piece of shite" is a large, rather bulky thick woolen vest designed to cover the entirety of the torso, the groin, and the neck. The inside portion of it consists almost entirety of pockets that thin steel plates can be slotted into(each covering part of the next) inorder to increase further its ballistic protection. The outside of it contains a number of built in pockets, and attachment points for facilitators.

According to the troops who have been training with them prior to getting shipped to Spain, its a rather warm thing. According to the troops in Spain, its hotter than hell and a serious medical risk.

One batch costs 1ton steel and makes 300. Generic factories count as specialized.

Spoiler: I-P-M1937 'FireStorm' fighter plane (click to show/hide)

Interceptor-Pusher-Model of 1937 Firestorm

Armour: 8mm of nickel-molybdenum steel plate around the cockpit.
13 mm plate of  nickel-molybdenum steel on the back of the seat.
2mm fire wall between the pilot and the fuel tanks.

Weapons: 2x M-1 Machineguns in wing roots with 500 belts rounds per gun.
4 X 20mm cannons in the nose with 60 round drums

Engine: 2 x "Hurricane" aero engine 1500HP
Crew: 1 pilot (Oxygen system installed)

Wingspan: 12 m
Length: 13 m
Empty weight: 3225 kg

Traits:
 Reliable
 Quick
 Fireproof(thanks to various interesting things that where added, like self-sealing fuel tanks)
 Ejector seat?!

Costs: 4x C-A-M1935(each), 2x MM1934(each), 2x AEM1933'Hurricane'(each), 2ton steel, 2 units electronic parts and 2ton al per batch
Four aircraft are made per batch(generic factory)

If you want to see what it looks like, It looks like this thing

Fall and Winter of 1937

Spoiler: Merlin Fleet Submarine (click to show/hide)

Displacement: 990 ton
Crew: 46 officers and men
Range: 15,000 nmi at 3knots (submerged)
Armaments:
-6x 18in torpedo tubes (four forward, two aft) with 16 reloads (10 forward, 6 aft)
-2x modified C-AAA-M1935 20mm cannon, mounted aft of sail
-4x(optional) LMG mounting brackets on sail, stowage for same
Propulsion:
 -2x diesel electric generators providing power for 1x electric engine turning a single screw
Speed: 18knots submerged, 14knots surfaced
Detection Equipment:
 -Advanced hydrophones
 -Integrated electro-mechanical torpedo launching system
Miscellaneous equipment:
 -Snorkel system
 -R-N-M1936 (300km range radio)
Cost:10u electronic parts, 26ton al, 80 ton steel

Spoiler: D-R-N-M1937 Radio Naval (click to show/hide)

Detector-Radio-Naval-Model of 1937

Cost of 10u electronic parts.
More data missing due to lack of data that I can find on contemporary systems.

Spoiler: C-HMR-M1937 'Hammer' Cannon 130mm (click to show/hide)

Cannon-Heavy Multi-Role-Model of 1937

Weight: 13 metric tons
Range (maximum horizontal): 16km
Range (anti-aircraft): 11km
RoF (carriage): 12
RoF (emplacement): 15(projected)
Crew: 12-26
Cost(each): 2ton al, 1u electronic parts, 9ton steel
Batch (generic factory): 4

Spoiler: P-R-AS-M1937 Rocket  launched depth charges (click to show/hide)

Projector, Rocket, Anti-Submarine, Model of 1937

Weight: 500kg
Range: 200-300m
Cost(launcher batch): 1t steel, 1t al, 1u electronic parts
Cost(rocket batch): 1t al, 1u electronic parts
Batch size(launcher): 4
Batch size(Munitions):8

Spoiler: Kloun Bychok, Bychok class destroyer (click to show/hide)

Displacement:    ca. 3000t fully loaded
Length:     120m
Beam:     11m
Draft:     5m
Propulsion:    8x AEM M1932 turning twin shafts
Range:    8000km at 15 knots
Top speed: 30 knots
Armament:   
- 5x single AATSM1933 HiLo guns on double-purpose mounts
- 10x M1932 40mm AAA guns (2x centerline)
- 10x anti-air mounts (empty)(2x centerline)
- 2x x4 torpedo launchers (centerline)
- 5x P-R-AS-M1937 mounting points (one forward, two each side)(only one mounted, that forward)

Sensors:     Hydrophone system, D-R-N-M1937
Fire control: None
Communications: Signal flags and other LOS systems, R-N-M1936

Crew: 320 officers and men
Current costs:
 8 AEM M1932
 5 AATSM1933 HiLo guns
 10x M1932 40mm cannon
 51 ton AL
 200 ton steel. Yes, thats 200.
 25u electronic parts

[tryrar]

I want to ask Asa if we need a design action to update our destroyers with all the new tech we've developed(the radar, the 130mm guns, the ASW systems, the radio), as that would be something we'd want to do(especially the 130mm guns since they can provide some respectable shore bombardment!)