Topic: Elysium Command: Elysium De La 12th Société (Read 12963 times)

Blood_Librarian · « **Reply #60 on:** October 02, 2021, 11:34:03 pm »

Split into 2 posts due to character limits.

Spoiler: Current Assets (click to show/hide)

Spoiler: Map (click to show/hide)

DropBox link to CURRENT BAY12 Items: https://www.dropbox.com/sh/ki83g84cx7cj0vv/AAD4t2wWfHSR6mUfA3FE6QbOa?dl=0

Hulls
Corvettes
Gate Capable Shuttle - 2 Hull: The first workable hull of the conflict, and strikingly identical in both Elysium's, GCS-2 craft are small shuttles that are capable of carrying Gate Keys as well as some other stuff. It is a makeshift hull, fabricated from large modular structure elements with thin armor plates that are just barely capable of standing in the way of light autocannon fire. Made for the purpose of ferrying troops from one end of the Elysium to the other and one of the finest pieces of Elysium equipment that ultimately united your country. In the dawn of your united Elysium, it’s main purpose is in logistics and exploration, and unsuited for combat. It’s paper thin armor cannot stand up to ship-grade weaponry for very long. Capable of landing on worlds with thin gravity and atmosphere or Elysiums.
3x2
Values: Aerodynamic 2, Internal 1
Tags:
Cost: 9
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Gate Capable Shuttle - 2 Aero Variant Hull: The first workable hull of the conflict, and strikingly identical in both Elysium's, GCS-2 craft are small shuttles that are capable of carrying Gate Keys as well as military equipment. It is a makeshift hull, fabricated from large modular structure elements with thin armor plates that are just barely capable of standing in the way of light autocannon fire. It has been extensively modified for aerospace operations, including the installation of equipment which allows one of its engines to operate with twice the speed in atmospheric conditions.
3x2
Values: Aerodynamic 4, Internal 1 Cost 12
Tags:
[ ][Int][ ]
[ ][Wng][ ]
"Rubik" Spacefaring Corvette Hull: A durable corvette hull with spaced armor specialized towards stellar operations, The Rubik has average primitive armor specialized towards small primitive kinetic projectiles. Capable of landing on barren moons. Noted to have a robust structure despite utilizing modular frames in it’s construction.
3x3
Values: Aerodynamic 1, Internal 1
Tags:
Cost: 13
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Code: [Select]

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Frigates
Sablier" Hardened Spacefaring Frigate:A second generation frigate lineage with hourglass shape and as of fabrication very heavy armor systems. Has an average thickness armor plate designed with general purpose protection against a wide variety of threats. It is incapable of any type of surface operation. It’s individual compartments and modules are awkwardly placed, lowering the overall compartmentalization of the craft: damage is marginally more likely to spill into surrounding systems.
Values:Cost 18, Internal 2, Armor 6
Tags:

Code: [Select]

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”Sablier" Hardened Spacefaring-S Variant Frigate:A second generation frigate lineage with hourglass shape and as of fabrication very heavy armor systems. Has an average thickness armor plate designed with general purpose protection against a wide variety of threats. It is incapable of any type of surface operation. It’s individual compartments and modules are awkwardly placed, but additional armor and internal systems have mostly mitigated the low compartmentalization, though damage is slightly apt to spill into surrounding systems. Two slot long weapon systems are more effective when installed into the Sabalier-S Variant.
Values:Cost 20, Internal 2, Armor 7
Tags:

Code: [Select]

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Components:
"Ground" Operations
Infantry Division: People hired by your polity that went through a strict training regimen and given the equipment needed to take objectives in a wide variety of environments. Standard in all ships, but may require vehicular or orbital support to get the job done. Current technology utilizes gun-powder and armor piercing rounds in their automatic guns, and wear hardened steel plates in vests for armor. Spacesuits are equipped when required.
Assumed to be in all ships, but specialized components or hulls can be fabricated for greater effect. As time progresses, the engineering division will give them new weapons and armor.
Ship Guns
Elysium Automatic Cannon Special -- [EAC]
The EACS is a series of autocannons, fire controls and sensory systems that represent the first step in warfare. Irregular manufacturing standards, varying calibers, poorly designed autoloaders as well as crude propellants and large bore projectiles intended to never risk damage to the Elysium mean that this weapon is large and underpowered. It is self contained, and only requires supply to keep functioning.
Values:Cost 2, Maintenance 1
Tags: Front

Next-Gen Autocannon (NGAC) -- (nAC)
The NGAC is a series of turreted autocannons with integrated fire control and sensory systems. It is designed as a dual 40mm ball turreted autocannon, of which half a dozen per slot is put onto the hull. The turret is rated for a 180 coverage on both axes. It utilizes crude HE rounds. It is self-contained, and only requires Maintenance to function.
Values:Cost 3, Maintenance 1

160mm Main Gun System (MGS)
A primitive kinetic accelerator cannon with large bore shells, most archetypically high explosive rounds. Despite the large bore, the rounds are accelerated to be on par with small-bore -large length weapons due to the high-power next generation powder propellant, and it fires shots down rapidly, allowing ship-gunners to feasibly expend their entire magazine in a single engagement. It has a high range despite its relatively short length for its caliber. The weapon is augmented with primitive visual sensors in it’s built-in fire control systems and high explosive rounds which is some-what more effective against primitive kinetic armor.
Values: Cost 4, Maintenance 3
Tags: Front/Back,
160mm Vorpal Gun --[VGB]
Battery````````````````--[VGB]
A fore-mounted traditional ballistic main cannon weapon design schema that calls to place four guns across two slots. These huge cannons utilize extremely fast burning powder formulas, an average bore length for the calliber and exotic alloys to extract every ounce of acceleration possible per kilogram. Two rounds types are carried, Second Generation APDSDU rounds and Combination radar and thermal proximity detonator shaped charge rounds, “Hammerhead” and “Slicer.” Slicer rounds are designed to be fired at enemy engines and disable them, and are more effective against low fuel efficiency engines. It requires a fire control system to fully utilize its functions, but it comes with onsite gunner back up systems. It utilizes Electronically hardened Autoloaders.
Values: Cost 10, Maint 5
Tags: Two Parallel External Front Slots, Fire Control -2

Hangar Systems
'Fléchette' Parasite Strike Craft -- [FLE]
The 'Fléchette' Parasite Strike Craft details the installation of 18 small fighter craft stored in hangar bays with launch capabilities. Each Parasite craft is equipped with 2 high explosive shaped charge payload heat seeking missiles and dual front mounted dual 40mm cannons with 20 degrees of gimballing. The missiles have roughly engineered payloads and weak electronics .It has the acceleration profile of a speed 9 craft, and is limited by the unaugmented pilots down to a profile of 8. It’s components are durable and hardy, able to go through multiple sortees without Elysium overhauls or having an on-site fabricator while maintaining performance capabilities. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Values:Cost 6, Maintenance 2
Tags:

"Intrépide" Parasite Bomber Squadron -- [FLE]
The “Intrépide '' Parasite Bomber Squadron details the installation of 18 small fighter craft patterned from the Flechette stored in hangar bays with launch capabilities. Each Parasite craft is equipped with 4 wire guided General High Yield payload missiles, one upscaled centerline inertial bomb payload, dual front mounted dual 40mm cannons with 20 degrees of gimballing. The explosive ordinance has technically adept payloads and weak electronics. The spooling for the wire guided missiles utilize nanolathed materials that allow for short range engagements It has the acceleration profile of a speed 6 craft when loaded, 9 unloaded, and is limited by the unaugmented pilots down to a profile of 8. It inherits the Flechettes' durability. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Values:Cost 7, Maintenance 3
Tags: Hangar

"Lagrange" Reconnaissance Squadron -- [FLE]
The "Lagrange" Reconnaissance Squadron details the installation of 18 small parasite stored in hangar bays with launch capabilities. Each Parasite craft is equipped with high-tempo multispectral sensory systems focusing on active and passive infrared and radio frequencies. .It has the acceleration profile of a speed 5 in combat, but has the fuel efficiency to project across moon systems and the outer edges of solar systems with its mother craft. It’s inherits the durable design of the Flechette, its systems are bulky and difficult ot stow and launch from hangar bays.. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Values: Cost 5, Maintenance 1
Tags: Hangar

Troop compartment -- [Trp]
A hull section is torn down and dedicated towards storing and disembarking large numbers of ground troops. Allows more soldiers to be present on a craft, as well as allowing more equipment for their purpose to be stored, up to light scout craft and heavy weapon emplacements. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Value: Cost:1

Engines

Hydrogen engine -- [HeE]
An integrated set of hydrogen and oxygen tanks that is fed into a combustion chamber and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems with a speed of 1.
Values: Cost:4, Maintenace 1
Tags:Rear

Catalyzed Afterburner Hydrogen engine -- [HeA]
An integrated set of hydrogen and oxygen tanks that is fed into a combustion chamber and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems with a speed of 1. Inside combat, an afterburner can be engaged to allow the thrust system to rate thrust 2 for an extended engagement before requiring 2-3 man days of maintenance to recover.
Values: Cost:5, Maintenace 2 Speed 1/2
Tags:Rear
Power Generation

Solar-Battery Power plant -- [SBP]
A set of unfurlable solar panels and chemical batteries designed to produce large amounts of power.. The panels cannot be protected by armor and unfurled. The S-B Power Plant has reduced effectiveness in operations that are very far from objects that generate usable solar radiation. The batteries can be best described as "workable," and are prone to small-scale detonations if damaged.
Values: PPC 3¹, Cost: 3
1. Generates 3 PPC for a couple hours or an extended fight utilizing PPC weapons before an extended down period is required to recharge the batteries

Solar-Battery Power plant v2 -- [SB2]
A set of unfurlable solar panels and chemical batteries designed to produce large amounts of power.. The panels cannot be protected by armor while unfurled. The S-B Power Plant has reduced effectiveness in operations that are very far from objects that generate usable solar radiation. The batteries can be best described as "workable," and are prone to small-scale detonations if damaged.
Values: PPC 4¹, Cost: 5
1. Generates 3 PPC for a couple hours or an extended fight utilizing PPC weapons before an extended down period is required to recharge the batteries

Command & Control

C5 Deck -- [C5D]
A component set deep into a ship, a C5 Deck is a hardened bunker in which the bridge crew inhabit. It is separated from the outer decks, with it’s own life support system. It is equipped with a Command and Control system based on haptic and holographic systems. It has a central computational engine specialized towards fire-control, it is a modern system that is far and away superior to primitive systems we have built at the time of the C5’s realization.. It has a luxurious set of amenities which the navy will acclimate and rely on for their increased performance in the field. It takes a significant amount of space, and may impact surrounding components.performance.
Values: Cost 3, Maintenance 2,
Tags: Internal, Fire Control 2, Limited 1

Faster than Light Travel Systems

Gate Key -- [GA1]
A complex device that utilizes energy stored from on-ship batteries to slice into the gate’s network , open it’s iris to allow the passage, and then ignites it’s ancient machine, utilizing a colossal amount of power to do so. This model is crude and energy intensive, only barely able to handle the power required to send a ship of the same tonnage as the gate-key bearing ship, while requiring a horrendously expensive manufacturing process. However, unlike the original prototypes, it can open the gate to allow other ships through.
Values: Cost 5, PPC -6, Maintenace 3, Jump 4

Gate Key v2 -- [GA2]
A complex device that utilizes energy stored from on-ship batteries to slice into the gate’s network , open it’s iris to allow the passage, and then ignites it’s ancient machine, utilizing a very large amount of power to do so. This model is crude and energy intensive, only barely able to handle the power required to send a ship of the same tonnage as the gate-key bearing ship, while requiring a stupendously expensive manufacturing process. However, unlike the original prototypes, it can open the gate to allow other ships through. Utilizing vast computational engines, the power and maintenance costs of the Gate Key are reduced at the expense of an increased production cost.
Values: Cost 9, PPC -4, Maintenance 2, Jump 5

Gate Key v3 -- [GA3]
It resonates with a higher energy. It cuts an aperture with a Vorpal Blade, it screams to the Gate with the Handshake Protocol, and the Gate Network responds by opening the iris’s of two gates and connecting them for a brief time. The Gate Key is an expensive tool required to traverse the Gate Network. This one has the functions required to open the gate and allow other ships to traverse, provided they are equivalent or lesser in mass to the Gate Key-bearer. Part of the installation process entails esoteric banks of processing stratum that have been through cycles of engineering to perfect the process.
Values: Cost 8, PPC -4, Maintenance 2, Jump 6

Thermal Control

Combat Coolant Reservoir and Radiator Assembly (CCRaRA)
A add-on package to radiative systems that expands its mass as well as several internal upgrades that reduce impact of induced thermal waste by enemy firepower. Damage Control can initiate the expulsion of heated coolant through sweat pores built into the radiators while cycling in secondary coolant tanks, which rapidly reduces temperatures and prevents crematorium drift situations. The expulsion of ammonia coolant induces short duration clouds of obscuring clouds around the radiator and some portions of the craft. They reduce oncoming thermal damage in the infrared and visible bands by roughly 35%. More efficient cooling systems are installed, allowing for a Thermal rating to be appended to the craft.
Values: Cost 5, Thermal 2
Tag: Yellow-Line Feature,

Infrastructure

The Forge of Elysium
A colossal set of infrastructure, heavy equipment and digital archives that permit the fabrication of wonders. Unable to access the designs made before the Dissolution war due to digital decay and hellish encryption of the blueprints required, New designs must be made for the Forge. Consisting of a full third of the internal volume of the Elysium, our manufacturing needs will be met by the Forge for a considerable amount of time without any need for expansion, and our people are wholly reliant on this miracle machine for manufactured goods. The only bottleneck in the acquisition of more Resources is the raw material required to turn into feedstock
Values:Produces 90 Resources.

Becquerel Fission Reactors
A series of tests and prototyping phases made with the intent of easing our developing energy shortages. No viable reactors were made, but the path to success was forged: we now have some what an idea on how to not create a fission reactor.

Merchant Marine Fleet
A series of logistical improvements that reduce maintenance costs by 25% rounded down. Eases the development of resource generating structures in the home system systems and places logistical supply points across our home system. Increases the effectiveness of our irregular forces in and out of combat.
Cost: None

Tags
Integrated: Components with this tag are not able to be placed on normal designs and are hard-wired into specific designs.
Internal: Slots with this tag have no outer surface access: they are surrounded by the other components of the ship and are significantly less likely to be damaged in combat. Components with this tag need to be placed in an Internal slot.
Rear: Components with this slot must be placed on the left-most slots of a craft.
Front: Components with this slot must be placed on the right-most slots of a craft.
Volatile: Components with this tag are at risk of destroying the ship if damaged. Most typical of antimatter reactors or metallic hydrogen storage systems. Some components will also be Volatile in certain situations, like a hydrogen tank in an oxygenated atmosphere.
Yellow Line: This component can be yellow lined by captains to have an increased effect at the expense of the possibility of issues occurring after prolonged use.
Red Line: As above, but this component can be pushed even further beyond, into the thin edge between oblivion and enhanced operations, but not for very long, and for a drastic cost. For your finest hour.
Black Line: As above, but this component can be pushed past any sane or safe limit, to provide an enormous effect before burning out, often with spectacular consequences. The dramatic way of going out, to wet your blades edge one more time before the end.
Limited(x): Components with this tag can only be put in (x) per ship. In some cases, other components may restrict the installation of Limited(x) components. (eg a limited sensor system might not be installable with a common sensor system)
Gate Bearer: A hull or component with this tag can allow ships of equal tonnage to pass through a gate, including itself.
Fire Control: Targeting acquisition, lock on and sensory modules produce Fire Control. Rather than being consumed as a value, Weapons that do not have built-in fire control systems that completely fufilll their need for Fire Control will note the minimum firecontrol number required for maximum effectiveness. One Fire Control can take control of any number ofseparate gunnery systems equal or lesser to its value. Unless specified, it is assumed that all weapons have a built-in Fire Control 1 system in it. Components that require Fire Control must specify whether or not they have built-in back-up fire control systems in the event of the destruction of the central Fire Control. Completely self contained weapon packages will default to the master system if it is advantageous to do so.

Values

Pulsed Power Container (PPC): These are containers that output enough energy to sustain components that require PPC power. Will often come with an amount of time that it could be sustained.
Thermal: A component with a thermal tag represents an efficient cooling system that may be more efficient than the one attached to the hull, in addition to any other effects it may apply. More efficient heat reduction allows for more mass to be dedicated to individual systems manifesting as a flat bonus to all operations. Some components may require a minimum of a thermal tag. A hull may have a better than stock cooling system installed by default and is represented by the thermal tag.
Heat capacity.The capability of a component to store heat, allowing for a ship's radiators to be stored and protected from oncoming fire. As Radiators cannot be armored, this is one way to improve a ship's survivability.
Aerodynamic: Hulls with this tag are designed with operations in an atmospheric body in mind, with a sealed hull and attention to avoiding excess bulk. Every planet or body has this value, representing how difficult it is to enter and leave its atmosphere or gravity. Barren planets with low gravity and no atmosphere do not require any Aerodynamic tags to operate in, but especially slow moving hulls may be restricted.
Internal: This value is attached to hulls, representing how many slots it has with the Internal Tag.
Cost: The material, industrial and socioeconomic cost of an object rendered down into its most quintessential value in fabricating this component or hull. This cost is in terms of Resources..
Maintenance:cost in resources every turn after its manufacturing.
Thrust: Engines produce this value, Though the ratio between maneuvering ability and pure thrust is sometimes different. Divide Thrust points on a hull by the number of slots and weight value it has to determine how fast the craft is relative to other ships. Often comes in two values, the first used for determining strategic outcomes while the second is used in tactical maneuvering
Weight: Components and Hulls with this value lower overall speed and maneuverability in Thrust Calculations.

Spoiler: Operationalized Ships (click to show/hide)

ConscriptFive · « **Reply #61 on:** October 05, 2021, 06:31:27 pm »

Per Discord:

Quote from: GM Quote

One of the mechanics I will include this turn is the "maturation" of technologies, being mechanically represented as stable generations of tech having reduced maintenance costs. The Vorpal Gun Batteries maintenance cost will be reduced to 1, as well as the MGS. NGAC's will still stay at parity.

So, let's run the budget...

120 Base Production + 25 from Vorpal Gun (fully conquered) + 10 from Abyss Watcher (partial) = 155 Total Production

Aura, Slayer, Seine, and Terra are unchanged.
But, Griffon drops from 15 Maint to 11 Maint (-4).

So Aura (9) + Slayer (9) + 3 Operational Griffons (33) + Terra (5) + Seine (16) = 72 * .75 = 54 Maint this turn.

155-54 = 101 production to play with.

Priority is to arm the Seine for 3. I'd also like to launch a second Seine for 72. (101 - 75 = 26)

For 16, we can also finish the second Terra. (26-16=10)

Not sure what to sink that 10 remainder on. A partial build of something? A third Seine seems like a bit much, but our Rubiks are obsolete. A third Terra maybe?

Kashyyk · « **Reply #62 on:** October 06, 2021, 01:59:51 am »

I do like the idea of a third Seine, as our next gen ship, but they are rather expensive. A third Terra would allow us to land troops on all three lanes, right?

Speaking of Terras, they don't have any Values/Tags in the Operationalised Ships Spoiler.

Of the two options though, I vote Terra. I doubt we'll be obsoleting it any time soon, and more troops are always better.

ConscriptFive · « **Reply #63 on:** October 06, 2021, 01:00:01 pm »

Yeah, as I brought up in the production phase last turn, the Terra got garbled in the spoiler. Apparently it remains that way.

Quote

Combat Capable Shuttle Aero: Fleet Transport “Terra” Variant
A troop transport shuttle. It has catalyzed afterburning engines that increase its speed in a combat situation, but require maintenance after. One of its engines has a doubled speed when in atmospheric conditions. It has an extensive hangar bay system that is able to handle large amounts of ground troops, including heavy weapon emplacements, and medium sized vehicles. With a component-thrust ratio that varies depending on the situation, it is most suited for fights around planets with atmospheres. Its light armament of Elysium Autocannons are secondary to its purpose of entering worlds and dropping off its many warriors.
Format
[HeA][Trp][Trp]
[HeA][Wng][nAC]
Values:Cost 27, Aerodynamic 4, Maintenance 5, Thrust 2(4)/3(6)
Tag:

It's an unarmored troop ship but has the newest engines, and got some great rolls on both the modified hull and "operationalizing." A cheap, low maint ship that's fast enough to GTFO when trouble shows up. (It's faster than anything we got, and faster than the enemy's Starbolt.) Haven't seen how aerodynamics play out yet, but it's pretty solid there too.

Moving it along then...

Quote from: Production Plan: Two Rivers

Summary: Arm the first Seine gateship/carrier class, and build a second. Finish the second Terra troopship. Sink the remainder of production into a partial build of a third Terra troopship.

101 Production to work with after Maint expenses.

Arm the carrier wing of the Seine Gateship. (-3 Production)
Build a second Seine Gateship and christen it the "Marne." (-72 Production)
Complete the second Terra troopship and christen it the "Mundus." (-16 Production)

(101 -3 -72 -16 = 10 Production Remaining)

Invest the remaining production in a partially build 3rd Terra troopship.

What now in terms of strategy/maneuver? Letting SUCK keep a whopping 50 production from Roses Star this turn seems like a folly. At the very least, we should try to zero it out. Alternatively, we could send a squadron to conquer the Abyss Watcher or explore the Bottle up north. (Our parasite fighters seem like they would do well against the Abyss Watcher drone swarm.)

Kashyyk · « **Reply #64 on:** October 06, 2021, 05:26:00 pm »

Should definitely send at least one of the carriers (plus escort) to Rose"s Star. I'd like to properly interdict their colony, even if we can't conquer it out right.

Should be able to capture the Bottle unhindered, and will need a defence force at Vorpal Gun, if I understand the mono-direction map arrows properly. So a Terra to each of Rose's Star and The Bottle, plus a Seine to each of Vorpal Gun and Rose's Star. Unless we reckon they can't reach Vorpal Gun yet, and we go all in at Rose's?

ConscriptFive · « **Reply #65 on:** October 06, 2021, 06:12:40 pm »

Did we confirm the arrows are one way? (I don't know if that's just aesthetics.)

I'm thinking all in at Roses. But, because we have Vorpal Gun, we can try a flanking maneuver. Send the legacy fleet as bait to overextend their formation. Then flank them with 96 fighters they weren't expecting from behind...

Quote from: Deployment/Manuever Plan "Bullfight"

Summary: Full commitment to seizure of Roses Star. Fleet with engage in two squadrons to attempt envelopment.

Picador Squadron:
CC Aura, FC Slayer, CT Griffon, CT Borzoi, CT Briard, FT Terra

Matador Squadron:
GF Seine, GF Marne, FT Mundus

Matador Squadron will immediately commence mapping the lanes between Vorpal Gun and Roses Star, stopping short before revealing themselves to enemy detection at Roses Star. Once Matador Squadron finishes mapping the lanes between Vorpal Gun and Roses Start, Picador Squadron will enter Roses Star directly from our Torus direction. Picador Squadron should feint and skirmish with enemy fleet, attempt to lure them into breaking formation and prematurely exhausting resources.

Once enemy defenses have been baited out of formation, and their fuel & battery reserves depleted, Matador Squadron will enter Roses Star from the Vorpal Gun direction. Fresh modern forces ambushing from at unexpected vector, our dozens of parasite flechettes can use their tremendous acceleration to close on the enemy before they can adjust their formation and shift fire.

As the battlefield allows, both FT Terra class troopships are to deploy ground forces to seize the system. Rumor is, a certain Marine Captain Kilgrave is looking for revenge.

Quote from: Votebox

(1) Plan Two Rivers & Bullfight: ConscriptFive

Jilladilla · « **Reply #66 on:** October 06, 2021, 09:13:48 pm »

A bit too many moving parts for my taste, but a decently good plan nonetheless.

Quote from: Votebox

(2) Plan Two Rivers & Bullfight: ConscriptFive, Nemonole

Blood_Librarian · « **Reply #67 on:** October 06, 2021, 09:19:11 pm »

Arrows are not one way.

Kashyyk · « **Reply #68 on:** October 07, 2021, 02:13:54 am »

Quote from: Votebox

(3) Plan Two Rivers & Bullfight: ConscriptFive, Nemonole, Kashyyk

Blood_Librarian · « **Reply #69 on:** October 26, 2021, 04:02:01 pm »

Elysium Command Arms Race of Conquest: Design Phase
Turn 3

The incredible effectiveness of our bombing run perhaps could be the result of fortuitous circumstances, and should not be relied upon for near the same effectiveness now that enemy NAV-INT assets are aware of our parasite craft. We appear to be winning on the front of industrial effectiveness: An estimation puts a Light Bearer at roughly twice the expense in terms of industrial production to produce, though their focus on laser weapons have massively reduced their long term logistical costs. The trades we have so far are to our favor, it seems.

Work on two designs.

Spoiler: Current Assets (click to show/hide)

Spoiler: Map (click to show/hide)

Spoiler: Designs (click to show/hide)

DropBox link to CURRENT BAY12 Items: https://www.dropbox.com/sh/ki83g84cx7cj0vv/AAD4t2wWfHSR6mUfA3FE6QbOa?dl=0

Hulls
Corvettes
Gate Capable Shuttle - 2 Hull: The first workable hull of the conflict, and strikingly identical in both Elysium's, GCS-2 craft are small shuttles that are capable of carrying Gate Keys as well as some other stuff. It is a makeshift hull, fabricated from large modular structure elements with thin armor plates that are just barely capable of standing in the way of light autocannon fire. Made for the purpose of ferrying troops from one end of the Elysium to the other and one of the finest pieces of Elysium equipment that ultimately united your country. In the dawn of your united Elysium, it’s main purpose is in logistics and exploration, and unsuited for combat. It’s paper thin armor cannot stand up to ship-grade weaponry for very long. Capable of landing on worlds with thin gravity and atmosphere or Elysiums.
3x2
Values: Aerodynamic 2, Internal 1
Tags:
Cost: 9
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Gate Capable Shuttle - 2 Aero Variant Hull: The first workable hull of the conflict, and strikingly identical in both Elysium's, GCS-2 craft are small shuttles that are capable of carrying Gate Keys as well as military equipment. It is a makeshift hull, fabricated from large modular structure elements with thin armor plates that are just barely capable of standing in the way of light autocannon fire. It has been extensively modified for aerospace operations, including the installation of equipment which allows one of its engines to operate with twice the speed in atmospheric conditions.
3x2
Values: Aerodynamic 4, Internal 1 Cost 12
Tags:
[ ][Int][ ]
[ ][Wng][ ]
"Rubik" Spacefaring Corvette Hull: A durable corvette hull with spaced armor specialized towards stellar operations, The Rubik has average primitive armor specialized towards small primitive kinetic projectiles. Capable of landing on barren moons. Noted to have a robust structure despite utilizing modular frames in it’s construction.
3x3
Values: Aerodynamic 1, Internal 1
Tags:
Cost: 13
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Frigates
Sablier" Hardened Spacefaring Frigate:A second generation frigate lineage with hourglass shape and as of fabrication very heavy armor systems. Has an average thickness armor plate designed with general purpose protection against a wide variety of threats. It is incapable of any type of surface operation. It’s individual compartments and modules are awkwardly placed, lowering the overall compartmentalization of the craft: damage is marginally more likely to spill into surrounding systems.
Values:Cost 18, Internal 2, Armor 6
Tags:

Code: [Select]

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”Sablier" Hardened Spacefaring-S Variant Frigate:A second generation frigate lineage with hourglass shape and as of fabrication very heavy armor systems. Has an average thickness armor plate designed with general purpose protection against a wide variety of threats. It is incapable of any type of surface operation. It’s individual compartments and modules are awkwardly placed, but additional armor and internal systems have mostly mitigated the low compartmentalization, though damage is slightly apt to spill into surrounding systems. Two slot long weapon systems are more effective when installed into the Sabalier-S Variant.
Values: Cost 20, Internal 2, Armor 7
Tags:

Code: [Select]

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[  ][In][  ]
[  ][In][  ]
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Components:
"Ground" Operations
Infantry Division: People hired by your polity that went through a strict training regimen and given the equipment needed to take objectives in a wide variety of environments. Standard in all ships, but may require vehicular or orbital support to get the job done. Current technology utilizes gun-powder and armor piercing rounds in their automatic guns, and wear hardened steel plates in vests for armor. Spacesuits are equipped when required.
Assumed to be in all ships, but specialized components or hulls can be fabricated for greater effect. As time progresses, the engineering division will give them new weapons and armor.
Ship Guns
Elysium Automatic Cannon Special -- [EAC]
The EACS is a series of autocannons, fire controls and sensory systems that represent the first step in warfare. Irregular manufacturing standards, varying calibers, poorly designed autoloaders as well as crude propellants and large bore projectiles intended to never risk damage to the Elysium mean that this weapon is large and underpowered. It is self contained, and only requires supply to keep functioning.
Values:Cost 2, Maintenance 1
Tags: Front

Next-Gen Autocannon (NGAC) -- (nAC)
The NGAC is a series of turreted autocannons with integrated fire control and sensory systems. It is designed as a dual 40mm ball turreted autocannon, of which half a dozen per slot is put onto the hull. The turret is rated for a 180 coverage on both axes. It utilizes crude HE rounds. It is self-contained, and only requires Maintenance to function.
Values:Cost 3, Maintenance 1

160mm Main Gun System (MGS)
A primitive kinetic accelerator cannon with large bore shells, most archetypically high explosive rounds. Despite the large bore, the rounds are accelerated to be on par with small-bore -large length weapons due to the high-power next generation powder propellant, and it fires shots down rapidly, allowing ship-gunners to feasibly expend their entire magazine in a single engagement. It has a high range despite its relatively short length for its caliber. The weapon is augmented with primitive visual sensors in it’s built-in fire control systems and high explosive rounds which is some-what more effective against primitive kinetic armor.
Values: Cost 4, Maintenance 1
Tags: Front/Back,
160mm Vorpal Gun --[VGB]
Battery````````````````--[VGB]
A fore-mounted traditional ballistic main cannon weapon design schema that calls to place four guns across two slots. These huge cannons utilize extremely fast burning powder formulas, an average bore length for the calliber and exotic alloys to extract every ounce of acceleration possible per kilogram. Two rounds types are carried, Second Generation APDSDU rounds and Combination radar and thermal proximity detonator shaped charge rounds, “Hammerhead” and “Slicer.” Slicer rounds are designed to be fired at enemy engines and disable them, and are more effective against low fuel efficiency engines. It requires a fire control system to fully utilize its functions, but it comes with onsite gunner back up systems. It utilizes Electronically hardened Autoloaders.
Values: Cost 10, Maint 3
Tags: Two Parallel External Front Slots, Fire Control -2

Hangar Systems
'Fléchette' Parasite Strike Craft -- [FLE]
The 'Fléchette' Parasite Strike Craft details the installation of 18 small fighter craft stored in hangar bays with launch capabilities. Each Parasite craft is equipped with 2 high explosive shaped charge payload heat seeking missiles and dual front mounted dual 40mm cannons with 20 degrees of gimballing. The missiles have roughly engineered payloads and weak electronics .It has the acceleration profile of a speed 9 craft, and is limited by the unaugmented pilots down to a profile of 8. It’s components are durable and hardy, able to go through multiple sortees without Elysium overhauls or having an on-site fabricator while maintaining performance capabilities. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Values:Cost 6, Maintenance 2
Tags:

"Intrépide" Parasite Bomber Squadron -- [FLE]
The “Intrépide '' Parasite Bomber Squadron details the installation of 18 small fighter craft patterned from the Flechette stored in hangar bays with launch capabilities. Each Parasite craft is equipped with 4 wire guided General High Yield payload missiles, one upscaled centerline inertial bomb payload, dual front mounted dual 40mm cannons with 20 degrees of gimballing. The explosive ordinance has technically adept payloads and weak electronics. The spooling for the wire guided missiles utilize nanolathed materials that allow for short range engagements It has the acceleration profile of a speed 6 craft when loaded, 9 unloaded, and is limited by the unaugmented pilots down to a profile of 8. It inherits the Flechettes' durability. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Values:Cost 7, Maintenance 3
Tags: Hangar

Troop compartment -- [Trp]
A hull section is torn down and dedicated towards storing and disembarking large numbers of ground troops. Allows more soldiers to be present on a craft, as well as allowing more equipment for their purpose to be stored, up to light scout craft and heavy weapon emplacements. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Value: Cost:1

Engines

Hydrogen engine -- [HeE]
An integrated set of hydrogen and oxygen tanks that is fed into a combustion chamber and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems with a speed of 1.
Values: Cost:4, Maintenace 1
Tags:Rear

Catalyzed Afterburner Hydrogen engine -- [HeA]
An integrated set of hydrogen and oxygen tanks that is fed into a combustion chamber and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems with a speed of 1. Inside combat, an afterburner can be engaged to allow the thrust system to rate thrust 2 for an extended engagement before requiring 2-3 man days of maintenance to recover.
Values: Cost:5, Maintenace 2 Speed 1/2
Tags:Rear
Power Generation

Solar-Battery Power plant -- [SBP]
A set of unfurlable solar panels and chemical batteries designed to produce large amounts of power.. The panels cannot be protected by armor and unfurled. The S-B Power Plant has reduced effectiveness in operations that are very far from objects that generate usable solar radiation. The batteries can be best described as "workable," and are prone to small-scale detonations if damaged.
Values: PPC 3¹, Cost: 3
1. Generates 3 PPC for a couple hours or an extended fight utilizing PPC weapons before an extended down period is required to recharge the batteries

Solar-Battery Power plant v2 -- [SB2]
A set of unfurlable solar panels and chemical batteries designed to produce large amounts of power.. The panels cannot be protected by armor while unfurled. The S-B Power Plant has reduced effectiveness in operations that are very far from objects that generate usable solar radiation. The batteries can be best described as "workable," and are prone to small-scale detonations if damaged.
Values: PPC 4¹, Cost: 5
1. Generates 3 PPC for a couple hours or an extended fight utilizing PPC weapons before an extended down period is required to recharge the batteries

Command & Control

C5 Deck -- [C5D]
A component set deep into a ship, a C5 Deck is a hardened bunker in which the bridge crew inhabit. It is separated from the outer decks, with it’s own life support system. It is equipped with a Command and Control system based on haptic and holographic systems. It has a central computational engine specialized towards fire-control, it is a modern system that is far and away superior to primitive systems we have built at the time of the C5’s realization.. It has a luxurious set of amenities which the navy will acclimate and rely on for their increased performance in the field. It takes a significant amount of space, and may impact surrounding components.performance.
Values: Cost 3, Maintenance 2,
Tags: Internal, Fire Control 2, Limited 1

Faster than Light Travel Systems

Gate Key -- [GA1]
A complex device that utilizes energy stored from on-ship batteries to slice into the gate’s network , open it’s iris to allow the passage, and then ignites it’s ancient machine, utilizing a colossal amount of power to do so. This model is crude and energy intensive, only barely able to handle the power required to send a ship of the same tonnage as the gate-key bearing ship, while requiring a horrendously expensive manufacturing process. However, unlike the original prototypes, it can open the gate to allow other ships through.
Values: Cost 5, PPC -6, Maintenace 3, Jump 4

Gate Key v2 -- [GA2]
A complex device that utilizes energy stored from on-ship batteries to slice into the gate’s network , open it’s iris to allow the passage, and then ignites it’s ancient machine, utilizing a very large amount of power to do so. This model is crude and energy intensive, only barely able to handle the power required to send a ship of the same tonnage as the gate-key bearing ship, while requiring a stupendously expensive manufacturing process. However, unlike the original prototypes, it can open the gate to allow other ships through. Utilizing vast computational engines, the power and maintenance costs of the Gate Key are reduced at the expense of an increased production cost.
Values: Cost 9, PPC -4, Maintenance 2, Jump 5

Gate Key v3 -- [GA3]
It resonates with a higher energy. It cuts an aperture with a Vorpal Blade, it screams to the Gate with the Handshake Protocol, and the Gate Network responds by opening the iris’s of two gates and connecting them for a brief time. The Gate Key is an expensive tool required to traverse the Gate Network. This one has the functions required to open the gate and allow other ships to traverse, provided they are equivalent or lesser in mass to the Gate Key-bearer. Part of the installation process entails esoteric banks of processing stratum that have been through cycles of engineering to perfect the process.
Values: Cost 8, PPC -4, Maintenance 2, Jump 6

Thermal Control

Combat Coolant Reservoir and Radiator Assembly (CCRaRA)
A add-on package to radiative systems that expands its mass as well as several internal upgrades that reduce impact of induced thermal waste by enemy firepower. Damage Control can initiate the expulsion of heated coolant through sweat pores built into the radiators while cycling in secondary coolant tanks, which rapidly reduces temperatures and prevents crematorium drift situations. The expulsion of ammonia coolant induces short duration clouds of obscuring clouds around the radiator and some portions of the craft. They reduce oncoming thermal damage in the infrared and visible bands by roughly 35%. More efficient cooling systems are installed, allowing for a Thermal rating to be appended to the craft.
Values: Cost 5, Thermal 2
Tag: Yellow-Line Feature,

Infrastructure

The Forge of Elysium
A colossal set of infrastructure, heavy equipment and digital archives that permit the fabrication of wonders. Unable to access the designs made before the Dissolution war due to digital decay and hellish encryption of the blueprints required, New designs must be made for the Forge. Consisting of a full third of the internal volume of the Elysium, our manufacturing needs will be met by the Forge for a considerable amount of time without any need for expansion, and our people are wholly reliant on this miracle machine for manufactured goods. The only bottleneck in the acquisition of more Resources is the raw material required to turn into feedstock
Values:Produces 90 Resources.

Becquerel Fission Reactors
A series of tests and prototyping phases made with the intent of easing our developing energy shortages. No viable reactors were made, but the path to success was forged: we now have some what an idea on how to not create a fission reactor.

Merchant Marine Fleet
A series of logistical improvements that reduce maintenance costs by 25% rounded down. Eases the development of resource generating structures in the home system systems and places logistical supply points across our home system. Increases the effectiveness of our irregular forces in and out of combat.
Cost: None

Tags
Integrated: Components with this tag are not able to be placed on normal designs and are hard-wired into specific designs.
Internal: Slots with this tag have no outer surface access: they are surrounded by the other components of the ship and are significantly less likely to be damaged in combat. Components with this tag need to be placed in an Internal slot.
Rear: Components with this slot must be placed on the left-most slots of a craft.
Front: Components with this slot must be placed on the right-most slots of a craft.
Volatile: Components with this tag are at risk of destroying the ship if damaged. Most typical of antimatter reactors or metallic hydrogen storage systems. Some components will also be Volatile in certain situations, like a hydrogen tank in an oxygenated atmosphere.
Yellow Line: This component can be yellow lined by captains to have an increased effect at the expense of the possibility of issues occurring after prolonged use.
Red Line: As above, but this component can be pushed even further beyond, into the thin edge between oblivion and enhanced operations, but not for very long, and for a drastic cost. For your finest hour.
Black Line: As above, but this component can be pushed past any sane or safe limit, to provide an enormous effect before burning out, often with spectacular consequences. The dramatic way of going out, to wet your blades edge one more time before the end.
Limited(x): Components with this tag can only be put in (x) per ship. In some cases, other components may restrict the installation of Limited(x) components. (eg a limited sensor system might not be installable with a common sensor system)
Gate Bearer: A hull or component with this tag can allow ships of equal tonnage to pass through a gate, including itself.
Fire Control: Targeting acquisition, lock on and sensory modules produce Fire Control. Rather than being consumed as a value, Weapons that do not have built-in fire control systems that completely fufilll their need for Fire Control will note the minimum firecontrol number required for maximum effectiveness. One Fire Control can take control of any number ofseparate gunnery systems equal or lesser to its value. Unless specified, it is assumed that all weapons have a built-in Fire Control 1 system in it. Components that require Fire Control must specify whether or not they have built-in back-up fire control systems in the event of the destruction of the central Fire Control. Completely self contained weapon packages will default to the master system if it is advantageous to do so.

Values

Pulsed Power Container (PPC): These are containers that output enough energy to sustain components that require PPC power. Will often come with an amount of time that it could be sustained.
Thermal: A component with a thermal tag represents an efficient cooling system that may be more efficient than the one attached to the hull, in addition to any other effects it may apply. More efficient heat reduction allows for more mass to be dedicated to individual systems manifesting as a flat bonus to all operations. Some components may require a minimum of a thermal tag. A hull may have a better than stock cooling system installed by default and is represented by the thermal tag.
Heat capacity.The capability of a component to store heat, allowing for a ship's radiators to be stored and protected from oncoming fire. As Radiators cannot be armored, this is one way to improve a ship's survivability.
Aerodynamic: Hulls with this tag are designed with operations in an atmospheric body in mind, with a sealed hull and attention to avoiding excess bulk. Every planet or body has this value, representing how difficult it is to enter and leave its atmosphere or gravity. Barren planets with low gravity and no atmosphere do not require any Aerodynamic tags to operate in, but especially slow moving hulls may be restricted.
Internal: This value is attached to hulls, representing how many slots it has with the Internal Tag.
Cost: The material, industrial and socioeconomic cost of an object rendered down into its most quintessential value in fabricating this component or hull. This cost is in terms of Resources..
Maintenance:cost in resources every turn after its manufacturing.
Thrust: Engines produce this value, Though the ratio between maneuvering ability and pure thrust is sometimes different. Divide Thrust points on a hull by the number of slots and weight value it has to determine how fast the craft is relative to other ships. Often comes in two values, the first used for determining strategic outcomes while the second is used in tactical maneuvering
Weight: Components and Hulls with this value lower overall speed and maneuverability in Thrust Calculations.

Spoiler: Operationalized Ships (click to show/hide)

ConscriptFive · « **Reply #70 on:** October 30, 2021, 02:49:42 pm »

So it looks like we got some ships on the chopping block, be nice if we could get some trade-in value for them. Both Rubik gateships are irrelevant now, and the last Griffon is just barely hanging in there. Be nice if we could mechanically do something with "salvage" too.

(Shelved after GM's announcement of new mechanics.)

~~Infrastructure Design: Fleet Repurposing Auction House~~

Quote

While we had hoped for our vessels to have longer lives, we find ourselves in something of an "arms race" where technology becomes obsolete nearly as quickly as we can field it. Decommissioned and salvaged vessels are quickly becoming too good of a deal for second-hand users such as the Merchant Marine. It is only right that we harness our capitalist heritage to appropriately arbitrage this situation.

Modeled on our famed antiquities auction houses, the Fleet Repurposing Auction House will entertain qualified bidders on hulls and other surplus to be struck from our ledgers. Ships will be appropriately sterilized of sensitive items before sale, and fully demilitarized if sold for private civilian use.

In effect, "decommissioned" and "salvaged" ships will be traded for resources appropriate to their market value. (Fraction of build cost for "decommissioned." Small fraction of build cost for "salvaged.")

Speaking of replacing the Rubik hull, here's the same 3x3 geometry but with armor, thermal management, and one integrated hanger bay. Still should prove something something cheaper and smaller screen the larger Sabalier gateships/carriers.

Design: "Bouillon" Hardened Spacefaring Corvette Hull

Quote

As much as our Rubiks have bled for the glory of the 12th Society, it would be kinda nice if they didn't bleed so much. Our 1st gen Corvette hull has proven vulnerable to enemy weaponry, and wasn't designed with Parasite bays in mind. The "Bouillon" is a 2nd gen Corvette hull, implementing armor, thermal management, and a dedicated Parasite hanger bay.

The armor is additionally adapted to counter our adversary's laser weaponry, consisting of a highly reflective polished metal exterior ontop an insulating ceramic underlayer. Additional radiator assemblies and fluid lines provide a baseline of combat heat management. A slot engineered for a Parasite hanger is located on the Port midsection. Like it's predecessor, it is not intended for atmospheric operations.

Values: Aerodynamic 1, Internal 1, Armor 4, Thermal 2
Tags:
Cost: 17
Template:
Code: [Select]
[ ]HnG[ ] [ ]Int[ ] [ ][ ][ ]

Blood_Librarian · « **Reply #71 on:** October 31, 2021, 11:55:46 pm »

I've hashed out some details and I've come to a solution regarding outdated warships.

I will *probably* have a write up of all salvaged warships by both sides at some point, the black-sites and departments that take those ships apart take their time and have been having excessive disasters, so that will be later.

As for outdated vessels, I will allow, on the operationalization phase, a refit where components can be exchanged. I would prefer if you made explicit in these refits what is being replaced and with what, along with a final picture of what the hull would like like.
The cost of these refits will be the cost of the components being exchanged out less the value of the component IF it is being replaced by a component of the same sub-category, eg Hydrogen Engine --> Nuclear Engine or Main gun emplacement to new gun emplacement, and then multiplied by 1.1x. These ships will be less effective than a built up design, but it's better than a nothing-ship.

ConscriptFive · « **Reply #72 on:** November 01, 2021, 05:41:32 pm »

So striking the Auction House from consideration, SUCK's new corvette warship, the Wildcat, is stupidly fast and uses Nuclear Thermal Propulsion (NTP.) We don't want to fall too far behind...

Design: "Saint-Laurent " Nuclear Thermal Engine (NTE)

Quote

Chemical propulsion: take liquid O and H, burn to produce gaseous H20.
Nuclear thermal propulsion: take liquid H, burn it in a fission reactor to produce gaseous H.
While technically not as powerful in terms of raw thrust, taking the oxidizer out of the equation basically cuts fuel mass in half. Thus a self-contained NTP system should provide at least twice the impulse (speed) of our existing chemical rockets.

The "Saint-Laurent" NTE is an integrated set of liquid hydrogen tanks that are fed through a uranium fission reactor and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems at a speed of 3.
Values: Cost:7, Maint 2
Tags:Rear

Quote from: Design Votebox (pick 2)

(1) "Bouillon" Hardened Spacefaring Corvette Hull: ConscriptFive
(1) "Saint-Laurent" Nuclear Thermal Engine (NTE): ConscriptFive

Blood_Librarian · « **Reply #73 on:** November 18, 2021, 02:20:41 am »

Elysium Command Arms Race of Conquest: Operationalization Phase
Turn 3

Quote from: ConscriptFive on November 01, 2021, 05:41:32 pm

So striking the Auction House from consideration, SUCK's new corvette warship, the Wildcat, is stupidly fast and uses Nuclear Thermal Propulsion (NTP.) We don't want to fall too far behind...

Design: "Saint-Laurent " Nuclear Thermal Engine (NTE)
Chemical propulsion: take liquid O and H, burn to produce gaseous H20.
Nuclear thermal propulsion: take liquid H, burn it in a fission reactor to produce gaseous H.
While technically not as powerful in terms of raw thrust, taking the oxidizer out of the equation basically cuts fuel mass in half. Thus a self-contained NTP system should provide at least twice the impulse (speed) of our existing chemical rockets.

The "Saint-Laurent" NTE is an integrated set of liquid hydrogen tanks that are fed through a uranium fission reactor and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems at a speed of 3.
Values: Cost:7, Maint 2
Tags:Rear

[/quote]

Difficulty: Normal
2d4--> 4+1 [Average]

Engine test’s have gone swimmingly. A thousand of our best and brightest had come together behind the lead-lined windows of the ELysium Degre’-Decks in a grand affair to witness the first fire-plume of the Saint-Laurent engine lineage.

As one of the first higher technologies of the great war, Nuclear Thermal Engines are a crucial first step in the second generation of doctrine derived warships. Millions of tons of hydrogen and oxygen gas have been burned in the pursuit of waging war for Elysium, and millions more will be burned as more exotic fuels. The Saint Laurent Nuclear Thermal Propulsion is a solid core pulsed projection thrusting engine with an efficiency on out-of-combat movement. This is compared to the gas-core systems of the enemy, which have sacrificed in sheer efficiency for combat speed. The lack of oxidizer systems also make them much more safe and robust, the few moving parts further reduce mechanical difficulties making it an easy to produce system. The only difficulty is in the procurement of fissionable material, which continually is an issue for our space bound society due to its relative scarcity. It generates some electricity for continued ship operations, though it does not have the associated capacitive systems to sustain energy weapons, a dedicated design of extracting power into capacitor systems would be best for that goal, and several promising designs of combined thrust and PPC systems have been drawn up.

Saint Laurent NT Engine [NTE]
The "Saint-Laurent" NTE is an integrated set of liquid hydrogen tanks that are fed through a solid core pulsed projection Uranium Fission reactor and expelled to generate thrust. Generates electricity from an attached alternator. It reaches combat speeds of 3, and out of combat speeds of 4.
Values: Cost:7, Maint 4 Thrust 4(3)
Tags:Rear

Quote from: ConscriptFive on October 30, 2021, 02:49:42 pm

Design: "Bouillon" Hardened Spacefaring Corvette Hull
As much as our Rubiks have bled for the glory of the 12th Society, it would be kinda nice if they didn't bleed so much. Our 1st gen Corvette hull has proven vulnerable to enemy weaponry, and wasn't designed with Parasite bays in mind. The "Bouillon" is a 2nd gen Corvette hull, implementing armor, thermal management, and a dedicated Parasite hanger bay.

The armor is additionally adapted to counter our adversary's laser weaponry, consisting of a highly reflective polished metal exterior ontop an insulating ceramic underlayer. Additional radiator assemblies and fluid lines provide a baseline of combat heat management. A slot engineered for a Parasite hanger is located on the Port midsection. Like it's predecessor, it is not intended for atmospheric operations.

Values: Aerodynamic 1, Internal 1, Armor 4, Thermal 2
Tags:
Cost: 17
Template:
Code: [Select]
[ ]HnG[ ] [ ]Int[ ] [ ][ ][ ]

Difficulty: Normal
2d4--> 2+1 [Buggy mess]

The Boullon Corvette Frame is a frame with several problems that have plagued it since it’s conception in the simulacrums. As a second generation framework, it invokes latest generation armoring and structure schema bent towards defeating infrared laser systems. It is just short of being a frigate in component volume, though by weight it is certainly heavy enough, and integrates expanded thermal systems that can deal with virtually any thermal output our technology can create due to the expansive and redundant radiator systems that were integrated from the CCRaRA system.

Designers have gone overboard on several aspects, leaving portions of the craft with weaknesses in the design. The radiator systems are sprawling, massive and pervasive throughout the design. Oor radiator paneling systems have triply redundant backup systems that NAV-COM questions the purpose of: It is highly likely that the radiators: delicate, easy to destroy when unfurled components would be anything but a weighty liability in most situations, and such redundancy is superfluous. Layers upon layers of ceramics containing coolant lines connecting to radiators weigh down the craft, but provide an incredible waste thermal output and storage. The Hangar bay is acceptably large, and is able to attach a hangar component without an issue due to structural reinforcements. It is still a weak point, however the damage would be contained to the hangar bay itself and no further due to interior bulkhead placement.
The armor is dense, layered and many times thick, to the point where the weight outpaces the protection provided by a full 33%. The ceramic-plastic that coats our hull is heavy, but although it’s cost was high, the generous budget estimation means that it is still within spec.
Although it has an incredible protective factor and thermal characteristics, this craft will have a massive propulsive requirement due to weighing almost twice as much as it’s components can bear, and will multiply maintenance costs derived from engines by 75%. It’s hull shape is capable of landing on low gravity moons without an atmosphere.

Weight: Thermal systems account for 3, Armor accounts for 5

"Bouillon" Hardened Spacefaring Corvette Hull
A incredibly heavy Corvette sized warship teetering on the edge of being a frigate in terms of component volume. It is equipped with very heavy ceramic plastic armor and triply redundant thermal control systems that make the ship overturned for it’s engine volume, providing a 50% increase in maintenance costs for engine components to compensate for the mass Thermal Systems account for 3 weight, Armor accounts for 4 weight. Hangar Bay is vulnerable to damage but will not spread to surrounding systems.

Values: Aerodynamic 1, Internal 1, Weight 8, Thermal 5
Tags:
Cost: 17
Template:

Code: [Select]

[ ]HnG[ ]
[ ]Int[ ]
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Work on two Revisions.

Note: Armor as a value will be depreciated, I don’t use it on SB’s side and focus on the descriptor for deciding armor effectiveness. The Sabalier and its S variant will be converted to having a Weight of 5 & 6 respectively.

Spoiler: Current Assets (click to show/hide)

Spoiler: Map (click to show/hide)

Spoiler: Designs (click to show/hide)

DropBox link to CURRENT BAY12 Items: https://www.dropbox.com/sh/ki83g84cx7cj0vv/AAD4t2wWfHSR6mUfA3FE6QbOa?dl=0

Hulls
Corvettes
Gate Capable Shuttle - 2 Hull: The first workable hull of the conflict, and strikingly identical in both Elysium's, GCS-2 craft are small shuttles that are capable of carrying Gate Keys as well as some other stuff. It is a makeshift hull, fabricated from large modular structure elements with thin armor plates that are just barely capable of standing in the way of light autocannon fire. Made for the purpose of ferrying troops from one end of the Elysium to the other and one of the finest pieces of Elysium equipment that ultimately united your country. In the dawn of your united Elysium, it’s main purpose is in logistics and exploration, and unsuited for combat. It’s paper thin armor cannot stand up to ship-grade weaponry for very long. Capable of landing on worlds with thin gravity and atmosphere or Elysiums.
3x2
Values: Aerodynamic 2, Internal 1
Tags:
Cost: 9
Template:
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Gate Capable Shuttle - 2 Aero Variant Hull: The first workable hull of the conflict, and strikingly identical in both Elysium's, GCS-2 craft are small shuttles that are capable of carrying Gate Keys as well as military equipment. It is a makeshift hull, fabricated from large modular structure elements with thin armor plates that are just barely capable of standing in the way of light autocannon fire. It has been extensively modified for aerospace operations, including the installation of equipment which allows one of its engines to operate with twice the speed in atmospheric conditions.
3x2
Values: Aerodynamic 4, Internal 1 Cost 12
Tags:
[ ][Int][ ]
[ ][Wng][ ]
"Rubik" Spacefaring Corvette Hull: A durable corvette hull with spaced armor specialized towards stellar operations, The Rubik has average primitive armor specialized towards small primitive kinetic projectiles. Capable of landing on barren moons. Noted to have a robust structure despite utilizing modular frames in it’s construction.
3x3
Values: Aerodynamic 1, Internal 1
Tags:
Cost: 13
Template:

Code: [Select]

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"Bouillon" Hardened Spacefaring Corvette Hull
A incredibly heavy Corvette sized warship teetering on the edge of being a frigate in terms of component volume. It is equipped with very heavy ceramic plastic armor and triply redundant thermal control systems that make the ship overturned for it’s engine volume, providing a 50% increase in maintenance costs for engine components to compensate for the mass Thermal Systems account for 3 weight, Armor accounts for 4 weight. Hangar Bay is vulnerable to damage but will not spread to surrounding systems.

Values: Aerodynamic 1, Internal 1, Weight 8, Thermal 5
Tags:
Cost: 17
Template:

Code: [Select]

[ ]HnG[ ]
[ ]Int[ ]
[ ][ ][ ]

Frigates
Sablier" Hardened Spacefaring Frigate:A second generation frigate lineage with hourglass shape and as of fabrication very heavy armor systems. Has an average thickness armor plate designed with general purpose protection against a wide variety of threats. It is incapable of any type of surface operation. It’s individual compartments and modules are awkwardly placed, lowering the overall compartmentalization of the craft: damage is marginally more likely to spill into surrounding systems.
Values:Cost 18, Internal 2, Weight 5
Tags:

Code: [Select]

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[  ][In][  ]
[  ][In][  ]
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”Sablier" Hardened Spacefaring-S Variant Frigate:A second generation frigate lineage with hourglass shape and as of fabrication very heavy armor systems. Has an average thickness armor plate designed with general purpose protection against a wide variety of threats. It is incapable of any type of surface operation. It’s individual compartments and modules are awkwardly placed, but additional armor and internal systems have mostly mitigated the low compartmentalization, though damage is slightly apt to spill into surrounding systems. Two slot long weapon systems are more effective when installed into the Sabalier-S Variant.
Values: Cost 20, Internal 2, Weight 6
Tags:

Code: [Select]

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[  ][In][  ]
[  ][In][  ]
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Components:
"Ground" Operations
Infantry Division: People hired by your polity that went through a strict training regimen and given the equipment needed to take objectives in a wide variety of environments. Standard in all ships, but may require vehicular or orbital support to get the job done. Current technology utilizes gun-powder and armor piercing rounds in their automatic guns, and wear hardened steel plates in vests for armor. Spacesuits are equipped when required.
Assumed to be in all ships, but specialized components or hulls can be fabricated for greater effect. As time progresses, the engineering division will give them new weapons and armor.
Ship Guns
Elysium Automatic Cannon Special -- [EAC]
The EACS is a series of autocannons, fire controls and sensory systems that represent the first step in warfare. Irregular manufacturing standards, varying calibers, poorly designed autoloaders as well as crude propellants and large bore projectiles intended to never risk damage to the Elysium mean that this weapon is large and underpowered. It is self contained, and only requires supply to keep functioning.
Values:Cost 2, Maintenance 1
Tags: Front

Next-Gen Autocannon (NGAC) -- (nAC)
The NGAC is a series of turreted autocannons with integrated fire control and sensory systems. It is designed as a dual 40mm ball turreted autocannon, of which half a dozen per slot is put onto the hull. The turret is rated for a 180 coverage on both axes. It utilizes crude HE rounds. It is self-contained, and only requires Maintenance to function.
Values:Cost 3, Maintenance 1

160mm Main Gun System (MGS)
A primitive kinetic accelerator cannon with large bore shells, most archetypically high explosive rounds. Despite the large bore, the rounds are accelerated to be on par with small-bore -large length weapons due to the high-power next generation powder propellant, and it fires shots down rapidly, allowing ship-gunners to feasibly expend their entire magazine in a single engagement. It has a high range despite its relatively short length for its caliber. The weapon is augmented with primitive visual sensors in it’s built-in fire control systems and high explosive rounds which is some-what more effective against primitive kinetic armor.
Values: Cost 4, Maintenance 1
Tags: Front/Back,
160mm Vorpal Gun --[VGB]
Battery````````````````--[VGB]
A fore-mounted traditional ballistic main cannon weapon design schema that calls to place four guns across two slots. These huge cannons utilize extremely fast burning powder formulas, an average bore length for the calliber and exotic alloys to extract every ounce of acceleration possible per kilogram. Two rounds types are carried, Second Generation APDSDU rounds and Combination radar and thermal proximity detonator shaped charge rounds, “Hammerhead” and “Slicer.” Slicer rounds are designed to be fired at enemy engines and disable them, and are more effective against low fuel efficiency engines. It requires a fire control system to fully utilize its functions, but it comes with onsite gunner back up systems. It utilizes Electronically hardened Autoloaders.
Values: Cost 10, Maint 3
Tags: Two Parallel External Front Slots, Fire Control -2

Hangar Systems
'Fléchette' Parasite Strike Craft -- [FLE]
The 'Fléchette' Parasite Strike Craft details the installation of 18 small fighter craft stored in hangar bays with launch capabilities. Each Parasite craft is equipped with 2 high explosive shaped charge payload heat seeking missiles and dual front mounted dual 40mm cannons with 20 degrees of gimballing. The missiles have roughly engineered payloads and weak electronics .It has the acceleration profile of a speed 9 craft, and is limited by the unaugmented pilots down to a profile of 8. It’s components are durable and hardy, able to go through multiple sortees without Elysium overhauls or having an on-site fabricator while maintaining performance capabilities. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Values:Cost 6, Maintenance 2
Tags:

"Intrépide" Parasite Bomber Squadron -- [FLE]
The “Intrépide '' Parasite Bomber Squadron details the installation of 18 small fighter craft patterned from the Flechette stored in hangar bays with launch capabilities. Each Parasite craft is equipped with 4 wire guided General High Yield payload missiles, one upscaled centerline inertial bomb payload, dual front mounted dual 40mm cannons with 20 degrees of gimballing. The explosive ordinance has technically adept payloads and weak electronics. The spooling for the wire guided missiles utilize nanolathed materials that allow for short range engagements It has the acceleration profile of a speed 6 craft when loaded, 9 unloaded, and is limited by the unaugmented pilots down to a profile of 8. It inherits the Flechettes' durability. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Values:Cost 7, Maintenance 3
Tags: Hangar

Troop compartment -- [Trp]
A hull section is torn down and dedicated towards storing and disembarking large numbers of ground troops. Allows more soldiers to be present on a craft, as well as allowing more equipment for their purpose to be stored, up to light scout craft and heavy weapon emplacements. Hangar modules induce slight structural weaknesses to the craft unless the craft is specifically engineered for it.
Value: Cost:1

Engines

Hydrogen engine -- [HeE]
An integrated set of hydrogen and oxygen tanks that is fed into a combustion chamber and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems with a speed of 1.
Values: Cost:4, Maintenace 1
Tags:Rear

Catalyzed Afterburner Hydrogen engine -- [HeA]
An integrated set of hydrogen and oxygen tanks that is fed into a combustion chamber and expelled to generate thrust. Generates electricity from an attached alternator. Sets the basis of all thrust systems with a speed of 1. Inside combat, an afterburner can be engaged to allow the thrust system to rate thrust 2 for an extended engagement before requiring 2-3 man days of maintenance to recover.
Values: Cost:5, Maintenace 2 Thrust 1(2)
Tags:Rear

Saint Laurent NT Engine [NTE]
The "Saint-Laurent" NTE is an integrated set of liquid hydrogen tanks that are fed through a solid core pulsed projection Uranium Fission reactor and expelled to generate thrust. Generates electricity from an attached alternator. It reaches combat speeds of 3, and out of combat speeds of 4.
Values: Cost:7, Maint 4 Thrust 4(3)
Tags:Rear
Power Generation

Solar-Battery Power plant -- [SBP]
A set of unfurlable solar panels and chemical batteries designed to produce large amounts of power.. The panels cannot be protected by armor and unfurled. The S-B Power Plant has reduced effectiveness in operations that are very far from objects that generate usable solar radiation. The batteries can be best described as "workable," and are prone to small-scale detonations if damaged.
Values: PPC 3¹, Cost: 3
1. Generates 3 PPC for a couple hours or an extended fight utilizing PPC weapons before an extended down period is required to recharge the batteries

Solar-Battery Power plant v2 -- [SB2]
A set of unfurlable solar panels and chemical batteries designed to produce large amounts of power.. The panels cannot be protected by armor while unfurled. The S-B Power Plant has reduced effectiveness in operations that are very far from objects that generate usable solar radiation. The batteries can be best described as "workable," and are prone to small-scale detonations if damaged.
Values: PPC 4¹, Cost: 5
1. Generates 3 PPC for a couple hours or an extended fight utilizing PPC weapons before an extended down period is required to recharge the batteries

Command & Control

C5 Deck -- [C5D]
A component set deep into a ship, a C5 Deck is a hardened bunker in which the bridge crew inhabit. It is separated from the outer decks, with it’s own life support system. It is equipped with a Command and Control system based on haptic and holographic systems. It has a central computational engine specialized towards fire-control, it is a modern system that is far and away superior to primitive systems we have built at the time of the C5’s realization.. It has a luxurious set of amenities which the navy will acclimate and rely on for their increased performance in the field. It takes a significant amount of space, and may impact surrounding components.performance.
Values: Cost 3, Maintenance 2,
Tags: Internal, Fire Control 2, Limited 1

Faster than Light Travel Systems

Gate Key -- [GA1]
A complex device that utilizes energy stored from on-ship batteries to slice into the gate’s network , open it’s iris to allow the passage, and then ignites it’s ancient machine, utilizing a colossal amount of power to do so. This model is crude and energy intensive, only barely able to handle the power required to send a ship of the same tonnage as the gate-key bearing ship, while requiring a horrendously expensive manufacturing process. However, unlike the original prototypes, it can open the gate to allow other ships through.
Values: Cost 5, PPC -6, Maintenace 3, Jump 4

Gate Key v2 -- [GA2]
A complex device that utilizes energy stored from on-ship batteries to slice into the gate’s network , open it’s iris to allow the passage, and then ignites it’s ancient machine, utilizing a very large amount of power to do so. This model is crude and energy intensive, only barely able to handle the power required to send a ship of the same tonnage as the gate-key bearing ship, while requiring a stupendously expensive manufacturing process. However, unlike the original prototypes, it can open the gate to allow other ships through. Utilizing vast computational engines, the power and maintenance costs of the Gate Key are reduced at the expense of an increased production cost.
Values: Cost 9, PPC -4, Maintenance 2, Jump 5

Gate Key v3 -- [GA3]
It resonates with a higher energy. It cuts an aperture with a Vorpal Blade, it screams to the Gate with the Handshake Protocol, and the Gate Network responds by opening the iris’s of two gates and connecting them for a brief time. The Gate Key is an expensive tool required to traverse the Gate Network. This one has the functions required to open the gate and allow other ships to traverse, provided they are equivalent or lesser in mass to the Gate Key-bearer. Part of the installation process entails esoteric banks of processing stratum that have been through cycles of engineering to perfect the process.
Values: Cost 8, PPC -4, Maintenance 2, Jump 6

Thermal Control

Combat Coolant Reservoir and Radiator Assembly (CCRaRA)
A add-on package to radiative systems that expands its mass as well as several internal upgrades that reduce impact of induced thermal waste by enemy firepower. Damage Control can initiate the expulsion of heated coolant through sweat pores built into the radiators while cycling in secondary coolant tanks, which rapidly reduces temperatures and prevents crematorium drift situations. The expulsion of ammonia coolant induces short duration clouds of obscuring clouds around the radiator and some portions of the craft. They reduce oncoming thermal damage in the infrared and visible bands by roughly 35%. More efficient cooling systems are installed, allowing for a Thermal rating to be appended to the craft.
Values: Cost 5, Thermal 2
Tag: Yellow-Line Feature,

Infrastructure

The Forge of Elysium
A colossal set of infrastructure, heavy equipment and digital archives that permit the fabrication of wonders. Unable to access the designs made before the Dissolution war due to digital decay and hellish encryption of the blueprints required, New designs must be made for the Forge. Consisting of a full third of the internal volume of the Elysium, our manufacturing needs will be met by the Forge for a considerable amount of time without any need for expansion, and our people are wholly reliant on this miracle machine for manufactured goods. The only bottleneck in the acquisition of more Resources is the raw material required to turn into feedstock
Values:Produces 90 Resources.

Becquerel Fission Reactors
A series of tests and prototyping phases made with the intent of easing our developing energy shortages. No viable reactors were made, but the path to success was forged: we now have some what an idea on how to not create a fission reactor.

Merchant Marine Fleet
A series of logistical improvements that reduce maintenance costs by 25% rounded down. Eases the development of resource generating structures in the home system systems and places logistical supply points across our home system. Increases the effectiveness of our irregular forces in and out of combat.
Cost: None

Tags
Integrated: Components with this tag are not able to be placed on normal designs and are hard-wired into specific designs.
Internal: Slots with this tag have no outer surface access: they are surrounded by the other components of the ship and are significantly less likely to be damaged in combat. Components with this tag need to be placed in an Internal slot.
Rear: Components with this slot must be placed on the left-most slots of a craft.
Front: Components with this slot must be placed on the right-most slots of a craft.
Volatile: Components with this tag are at risk of destroying the ship if damaged. Most typical of antimatter reactors or metallic hydrogen storage systems. Some components will also be Volatile in certain situations, like a hydrogen tank in an oxygenated atmosphere.
Yellow Line: This component can be yellow lined by captains to have an increased effect at the expense of the possibility of issues occurring after prolonged use.
Red Line: As above, but this component can be pushed even further beyond, into the thin edge between oblivion and enhanced operations, but not for very long, and for a drastic cost. For your finest hour.
Black Line: As above, but this component can be pushed past any sane or safe limit, to provide an enormous effect before burning out, often with spectacular consequences. The dramatic way of going out, to wet your blades edge one more time before the end.
Limited(x): Components with this tag can only be put in (x) per ship. In some cases, other components may restrict the installation of Limited(x) components. (eg a limited sensor system might not be installable with a common sensor system)
Gate Bearer: A hull or component with this tag can allow ships of equal tonnage to pass through a gate, including itself.
Fire Control: Targeting acquisition, lock on and sensory modules produce Fire Control. Rather than being consumed as a value, Weapons that do not have built-in fire control systems that completely fufilll their need for Fire Control will note the minimum firecontrol number required for maximum effectiveness. One Fire Control can take control of any number ofseparate gunnery systems equal or lesser to its value. Unless specified, it is assumed that all weapons have a built-in Fire Control 1 system in it. Components that require Fire Control must specify whether or not they have built-in back-up fire control systems in the event of the destruction of the central Fire Control. Completely self contained weapon packages will default to the master system if it is advantageous to do so.

Values

Pulsed Power Container (PPC): These are containers that output enough energy to sustain components that require PPC power. Will often come with an amount of time that it could be sustained.
Thermal: A component with a thermal tag represents an efficient cooling system that may be more efficient than the one attached to the hull, in addition to any other effects it may apply. More efficient heat reduction allows for more mass to be dedicated to individual systems manifesting as a flat bonus to all operations. Some components may require a minimum of a thermal tag. A hull may have a better than stock cooling system installed by default and is represented by the thermal tag.
Heat capacity.The capability of a component to store heat, allowing for a ship's radiators to be stored and protected from oncoming fire. As Radiators cannot be armored, this is one way to improve a ship's survivability.
Aerodynamic: Hulls with this tag are designed with operations in an atmospheric body in mind, with a sealed hull and attention to avoiding excess bulk. Every planet or body has this value, representing how difficult it is to enter and leave its atmosphere or gravity. Barren planets with low gravity and no atmosphere do not require any Aerodynamic tags to operate in, but especially slow moving hulls may be restricted.
Internal: This value is attached to hulls, representing how many slots it has with the Internal Tag.
Cost: The material, industrial and socioeconomic cost of an object rendered down into its most quintessential value in fabricating this component or hull. This cost is in terms of Resources..
Maintenance:cost in resources every turn after its manufacturing.
Thrust: Engines produce this value, Though the ratio between maneuvering ability and pure thrust is sometimes different. Divide Thrust points on a hull by the number of slots and weight value it has to determine how fast the craft is relative to other ships. Often comes in two values, the first used for determining strategic outcomes while the second is used in tactical maneuvering
Weight: Components and Hulls with this value lower overall speed and maneuverability in Thrust Calculations.

Spoiler: Operationalized Ships (click to show/hide)

Kashyyk · « **Reply #74 on:** November 18, 2021, 12:07:56 pm »

There's only one real problem with the Bouillon in my opinion, so a single good revision should mitigate much of it.

Quote from: Bouillon Radiator Rethink

Whilst the initial design has indeed maximised the ship's thermal resistance properties, we have not taken into account the Law of Diminishing returns. Thus a review of the Radiators, Coolant network and the Metallo-Ceramic armour is required.

Common combat protocols tend to include a gentle spin in the ongoing axis to prevent a single point from being hit multiple times and to allow our own weapons to make way for others whilst they reload. This should give us an estimate on the amount of energy entering the system. We also don't need to last forever, only longer than an average engagement, so we can plan for a low thermal positive balance.

This should immediately give an upper bound on how much our armour must absorb and store, how much our coolant system must move, and how much our radiators must eject. Anytying above that can be freely cut without impacting operational efficiency, netting a reduction in cost, maintenance and weight (and thus engine efficiency, improving mobility and further reducing maintenance).

I have also tried my hand at designing a ship. Lemme know what you think.

Quote from: Sablier S "Mont Blanc" Gateship Frigate

This is the brawler version of our Sablier-S Frigate. On average, its slightly faster than the "Seine" class. I could've gone all out on the new engines for a blisteringly fast doomrocket, but the only thing on this that costs more is the huge ass spinal gun. Instead of having two Vorpal Gun blocks side-by-side, I've flanked it with the Main Gun system to increase our firing arc slightly whilst saving on cost.

Values: Cost: 73, Maintenance: 19, Thrust 8(6), PPC 4-4, Jump 6
Tags: Fire Control 2-2, Gate Bearer
Code: [Select]
[SB2] [MGS] [NTE][C5D][VGB] [NTE][GA3][VGB] [FLE] [MGS]

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