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Main Propulsion

2023-08-02T13:58:56Z

Za'krin: removed unnecessary header

The main propulsion engines of a [[:Category:Ships|spacecraft]] usually operate in two modes:

* Interlunar mode, providing high [[propellant economy]] for the extended burns during interlunar travel, serving both as propulsion and [[artificial gravity]].
*RCS support mode, sacrificing efficiency to provide high thrust for in-ring operations.
{{#invoke:Equipment|list|Main Propulsion
|Name|Manufacturer|Price|Thrust|Mass|Exhaust Velocity|Propellant Consumption|Power Consumption|Thermal Consumption|Response Time|Operation Mode|Other
}}
The Z-Axial Pinch Fusion Torch (ZAP Drive) works differently than the other engines. When firing, it requires 150 MJ of power to ignite but is self-sufficient once fusion has started. Extended [[Ultracapacitor Array|capacitor arrays]] are recommended to prevent overdraw. Fusion fuel lasts for 30 minutes of thrust and can only be viewed using the [[Head-Up Display|EIME HUD]].
[[Category:Equipment]]

Main Propulsion

2023-08-02T13:58:10Z

Za'krin: updated table to use the equipment module + updated description

====== Main Rocket Engine ======
The main propulsion engines of a [[:Category:Ships|spacecraft]] usually operate in two modes:

* Interlunar mode, providing high [[propellant economy]] for the extended burns during interlunar travel, serving both as propulsion and [[artificial gravity]].
*RCS support mode, sacrificing efficiency to provide high thrust for in-ring operations.
{{#invoke:Equipment|list|Main Propulsion
|Name|Manufacturer|Price|Thrust|Mass|Exhaust Velocity|Propellant Consumption|Power Consumption|Thermal Consumption|Response Time|Operation Mode|Other
}}
The Z-Axial Pinch Fusion Torch (ZAP Drive) works differently than the other engines. When firing, it requires 150 MJ of power to ignite but is self-sufficient once fusion has started. Extended [[Ultracapacitor Array|capacitor arrays]] are recommended to prevent overdraw. Fusion fuel lasts for 30 minutes of thrust and can only be viewed using the [[Head-Up Display|EIME HUD]].
[[Category:Equipment]]

Module:Equipment/Data

2023-08-02T13:31:42Z

Za'krin: updated main propulsion stats

local equipment = {
Hardpoint = {
['EMD-14 mass driver'] = {
title = 'EMD-14 Mass Driver',
price = 10000,
powerConsumptionPeak = 750,
projectileMass = 10,
projectileVelocity = 4500,
rateOfFire = 2,
mass = 3000,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['MPI Railgun MkI'] = {
title = 'MPI Railgun Mk I',
price = 20000,
powerConsumptionPeak = 800,
projectileMass = 2,
projectileVelocity = 7500,
rateOfFire = 10,
mass = 2000,
manufacturer = 'Nars Power Industries',
mounting = {'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['ERFMD-17 mass driver'] = {
title = 'ERFMD-17 Mass Driver',
price = 30000,
powerConsumptionPeak = 500,
projectileMass = 10,
projectileVelocity = 3000,
rateOfFire = 5,
mass = 5000,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['AEMD-14 mass driver'] = {
title = 'AEMD-14 Mass Driver',
price = 32000,
powerConsumptionPeak = 750,
projectileMass = 10,
gimbalSpeed = 36,
projectileVelocity = 4500,
rateOfFire = 2,
mass = 3000,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Projectile'},
damage = {'Kinetic'}
},
['AR-1500 Manipulator'] = {
price = 56000,
armStrength = 1500,
reach = 40,
powerDrawPeak = 180,
mounting = {'High-Stress'},
mass = 8000,
manufacturer = 'Triskelion-Armstrong'
},
['MWG microwave emitter'] = {
price = 70000,
effectiveRange = 600,
powerConsumption = 50,
outputPower = 45,
wavelength = 10000000,
mass = 100,
manufacturer = 'Nakamura Dynamics',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Electromagnetic'}
},
['EINAT Kzinti Lesson MkII'] = {
title = 'EINAT Kzinti Lesson Mk II',
price = 100000,
effectiveRange = 100,
powerConsumption = 200,
thermalConsumption = 18.4,
outputPower = 18400,
mounting = {'High-Stress'},
mass = 2750,
manufacturer = 'Elon Interstellar',
categories = {'Energy'},
damage = {'Kinetic', 'Thermal'}
},
['CL-150 mining laser'] = {
price = 150000,
effectiveRange = 8000,
powerConsumption = 150,
outputPower = 125,
wavelength = 490,
mass = 4000,
manufacturer = 'Coherent Light',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal'}
},
['Point Defence microwave emitter'] = {
price = 180000,
effectiveRange = 600,
targetingAI = 'Class-1',
powerConsumption = 50,
outputPower = 45,
wavelength = 10000000,
mass = 1600,
manufacturer = 'Obonto-Nakamura',
mounting = {'Docking bay', 'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Electromagnetic'}
},
['CL-200AP pulse mining laser'] = {
price = 200000,
effectiveRange = 8000,
powerConsumption = 220,
gimbalSpeed = 36,
outputPower = 200,
pulses = 24,
wavelength = 650,
mass = 5500,
manufacturer = 'Coherent Light',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Kinetic'}
},
['MPI Tug drones'] = {
price = 250000,
powerDraw = 50,
effectiveRange = 400,
droneLaunchCapability = 50,
droneWetMass = 0.1,
droneThrust = 1,
mass = 4000,
manufacturer = 'Mars Power Industries',
mounting = {'Docking bay', 'Drone', 'Low-Stress', 'High-Stress'}
},
['NANI'] = {
price = 300000,
effectiveRange = 1000,
powerConsumption = 200,
thermalConsumption = 2,
outputPower = 230000,
mounting = {'High-Stress'},
mass = 10000,
manufacturer = 'Omaewamou-Shindeiru',
categories = {'Energy'},
damage = {'Kinetic', 'Thermal'}
},
['CL-600P pulse mining laser'] = {
price = 320000,
effectiveRange = 8000,
powerConsumption = 660,
outputPower = 600,
pulses = 12,
wavelength = 540,
mass = 7000,
manufacturer = 'Coherent Light',
mounting = {'Low-Stress', 'High-Stress'},
categories = {'Energy'},
damage = {'Thermal', 'Kinetic'}
},
['MLF Haul Drones'] = {
price = 350000,
powerDraw = 50,
effectiveRange = 400,
droneLaunchCapability = 50,
droneWetMass = 0.1,
droneThrust = 1,
mass = 4000,
manufacturer = 'Minding LF',
mounting = {'Docking bay', 'Drone', 'Low-Stress', 'High-Stress'}
},
['OME Maintenance Drones'] = {
price = 400000,
powerDraw = 50,
droneLaunchCapability = 32,
mass = 4000,
manufacturer = 'Obonto Micro Engineering',
mounting = {'Docking bay', 'Drone', 'Low-Stress', 'High-Stress'}
},
['External Impact Absorber'] = {
price = 4000,
mass = 8000,
cradleMass = 500,
manufacturer = 'Conlido RVM',
mounting = {'Low-Stress'}
},
['B8 Claim Beacon'] = {
price = 43000,
dryMass = 8000,
propellant = 8000,
autonomyClass = 'C1',
cradleMass = 500,
manufacturer = 'Triskelion-Armstrong',
mounting = {'Docking bay', 'Low-Stress'}
},
['THI Cargo Container'] = {
price = 74000,
processedCargoCapacity = 15000,
powerUsage = 20,
cradleMass = 500,
manufacturer = 'Titan Heavy Industries',
mounting = {'Docking bay', 'Low-Stress'},
categories = {'Cargo'}
},
['THI Monocargo Container'] = {
price = 111000,
processedCargoCapacitySingle = 90000,
powerUsage = 20,
cradleMass = 500,
manufacturer = 'Titan Heavy Industries',
mounting = {'Docking bay', 'Low-Stress'},
categories = {'Cargo'}
},
['NT Mining Companion'] = {
price = 115000,
autonomyClass = 'C2',
powerUsage = 10,
cradleMass = 500,
manufacturer = 'Nakamura-Titan',
mounting = {'Docking bay', 'Low-Stress'}
},
['SPC Gungnir'] = {
price = 270000,
powerConsumption = 400,
maximumCharge = 11.2,
fullChargeTime = 30,
projectileVelocity = 298805,
projectileMass = 0.000000011,
mounting = {'Low-Stress'},
mass = 15000,
manufacturer = 'Omaewamou-Shindeiru',
categories = {'Projectile'},
damage = {'Kinetic', 'Thermal', 'Electromagnetic'}
}
},
['Kinetic Ammunition'] = {
['Projectile magazine'] = {
price = 5000,
storage = 1000,
delivery = 100,
manufacturer = 'Conlido RVM'
},
['Dual projectile magazine'] = {
price = 10000,
storage = 2000,
delivery = 200,
manufacturer = 'Conlido RVM'
},
['Heavy projectile magazine'] = {
price = 25000,
storage = 5000,
delivery = 200,
manufacturer = 'Tetsuo Engineering'
},
['Military projectile magazine'] = {
price = 50000,
storage = 10000,
delivery = 200,
manufacturer = 'Nakamura Dynamics'
},
['Frigate-class projectile magazine'] = {
price = 100000,
storage = 20000,
delivery = 500,
manufacturer = 'Nakamura Dynamics',
exclusiveTo = {'K225', 'OCP-209'}
},
['Destroyer-class projectile magazine'] = {
price = 250000,
storage = 50000,
projectileDelivery = 500,
delivery = 'Nakamura Dynamics',
exclusiveTo = {'K225', 'OCP-209'}
},
},
['Nanodrone Components'] = {
['Basic nanodrone storage'] = {
price = 20000,
storage = 1000,
delivery = 20,
manufacturer = 'Mars Power Industries'
},
['Industrial nanodrone storage'] = {
price = 120000,
storage = 5000,
delivery = 20,
manufacturer = 'Conlido RVM',
},
['Military nanodrone storage'] = {
price = 250000,
storage = 10000,
delivery = 100,
manufacturer = 'Nakamura Dynamics',
},
['Harvester-class nanodrone storage'] = {
price = 500000,
storage = 20000,
delivery = 100,
manufacturer = 'Nakamura Dynamics',
exclusiveTo = {'K225', 'OCP-209'}
},
['Station-class nanodrone storage'] = {
price = 1250000,
storage = 50000,
delivery = 100,
manufacturer = 'Obonto Microengineering',
exclusiveTo = {'K225', 'OCP-209'}
},
},
['Propellant Tanks'] = {
['Short-range propellant tank'] = {
price = 6000,
storage = 15000
},
['Standard propellant tank'] = {
price = 12000,
storage = 30000
},
['Extended propellant tank'] = {
price = 20000,
storage = 50000
},
['Long-range propellant tank'] = {
price = 32000,
storage = 80000
},
['Interplanetary propellant tank'] = {
price = 160000,
storage = 200000
},
['Freighter propellant tank'] = {
price = 400000,
storage = 500000,
exclusiveTo = {'K225', 'OCP-209'}
}
},
['Reaction Control System'] = {
['NDSTR thruster'] = {
price = 1250,
thrust = 600,
exhaustVelocity = 7,
propellantConsumption = 85.7,
powerConsumption = 1,
thermalConsumption = 2.1,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 20,
manufacturer = 'Nakamura Dynamics',
},
['NDVTT thruster'] = {
price = 2500,
thrust = 500,
exhaustVelocity = 7,
propellantConsumption = 71.4,
powerConsumption = 1,
thermalConsumption = 1.8,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 30,
manufacturer = 'Nakamura Dynamics',
},
['RA-K37 thruster'] = {
price = 3125,
thrust = 200,
exhaustVelocity = 15,
propellantConsumption = 13.3,
powerConsumption = 5,
thermalConsumption = 1.5,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 70,
manufacturer = 'Rusatom-Antonoff',
},
['MA150HO thruster'] = {
price = 4375,
thrust = 150,
exhaustVelocity = 30,
propellantConsumption = 5,
powerConsumption = 40,
thermalConsumption = 2.3,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 80,
manufacturer = 'Mitsudaya-Starbus',
},
['RA-K44 thruster'] = {
price = 6250,
thrust = 400,
exhaustVelocity = 15,
propellantConsumption = 26.6,
powerConsumption = 15,
thermalConsumption = 1.5,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 75,
manufacturer = 'Rusatom-Antonoff',
},
['Elon Interstellar Ion Thruster'] = {
price = 8000,
thrust = 120,
exhaustVelocity = 50,
propellantConsumption = 2.4,
powerConsumption = 40,
thermalConsumption = 3,
operationMode = 'Variable thrust',
propellant = 'Hydrogen plasma',
mass = 90,
manufacturer = 'Elon Interstellar',
},
['ERS-NAGHET 5020'] = {
price = 8500,
thrust = 210,
exhaustVelocity = 27,
propellantConsumption = 7.8,
powerConsumption = 50,
thermalConsumption = 2.8,
operationMode = 'Variable thrust',
gimbalAngle = 20,
gimbalSpeed = 360,
propellant = 'Oxygen-Hydrogen plasma',
mass = 130,
manufacturer = 'Electo Ride Systems',
},
['MA350HO thruster'] = {
price = 10000,
thrust = 350,
exhaustVelocity = 25,
propellantConsumption = 14,
powerConsumption = 60,
thermalConsumption = 4.4,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 120,
manufacturer = 'Mitsudaya-Starbus',
},
['Elon Interstellar AGILE Thruster'] = {
price = 12000,
thrust = 120,
exhaustVelocity = 40,
propellantConsumption = 3,
powerConsumption = 60,
thermalConsumption = 2.5,
operationMode = 'Variable thrust',
gimbalAngle = 35,
gimbalSpeed = 160,
propellant = 'Hydrogen plasma',
mass = 120,
manufacturer = 'Elon Interstellar',
},
['RA-K69V thruster'] = {
price = 6250,
thrust = 400,
exhaustVelocity = 12,
propellantConsumption = 33.3,
powerConsumption = 25,
thermalConsumption = 3.6,
operationMode = 'Pulsed thrust',
gimbalAngle = 25,
gimbalSpeed = 540,
propellant = 'Oxygen-Hydrogen plasma',
mass = 150,
manufacturer = 'Rusatom-Antonoff',
categories = {'Racing'}
},
},
['Main Propulsion'] = {
['ND-PNTR engine'] = {
price = 7000,
thrust = 1500,
exhaustVelocity = 8,
propellantConsumption = 187.5,
powerConsumption = 180,
thermalConsumption = 6,
vectoredThrustAngle = 90,
operationMode = 'Pulsed thrust',
responseTime = 2.1,
propellant = 'Oxygen-Hydrogen plasma',
mass = 450,
manufacturer = 'Nakamura Dynamics',
other = 'Vectored thrust (90°)',
},
['RA-TNTRL-K37 engine'] = {
price = 15000,
thrust = 750,
exhaustVelocity = 15,
propellantConsumption = 50,
powerConsumption = 100,
thermalConsumption = 5.6,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 1250,
manufacturer = 'Rusatom-Antonoff',
},
['ND-NTTR thruster'] = {
price = 30000,
thrust = 3500,
exhaustVelocity = 7,
propellantConsumption = 500,
powerConsumption = 20,
thermalConsumption = 12.2,
operationMode = 'Variable thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 650,
manufacturer = 'Nakamura Dynamics',
},
['RA-MHFTR-K44 engine'] = {
price = 40000,
thrust = 1500,
exhaustVelocity = 18,
propellantConsumption = 83.3,
powerConsumption = 100,
thermalConsumption = 13.5,
gimbalAngle = 9,
gimbalSpeed = 36,
operationMode = 'Pulsed thrust',
propellant = 'Oxygen-Hydrogen plasma',
mass = 1650,
manufacturer = 'Rusatom-Antonoff',
other = 'Gimbaled (9°)',
},
['BWM-T535'] = {
price = 120000,
thrust = 535,
exhaustVelocity = 29,
propellantConsumption = 18.4,
powerConsumption = 0.040,
thermalConsumption = 8.2,
operationMode = 'Variable thrust',
responseTime = 0.9,
propellant = 'Oxygen-Hydrogen plasma',
mass = 2000,
manufacturer = 'BWM',
other = 'Integrated turbine',
},
['ERS-DFMHD-2205'] = {
price = 175000,
thrust = 2200,
exhaustVelocity = 14,
propellantConsumption = 157.1,
powerConsumption = 120,
thermalConsumption = 15.4,
operationMode = 'Variable thrust',
responseTime = 0.6,
propellant = 'Oxygen-Hydrogen plasma',
mass = 2450,
manufacturer = 'Electro Ride Systems',
},
['MA-NMPD42 engine'] = {
price = 300000,
thrust = 320,
exhaustVelocity = 115,
propellantConsumption = 2.8,
powerConsumption = 150,
thermalConsumption = 18.4,
operationMode = 'Variable thrust',
propellant = 'Hydrogen plasma',
mass = 1850,
manufacturer = 'Mitsudaya-Starbus',
},
['Experimental NPMP engine'] = {
price = 700000,
thrust = 1100,
exhaustVelocity = 45,
propellantConsumption = 24.4,
powerConsumption = 200,
thermalConsumption = 24.7,
operationMode = 'Pulsed thrust',
propellant = 'Hydrogen plasma',
mass = 2750,
manufacturer = 'Elon Interstellar',
},
['Z-Axial Pinch fusion torch'] = {
price = 1000000,
thrust = 800,
exhaustVelocity = 1250,
propellantConsumption = 0.6,
ignitionConsumption = 150,
operationMode = 'Variable thrust',
gimbalAngle = 30,
gimbalSpeed = 28,
propellant = 'Hydrogen plasma',
fusionFuel = '3He-D',
burnTime = 30,
mass = 3000,
manufacturer = 'Elon Interstellar',
other = 'Gimbaled (30°), fusion drive with 30min burn time',
},
},
['Reactor Core'] = {
['4x SO6 fuel rod'] = {
price = 80000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 2000,
thermalPower = 4,
manufacturer = 'Rusatom-Antonoff'
},
['8x SO6 fuel rod'] = {
price = 16000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 4000,
thermalPower = 8,
manufacturer = 'Rusatom-Antonoff'
},
['12x SO6 fuel rod'] = {
price = 240000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 6000,
thermalPower = 12,
manufacturer = 'Rusatom-Antonoff'
},
['16x SO6 fuel rod'] = {
price = 320000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 8000,
thermalPower = 16,
manufacturer = 'Rusatom-Antonoff'
},
['20x SO6 fuel rod'] = {
price = 400000,
operatingTemperature = 3500,
failureTemperature = 4500,
mass = 10000,
thermalPower = 20,
manufacturer = 'Rusatom-Antonoff'
},
['Nakamura Dynamics Yama-SSR12'] = {
price = 750000,
operatingTemperature = 3000,
failureTemperature = 4500,
mass = 5000,
thermalPower = 30,
manufacturer = 'Nakamura Dynamics'
},
['Nakamura Dynamics Yama-SSR16'] = {
price = 1000000,
operatingTemperature = 3000,
failureTemperature = 4500,
mass = 5500,
thermalPower = 40,
manufacturer = 'Nakamura Dynamics'
},
['Nakamura Dynamics Yama-SSR16S'] = {
price = 1500000,
operatingTemperature = 3000,
failureTemperature = 4500,
mass = 6000,
thermalPower = 50,
manufacturer = 'Nakamura Dynamics',
categories = {'Racing'}
},
},
['Ultracapacitor Array'] = {
['Ultracapacitor'] = {
price = 25000,
energyCapacity = 500,
peakPower = 10,
mass = 2000,
manufacturer = 'Obonto Micro Engineering'
},
['Dual Ultracapacitor'] = {
price = 55000,
energyCapacity = 1000,
peakPower = 10,
mass = 4000,
manufacturer = 'Obonto Micro Engineering'
},
['Triple Ultracapacitor'] = {
price = 90000,
energyCapacity = 1500,
peakPower = 10,
mass = 6000,
manufacturer = 'Obonto Micro Engineering'
},
},
['Powerplant'] = {
['Turbine'] = {
price = 30000,
power = 100,
propellantConsumption = 0.1,
mass = 500,
manufacturer = 'Rusatom-Antonoff'
},
['Twin Turbine'] = {
price = 60000,
power = 200,
propellantConsumption = 0.2,
mass = 1000,
manufacturer = 'Rusatom-Antonoff'
},
['Military-Grade Turbine'] = {
price = 150000,
power = 500,
propellantConsumption = 0.5,
mass = 5000,
manufacturer = 'Rusatom-Antonoff'
}
},
['Auxiliary Power System'] = {
['MPD5035'] = {
price = 300000,
powerConsumption = 50,
thermalConsumption = 0.5,
power = 350,
mass = 2500,
apsType = 'MPDG',
manufacturer = 'Mitsudaya-Starbus',
categories = {'MPDG'}
},
['EIPFG MkIV Big Furnace Generator'] = {
price = 500000,
powerConsumption = 100,
thermalConsumption = 1,
power = 700,
mass = 4000,
apsType = 'MPDG',
manufacturer = 'Elon Interstellar',
categories = {'MPDG'}
},
['MPI Town-class MPDG'] = {
price = 800000,
powerConsumption = 150,
thermalConsumption = 1.5,
power = 1000,
mass = 8000,
apsType = 'MPDG',
manufacturer = 'Mars Power Industries',
categories = {'MPDG'}
},
['NDAPS'] = {
price = 400000,
energyCapacity = 18000,
chargePower = 100,
dischargePower = 3000,
mass = 1000,
apsType = 'SMES',
manufacturer = 'Nakamura Dynamics',
categories = {'SMES'}
},
['MPI Town-class storage'] = {
price = 800000,
energyCapacity = 32000,
chargePower = 150,
dischargePower = 3000,
mass = 2000,
apsType = 'SMES',
manufacturer = 'Mars Power Industries',
categories = {'SMES'}
},
['EIUP MkII Unlimited Power'] = {
price = 1200000,
energyCapacity = 50000,
chargePower = 200,
dischargePower = 6000,
mass = 3500,
apsType = 'SMES',
manufacturer = 'Elon Interstellar',
categories = {'SMES'}
}
},
['Cargo Bay'] = {
['Standard cargo bay'] = {
price = 0
},
['Cargo bay baffles'] = {
price = 2000
},
['Rusatom-Antonoff MPU'] = {
price = 350000,
processingCapacity = 20,
processingPower = 2,
mineralProcessingEfficiency = 40,
remassProcessingEfficiency = 40,
mass = 1700,
manufacturer = 'Rusatom-Antonoff',
categories = {'MPU'}
},
['Nakamura MPU'] = {
price = 500000,
processingCapacity = 50,
processingPower = 25,
mineralProcessingEfficiency = 70,
remassProcessingEfficiency = 30,
mass = 4200,
manufacturer = 'Nakamura Dynamics',
categories = {'MPU'}
},
['Mitsudaya Starbus MSU'] = {
price = 900000,
processingCapacity = 100,
processingPower = 150,
mineralProcessingEfficiency = 90,
mass = 2500,
manufacturer = 'Mitsudaya-Starbus',
categories = {'MPU'}
},
['Voyager RSLS Fabrication Plant'] = {
price = 1500000,
processingCapacity = 40,
processingPower = 20,
powerConsumption = 70,
mineralProcessingEfficiency = 50,
remassProcessingEfficiency = 60,
mass = 6000,
manufacturer = 'Nakamura-Obonto',
categories = {'MPU'}
},
},
['Autopilot'] = {
['MLF Autopilot'] = {
price = 10000,
manufacturer = 'Minding LF',
arl = true,
autopilotCapabilities = {
'LIDAR highlight'
}
},
['MA-337 Autopilot'] = {
price = 27000,
manufacturer = 'Mitsudaya-Starbus',
arl = true,
aat = true,
autopilotCapabilities = {
'LIDAR overlay'
}
},
['NDCI Autopilot'] = {
price = 60000,
manufacturer = 'Nakamura Dynamics',
rtc = true,
fbw = true,
autopilotCapabilities = {
'Firing solutions',
'Collision warnings'
}
},
['ER-42 Autopilot'] = {
price = 100000,
manufacturer = 'Electro Ride Systems',
arl = true,
aat = true,
rtc = true,
fbw = true,
autopilotCapabilities = {
'Trajectory prediction'
}
},
['EIAA-1337 Autopilot'] = {
price = 150000,
manufacturer = 'Elon Interstellar',
arl = true,
aat = true,
rtc = true,
fbw = true,
autopilotCapabilities = {
'Autonomic'
}
}
},
['Head-Up Display'] = {
['HAL9000'] = {
price = 500
},
['Eagle Prospector'] = {
price = 3000
},
['K37 TNTRL'] = {
price = 4000
},
['AT-K225'] = {
price = 6000
},
['Eagle Prospector (metric mod)'] = {
price = 10000
},
['OCP-209'] = {
price = 15000,
},
['Elon Interstellar Model E'] = {
price = 25000,
},
['Bald Eagle Racing HUD'] = {
price = 50000,
categories = {'Racing'}
}
},
['Reconnaissance Craft'] = {
['Obonto USV-R'] = {
price = 10000,
manufacturer = 'Obonto Micro Engineering',
reconRange = 5
},
['Runasimi Gravimetric USV'] = {
price = 40000,
manufacturer = 'Runasimi Inc.',
reconRange = 5,
reconCapability = 'Gravitational map',
},
['Obonto USV-D Microseismic Series'] = {
price = 60000,
manufacturer = 'Obonto Micro Engineering',
reconRange = 5,
reconCapability = 'Ore identification',
},
['Obonto USV-GOT'] = {
price = 200000,
manufacturer = 'Obonto Micro Engineering',
reconRange = 5,
reconCapability = 'Drone priority queue',
}
}
}

local hardpointTypes = {
['High-Stress'] = 'highStress',
['Low-Stress'] = 'lowStress',
['Drone'] = 'droneHardpoint',
['Docking bay'] = 'dockingBay'
}

local categories = {}
local addCategory = function(cats, cat, item)
cats[cat] = cats[cat] or {}
table.insert(cats[cat], item)
end

for equipmentType,items in pairs(equipment) do
for name,item in pairs(items) do
item.equipmentType = equipmentType
item.name = item.name or name

for i,hardpointType in ipairs(item.mounting or {}) do
if hardpointTypes[hardpointType] then
item[hardpointTypes[hardpointType]] = true
end

addCategory(categories, hardpointType, item)
end

if item.highStress and not item.lowStress then
addCategory(categories, 'High-Stress only', item)
end
if item.lowStress and not item.dockingBay then
addCategory(categories, 'Low-Stress required', item)
end
if item.dockingBay and not item.droneHardpoint then
addCategory(categories, 'Docking bay required', item)
end

for i,category in ipairs(item.categories or {}) do
addCategory(categories, category, item)
end
end
end

for k,items in pairs(categories) do
equipment[k] = items
end

for name,item in pairs(equipment['Head-Up Display']) do
item.title = item.title or ('Head-Up Display#' .. item.name)
end

return equipment

Module:Equipment

2023-08-02T13:16:14Z

Za'krin: added 'other' category, to help compress detail into a single column when it would otherwise require several mostly empty ones.

local p = {}
local d = require('Module:Data')
local dv = require('Module:Data/View')

p.view = {}

p.view['Name'] = dv.text{'name'}
p.view['Title'] = dv.title{function(item) return item.title or item.name end, heading='Name', text='name'}
p.view['Price'] = dv.number{'price', unit='E$'}
p.view['Mass'] = dv.number{'mass', unit='kg'}
p.view['Manufacturer'] = dv.text{'manufacturer'}
p.view['Other'] = dv.text{'other'}

-- Hardpoints
p.view['High-Stress'] = dv.flag{'highStress'}
p.view['Low-Stress'] = dv.flag{'lowStress'}
p.view['Docking bay'] = dv.flag{'dockingBay'}
p.view['Drone hardpoint'] = dv.flag{'droneHardpoint'}

p.view['Effective range'] = dv.number{'effectiveRange', unit='m'}
p.view['Power draw'] = dv.number{'powerDraw', unit='MW'}

-- Drones
p.view['Drones per second'] = dv.number{'droneLaunchCapability'}
p.view['Drone wet mass'] = dv.number{'droneWetMass', unit='kg'}
p.view['Drone thrust'] = dv.number{'droneThrust', unit='kN'}

-- Projectile magazines, nanodrone components, and propellant tanks
p.view['Storage'] = dv.number{'storage', unit='kg'}
p.view['Delivery'] = dv.number{'delivery', unit='kg/s'}
p.view['Exclusive to'] = dv.list{'exclusiveTo', itemView=dv.title{nil}}

-- Ultracapacitors
p.view['Energy capacity'] = dv.number{'energyCapacity', unit='MJ'}
p.view['Peak power'] = dv.number{'peakPower', unit='GW'}

-- Autopilots
p.view['AAT'] = dv.flag{'aat', heading='[[Autopilot#AAT|AAT]]'}
p.view['ARL'] = dv.flag{'arl', heading='[[Autopilot#ARL|ARL]]'}
p.view['RTC'] = dv.flag{'rtc', heading='[[Autopilot#RTC|RTC]]'}
p.view['FBW'] = dv.flag{'fbw', heading='[[Autopilot#FBW|FBW]]'}
p.view['Autopilot capabilities'] = dv.list{'autopilotCapabilities', heading='Capabilities', itemView=dv.text{nil}}

-- Gimbals/Vectored
p.view['Vectored Thrust Angle'] = dv.number{'vectoredThrustAngle', unit='deg'}
p.view['Gimbal Angle'] = dv.number{'gimbalAngle', unit='deg'}
p.view['Gimbal Speed'] = dv.number{'gimbalSpeed', unit='deg/s'}

-- Main Propulsion and RCS
p.view['Thrust'] = dv.number{'thrust', unit='kN'}
p.view['Exhaust Velocity'] = dv.number{'exhaustVelocity', unit='km/s'}
p.view['Propellant Consumption'] = dv.number{'propellantConsumption', unit='kg/s'}
p.view['Power Consumption'] = dv.number{'powerConsumption', unit='MW'}
p.view['Thermal Consumption'] = dv.number{'thermalConsumption', unit='GW'}
p.view['Response Time'] = dv.number{'responseTime', unit='s'}
p.view['Operation Mode'] = dv.text{'operationMode'}
p.view['Propellant'] = dv.text{'propellant'}

for k,v in pairs(p.view) do
v.heading = v.heading or k
end

p.defaultColumns = {
'Name', 'Price', 'Mass'
}

p.positionalArgs = function(f)
local posArgs = {}
for i,posArg in ipairs(f.args) do
-- positional arguments don't get trimmed
table.insert(posArgs, mw.text.trim(posArg))
end
return posArgs
end

p.list = function(f)
local posArgs = p.positionalArgs (f)
local slot = table.remove(posArgs, 1)
local columns = posArgs
if table.getn(columns) == 0 then
columns = p.defaultColumns
end

local data = mw.loadData('Module:Equipment/Data')
data = data[slot]

data = d.sort(data, {
d.on(d.path{'price'}, d.asc),
d.on(d.path{'name'}, d.asc),
})

local options = {
caption = f.args['caption']
}

return dv.displayTable(data, p.view, columns, options)
end

return p

Module:Equipment

2023-08-02T12:46:56Z

Za'krin: added support for Engine/RCS stats

local p = {}
local d = require('Module:Data')
local dv = require('Module:Data/View')

p.view = {}

p.view['Name'] = dv.text{'name'}
p.view['Title'] = dv.title{function(item) return item.title or item.name end, heading='Name', text='name'}
p.view['Price'] = dv.number{'price', unit='E$'}
p.view['Mass'] = dv.number{'mass', unit='kg'}
p.view['Manufacturer'] = dv.text{'manufacturer'}

-- Hardpoints
p.view['High-Stress'] = dv.flag{'highStress'}
p.view['Low-Stress'] = dv.flag{'lowStress'}
p.view['Docking bay'] = dv.flag{'dockingBay'}
p.view['Drone hardpoint'] = dv.flag{'droneHardpoint'}

p.view['Effective range'] = dv.number{'effectiveRange', unit='m'}
p.view['Power draw'] = dv.number{'powerDraw', unit='MW'}

-- Drones
p.view['Drones per second'] = dv.number{'droneLaunchCapability'}
p.view['Drone wet mass'] = dv.number{'droneWetMass', unit='kg'}
p.view['Drone thrust'] = dv.number{'droneThrust', unit='kN'}

-- Projectile magazines, nanodrone components, and propellant tanks
p.view['Storage'] = dv.number{'storage', unit='kg'}
p.view['Delivery'] = dv.number{'delivery', unit='kg/s'}
p.view['Exclusive to'] = dv.list{'exclusiveTo', itemView=dv.title{nil}}

-- Ultracapacitors
p.view['Energy capacity'] = dv.number{'energyCapacity', unit='MJ'}
p.view['Peak power'] = dv.number{'peakPower', unit='GW'}

-- Autopilots
p.view['AAT'] = dv.flag{'aat', heading='[[Autopilot#AAT|AAT]]'}
p.view['ARL'] = dv.flag{'arl', heading='[[Autopilot#ARL|ARL]]'}
p.view['RTC'] = dv.flag{'rtc', heading='[[Autopilot#RTC|RTC]]'}
p.view['FBW'] = dv.flag{'fbw', heading='[[Autopilot#FBW|FBW]]'}
p.view['Autopilot capabilities'] = dv.list{'autopilotCapabilities', heading='Capabilities', itemView=dv.text{nil}}

-- Gimbals/Vectored
p.view['Vectored Thrust Angle'] = dv.number{'vectoredThrustAngle', unit='deg'}
p.view['Gimbal Angle'] = dv.number{'gimbalAngle', unit='deg'}
p.view['Gimbal Speed'] = dv.number{'gimbalSpeed', unit='deg/s'}

-- Main Propulsion and RCS
p.view['Thrust'] = dv.number{'thrust', unit='kN'}
p.view['Exhaust Velocity'] = dv.number{'exhaustVelocity', unit='km/s'}
p.view['Propellant Consumption'] = dv.number{'propellantConsumption', unit='kg/s'}
p.view['Power Consumption'] = dv.number{'powerConsumption', unit='MW'}
p.view['Thermal Consumption'] = dv.number{'thermalConsumption', unit='GW'}
p.view['Response Time'] = dv.number{'responseTime', unit='s'}
p.view['Operation Mode'] = dv.text{'operationMode'}
p.view['Propellant'] = dv.text{'propellant'}

for k,v in pairs(p.view) do
v.heading = v.heading or k
end

p.defaultColumns = {
'Name', 'Price', 'Mass'
}

p.positionalArgs = function(f)
local posArgs = {}
for i,posArg in ipairs(f.args) do
-- positional arguments don't get trimmed
table.insert(posArgs, mw.text.trim(posArg))
end
return posArgs
end

p.list = function(f)
local posArgs = p.positionalArgs (f)
local slot = table.remove(posArgs, 1)
local columns = posArgs
if table.getn(columns) == 0 then
columns = p.defaultColumns
end

local data = mw.loadData('Module:Equipment/Data')
data = data[slot]

data = d.sort(data, {
d.on(d.path{'price'}, d.asc),
d.on(d.path{'name'}, d.asc),
})

local options = {
caption = f.args['caption']
}

return dv.displayTable(data, p.view, columns, options)
end

return p

Propellant Tank

2023-08-02T11:28:40Z

Za'krin: updated description

Propellant Tanks are used to store propellant, which is required by [[Main Propulsion|Engines]], [[Reaction Control System|RCS]], and [[Powerplant|Turbines]]. When launching for a dive, propellant can be bought in batches of 1000kg for an average cost of 100 E$, though this price will fluctuate with the market.
{{#invoke:Equipment|list|Propellant Tanks
|caption=Available propellant tanks
|Name|Storage|Price|Exclusive to}}

[[Category:Equipment]]

Nanodrone Components

2023-08-02T10:26:39Z

Za'krin: updated description, mostly spelling and grammar fixes + minor re-writes for readability

In order to use [[Drones]], nanodrone components must be carried on the ship. When launching for a dive, components can be bought in batches of 1000kg for an average cost of 500 E$, though this price will fluctuate with the market.

To store components, a nanodrone storage must be installed on the ship. Each nanodrone storage has two stats a captain needs to consider: Storage and Delivery. '''Storage''' refers to how many kilograms of nanodrone components a ship is able to carry. '''Delivery''' refers to how many kilograms per second the storage system can supply; if the combined usage of all systems on the ship exceeds this, the number of drones dispensed will be limited by the delivery rate.

If a captain is not using drones, it is recommended to sell the storage to reduce the redundant weight of bringing components that cannot be used.
{| class="wikitable"
|+
!Name
!Price (E$)
!Storage (kg)
!Delivery (kg/s)
|-
|Basic nanodrone storage
|20,000
|1,000
|20
|-
|Industrial nanodrone storage
|120,000
|5,000
|20
|-
|Military nanodrone storage
|250,000
|10,000
|100
|-
|Harvester-class nanodrone storage
|500,000
|20,000
|100
|-
|Station-class nanodrone storage
|1,250,000
|50,000
|100
|}
Note that Harvester & Station-class storage systems can only be installed on large ships, such as the [[K225|Antonoff-Titan K225]] and [[OCP-209]]..

Kinetic Ammunition

2023-08-02T10:12:31Z

Za'krin: updated description, mostly spelling and grammar fixes + minor re-writes for readability

In order to fire [[Mass Driver|Mass Drivers]], kinetic ammunition must be carried on the ship. When launching for a dive, ammunition can be bought in batches of 1000kg for an average cost of 250 E$, though this price will fluctuate with the market.

To store ammunition, a projectile magazine must be installed on the ship. Each magazine has two stats a captain needs to consider: Storage and Delivery. '''Storage''' refers to how many kilograms of ammunition a ship is able to carry. '''Delivery''' is how many kilograms per second the storage system can supply to weapons; if the combined ammunition usage of all mass drivers on the ship exceeds this, their rate of fire will be limited to the delivery speed.

If no mass driver is installed, sealing the magazine is recommended due to the redundant weight of bringing ammo that cannot be used.
{| class="wikitable"
|+
!Name
!Price (E$)
!Storage (kg)
!Delivery (kg/s)
|-
|Projectile magazine
|5,000
|1,000
|100
|-
|Dual projectile magazine
|10,000
|2,000
|200
|-
|Heavy projectile magazine
|25,000
|5,000
|200
|-
|Military projectile magazine
|50,000
|10,000
|200
|-
|Frigate-class projectile magazine
|100,000
|20,000
|500
|-
|Destroyer-class projectile magazine
|250,000
|50,000
|500
|}
Note that Frigate & Destroyer-class magazines can only be installed on large ships, such as the [[K225|Antonoff-Titan K225]] and [[OCP-209]].

Module:Ships/Data

2023-08-01T04:44:39Z

Za'krin: updated all stats (mostly the hull values, they were wildly inconsistent)

local defaults = {
highStress = 0,
lowStress = 0,
droneHardpoints = 0,
dockingBays = 0,
processedCargo = 0,
processedCargoCombined = 0,
empShielding = 0
}

local ships = {
K37 = {
name = 'K37 TNTRL',
make = 'Rusatom-Antonoff',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 33200,
cargoBay = 128,
processedCargo = 7000,
engines = 1,
thrusters = 8,
priceNew = 365999,
hullValue = 88949
},
KX37 = {
name = 'KX37 TNTRL',
make = 'Rusatom-Antonoff',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 37970,
cargoBay = 140,
processedCargo = 10000,
engines = 1,
thrusters = 8,
hullValue = 140249,
variant = 'Extended cargo hold'
},
KR37 = {
name = 'Runasimi KR37 TNTRL',
make = 'Rusatom-Antonoff / Runasimi',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 6,
dryMass = 47500,
cargoBay = 100,
processedCargo = 4000,
empShielding = 200,
engines = 1,
thrusters = 8,
hullValue = 207299,
variant = 'EMP Shielded',
},
KTA24 = {
name = 'KTA24 TNTRL',
make = 'Rusatom-Antonoff / Triskellion-Armstrong',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 27970,
cargoBay = 75,
processedCargo = 3000,
engines = 1,
thrusters = 8,
hullValue = 87853,
variant = 'Tug with angled reverse thrust'
},
K44 = {
name = 'K44 MHFTR Prototype',
make = 'Rusatom-Antonoff',
baseModel = 'K37',
lowStress = 4,
crew = 4,
dryMass = 54600,
cargoBay = 170,
processedCargo = 14000,
engines = 1,
thrusters = 8,
hullValue = 523200,
variant = 'Abandoned prototype'
},
['Eagle Prospector'] = {
make = 'Mitsudaya-Starbus',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 27500,
cargoBay = 125,
processedCargo = 14000,
engines = 2,
thrusters = 8,
priceNew = 2539999,
hullValue = 184099
},
['Vulture Prospector'] = {
make = 'Mitsudaya-Starbus / Conlido RVM',
baseModel = 'Eagle Prospector',
highStress = 1,
lowStress = 2,
crew = 6,
dryMass = 37500,
cargoBay = 95,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 455449,
variant = 'Dronebay underpods replaced with high stress capability'
},
['Peacock Prospector'] = {
make = 'Mitsudaya-Starbus',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 4,
dryMass = 27500,
cargoBay = 125,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 297949,
variant = 'Luxury interior'
},
['Pelican Prospector'] = {
make = 'Mitsudaya-Starbus / Titan Heavy Industries',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 62000,
cargoBay = 290,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 860449,
variant = 'Increased (and wider) dry hold, replaced grinders with excavator'
},
['Bald Eagle'] = {
make = 'Custom-built',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 29500,
cargoBay = 40,
processedCargo = 14000,
engines = 4,
thrusters = 4,
priceNew = 10000000,
hullValue = 297499,
variant = 'Racing'
},
['Cothon-211'] = {
name = 'Cothon-211 "Chonker"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 79549,
variant = 'Larger excavator'
},
['Cothon-212'] = {
make = 'Conlido RVM',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 79549
},
['Cothon-213'] = {
name = 'Cothon-213 "Triplet"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 3,
thrusters = 4,
hullValue = 78149,
variant = 'Triple main engines'
},
['Cothon-217'] = {
name = 'Cothon-217 "Bender"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 103700,
cargoBay = 405,
processedCargoCombined = 108000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 102049,
variant = 'Variable processed cargohold'
},
['Model E'] = {
name = 'Elon Interstellar Model E',
make = 'Elon Interstellar',
highStress = 1,
lowStress = 2,
crew = 5,
dryMass = 27000,
cargoBay = 400,
processedCargo = 11000,
engines = 2,
thrusters = 6,
priceNew = 8999999,
hullValue = 6024649
},
['K225'] = {
name = 'Antonoff-Titan K225',
make = 'Antonoff-Titan Heavy Industries',
lowStress = 2,
dockingBays = 6,
crew = 12,
dryMass = 220100,
cargoBay = 370,
processedCargo = 7000,
engines = 3,
thrusters = 10,
priceNew = 3999999,
hullValue = 2064824
},
['OCP-209'] = {
make = 'Obonto Microengineering',
highStress = 2,
lowStress = 2,
crew = 8,
dryMass = 184500,
cargoBay = 795,
processedCargoCombined = 50000,
engines = 1,
thrusters = 8,
hullValue = 217200
}
}

for key,ship in pairs(ships) do
-- Normalize ship
ship.key = key
ship.baseModel = ship.baseModel or key
ship.name = ship.name or key

-- Set defaults
for field,default in pairs(defaults) do
ship[field] = ship[field] or default
end

-- Useful things to sort by
ship.isVariant = ship.key ~= ship.baseModel
ship.baseModelData = ships[ship.baseModel]
end

return ships

Category:Ships

2023-08-01T03:58:21Z

Za'krin: updated which data was displayed

Ships in the game.

{{#invoke:Ships|list
|Name
|Make
|High-Stress
|Low-Stress
|Drone hardpoints
|Docking bays
|Crew
|Dry mass
|Cargo bay
|Engines
|Thrusters
|EMP shielding
|Stripped hull price
|Variant

}}

Model E

2023-08-01T03:49:50Z

Za'krin: added image and updated description

[[File:EIME.png|right|A stock EMIE in the fleet menu]]
<blockquote>The first commercially viable fusion craft, the Model E includes multiple ground-breaking innovations. Her signature fusion reactor and torches deliver unparalleled performance, and the halo of her liquid-droplet radiator is instantly recognizable. Her features include a semi-autonomous autopilot, huge reaction wheels using her propellant as reaction mass, and a cargo bay that can split open to enclose large payloads.
-In-Game Description </blockquote>

{{#invoke:Ships|infobox|Model E}}
The Elon Interstellar Model E is a highly unique ship, and expensive enough that most people will never get a chance to ride in one. The unique fusion reactor provides unparalleled thermal and electric performance, while a liquid-droplet radiator keeps it cool. Twin gimballed torches and gimballed RCS provide excellent maneuverability.

==Notes==
*The Model E has a unique fusion reactor, which cannot be upgraded like other ship reactors.
*Being a bleeding-edge ship, the Model E is very fragile and expensive. Captains considering a purchase should be warned that repairs will cost a fortune.

[[Category:Ships]]

File:EIME.png

2023-08-01T03:17:36Z

Za'krin:

A stock EIME in the fleet menu

Cothon-213

2023-08-01T03:14:00Z

Za'krin: added image, description, and stats

[[File:C213.png|right|A Cothon-213 in the fleet menu]]
<blockquote>Developed for operation in the Jupiter-Ganymede system, the 213 sacrifices her stock Faraday cage for a more robust external frame. In combination with her triple torch mounts, the 213 is capable of surface operations with unassisted takeoffs from most moons in the solar system.
-In-Game Description </blockquote>

{{#invoke:Ships|infobox|Cothon-213}}
The Conlido RVM Cothon-213 "Triplet" is a variant of the Cothon-212 cargo hauler. The Cothon-213 features three main torches, significantly improving forward thrust, though maneuverability is still limited by the RCS layout. The reinforced frame required to handle the additional thrusters prevents the stock Faraday cage from being used, so the Cothon-213 lacks EMP shielding.

==Notes==
*Gimballed RCS helps substantially with maneuverability.
*The two rear hardpoints are unable to hold forward-firing weapons, only drones, side-mounted items, and PD turrets.
*The Cothon-21x series of ships only have three crew capacity, and are thus unable to have one of each role.

==Variants==

{{#invoke:Ships|variants|Cothon-212
|Name
|Dry mass
|Processed cargo
|Engines
|EMP shielding
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:C213.png

2023-08-01T02:41:02Z

Za'krin:

A Cothon-213 in the fleet menu

Cothon-211

2023-08-01T02:37:49Z

Za'krin: added image, description, and stats

[[File:C211.png|right|A Cothon-211 in the fleet menu]]
<blockquote>The 211 model is a version of the 212 explicitly developed for operation in the asteroid belt. Boasting the largest excavator and bay access among the series, she has found a specialization in the rings, suited to more oversized cargos and equipment retrieval that other vessels require external manipulators to handle well.
-In-Game Description </blockquote>

{{#invoke:Ships|infobox|Cothon-211}}
The Conlido RVM Cothon-211 "Chonker" is a variant of the Cothon-212 cargo hauler. The Cothon-211 features an enlarged excavator, enabling it to capture larger objects than most other craft are capable of. While otherwise identical to the Cothon-212, some pilots find the off-center excavator to be mildly detrimental to operations and slightly annoying.

==Notes==
*Gimballed RCS helps substantially with maneuverability.
*The two rear hardpoints are unable to hold forward-firing weapons, only drones, side-mounted items, and PD turrets.
*The Cothon-21x series of ships only have three crew capacity, and are thus unable to have one of each role.

==Variants==

{{#invoke:Ships|variants|Cothon-212
|Name
|Dry mass
|Processed cargo
|Engines
|EMP shielding
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:C211.png

2023-08-01T02:29:23Z

Za'krin:

A Cothon-211 in the fleet menu

Cothon-217

2023-08-01T02:25:46Z

Za'krin: added image and updated description

[[File:C217.png|right|A Cothon-217 in the fleet menu]]
<blockquote>Based on the Cothon-212's proven design, the 217 features an experimental variable geometry processed cargo storage, able to adapt to mission requirements on the fly by dynamically resizing the internal containers. Few of these ships were built, finding use in local operations. Her mass and reduced total cargo capacity make her unsuitable for interplanetary transport.
-In-Game Description </blockquote>

{{#invoke:Ships|infobox|Cothon-217}}

The Conlido RVM Cothon-217 "Bender" is a variant of the Cothon-212 cargo hauler. This ship's primary distinction is its variable geometry cargo hold, which allows it dynamically adjust the storage capacity for every mineral type. Rather than carrying a maximum of 27,000kg of each type of ore, the Cothon-217 can carry a total of 108,000kg in any combination. Due to the additional required equipment, the Cothon-217 weighs 20,000kg more than the other Cothon-21x ships.

==Notes==
* Gimballed RCS helps substantially with maneuverability.
*The two rear hardpoints are unable to hold forward-firing weapons, only drones, side-mounted items, and PD turrets.
*The Cothon-21x series of ships only have three crew capacity, and are thus unable to have one of each role.

==Variants==

{{#invoke:Ships|variants|Cothon-212
|Name
|Dry mass
|Processed cargo
|Engines
|EMP shielding
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:C217.png

2023-08-01T02:18:53Z

Za'krin:

A Cothon-217 in the fleet menu

Cothon-212

2023-08-01T02:14:01Z

Za'krin: added image and updated description

[[File:C212.png|right|A Cothon-212 in the fleet menu]]
<blockquote>Developed in the late 21st century and no longer in production, the Conlido RVM Cothon-212 is an interlunar cargo hauler. While it boasts impressive cargo space, with a robust external frame that doubles as Faraday cage, the interplanetary-first design is not well suited for a ring environment. Exposed low-temperature radiators are notoriously fragile, pylon-based thruster layout makes maneuvering challenging and a converted lifepod serves as a cockpit, limiting crew capacity.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Cothon-212}}The Conlido RVM Cothon-212 was originally an automated cargo ship, and has been refitted with a modified lifepod as a cockpit. The size and mass, combined with limited thruster mounts make the 212 a notoriously slow craft. Many pilots rely on nanodrones and point defense to reduce the amount of maneuvering required.

==Notes==
*Gimballed RCS helps substantially with maneuverability.
*The two rear hardpoints are unable to hold forward-firing weapons, only drones, side-mounted items, and PD turrets.
*The Cothon-21x series of ships only have three crew capacity, and are thus unable to have one of each role.

==Variants==

{{#invoke:Ships|variants|Cothon-212
|Name
|Dry mass
|Processed cargo
|Engines
|EMP shielding
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:C212.png

2023-07-31T23:41:21Z

Za'krin:

A Cothon-212 in the fleet menu

K225

2023-07-31T23:33:14Z

Za'krin: added image and updated description

[[File:AT-K225.png|right|A stock AT-K225 in the fleet menu]]
<blockquote>Made in collaboration with Titan Heavy Industries and Antonoff, AT-K225 general cargo carrier features a modular design capable of adopting a wide range of cargo requirements. The processed cargo storage relies on dedicated THI docking bays to host up to 6 compatible autonomous containers to increase ships' cargo capacity. A stock variant comes with standard THI Cargo Containers pre-installed.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|K225}}The Antonoff-Titan K225, commonly referred to simply as 'Titan', is a cargo carrier that has found moderate success in the rings. The extensive cargo capacity enabled by external cargo containers lets MPU-equipped ships conduct extended dives while sending ore to Enceladus automatically. Triple torches and substantial RCS help offset the incredible mass of the TItan, but many pilots find the craft too sluggish. Titans will commonly make use of nanodrones and point defense weapons to help automate mining, making the ship's limited maneuverability less impactful on efficiency.

==Notes==
*The titan is capable of equipping the largest propellant, ammunition, and nanodrone storages.
*The low processed cargo capacity mentioned in the description refers to the storage of the ship itself - installing 6 THI Cargo Containers increases it by an additional 540 tons.
*Alternatively, the docking bays allow installing [[Hardpoint#Docking_bay|various light equipment]] like nanodrones or PDMWGs.

[[Category:Ships]]

File:AT-K225.png

2023-07-31T22:42:27Z

Za'krin:

Stock AT-K225 in the dealer menu

KR37

2023-07-31T22:20:21Z

Za'krin: updated description

[[File:KR37.png|right|A KR37 in the fleet menu]]
<blockquote>A dedicated modification for research of, and sample collection in the charged ringstorms of the A ring, the KR37 sacrifices most of the internal cargo bay and processed cargo storage to fit electromagnetic shielding, an expanded habitat, and research stations. The research package includes high-resolution LIDAR and a hardened Obonto 600 series on-board computer.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|KR37}}The KR37 is a highly versatile craft, capable of performing well in many different situations. A high-resolution LIDAR provides superior sensor accuracy, enabling easier identification of nearby objects. Equipped with 200MW of EMP shielding, the KR37 is nearly impervious to electromagnetic damage, making it well suited for combat and exploration. Due to the extensive internal upgrades, cargo space and processed cargo capacity are significantly reduced, making the KR37 less attractive for mining operations.

==Notes==
*The high resolution LIDAR updates slower, but is much more accurate than standard.
*The KR37 has the highest crew capacity of the K37 variants.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

Bald Eagle

2023-07-31T12:11:14Z

Za'krin: removed inaccurate information

[[File:BaldEagle.png|alt=A stock Eagle Prospector|right|A "stock" Bald Eagle]]
<blockquote>Hand-crafted with an impressive combination of skill, craft, love, and rocket surgery, the current powerhouse of the ring-racing circuit isn't available through any dealership. The Bald Eagle relies on gimballed RCS for reliable rotation thrust, but the combination of four torches and a low relative mass give it unparalleled lateral translation and acceleration.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Bald Eagle}}The Bald Eagle is an extensively modified Eagle Prospector, designed solely for racing. The Prospector Series' dual main torches provide high acceleration, while side-facing torches give this craft incredible strafing. To save weight, the cargo bay has been mostly removed, and the grinder has been replaced with an excavator, making the ship a poor choice for bare-bay mining. Interestingly, the ship retains all of the hardpoints, crew, and processed storage of the Eagle, making it surprisingly usable in most contexts.

==Notes==
*The Bald Eagle must be bought in-ring from the racer NPC for 10,000,000E$, and will never appear in the dealership.
*Despite having a massively reduced cargo bay, processed cargo capacity remains the same.

==Variants==
{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

Bald Eagle

2023-07-31T10:47:12Z

Za'krin: updated description

[[File:BaldEagle.png|alt=A stock Eagle Prospector|right|A "stock" Bald Eagle]]
<blockquote>Hand-crafted with an impressive combination of skill, craft, love, and rocket surgery, the current powerhouse of the ring-racing circuit isn't available through any dealership. The Bald Eagle relies on gimballed RCS for reliable rotation thrust, but the combination of four torches and a low relative mass give it unparalleled lateral translation and acceleration.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Bald Eagle}}The Bald Eagle is an extensively modified Eagle Prospector, designed solely for racing. The Prospector Series' dual main torches provide high acceleration, while side-facing torches give this craft incredible strafing. To save weight, the cargo bay has been mostly removed, and the grinder has been replaced with an excavator, making the ship a poor choice for bare-bay mining. Interestingly, the ship retains all of the hardpoints, crew, and processed storage of the Eagle, making it surprisingly usable in most contexts.

==Notes==
*The Bald Eagle must be bought in-ring from the racer NPC for 10,000,000E$, and will never appear in the dealership.
*Despite having a massively reduced cargo bay, processed cargo capacity remains the same.
*The Bald Eagle shared the same enlarged excavator as the [[Pelican Prospector]] and [[Cothon-211|Cothon-211 "Chonker"]].

==Variants==
{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

Eagle Prospector

2023-07-31T10:41:28Z

Za'krin: updated description

[[File:EagleProspector.png|right|A stock Eagle Prospector]]<blockquote>Developed in the early 23rd century for the Free States of Earth, the Mitsudaya-Starbus Eagle Prospector was designed as a dedicated mining ship, equipped with a robust asteroid grinder and an impressive cargo hold. An angled thruster layout prevents thrust against ringroids during approach, and twin main engines provide more than enough thrust for interlunar travel.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Eagle Prospector}}The Eagle Prospector is a dedicated mining ship, and is quite capable in that role. The Eagle comes with a unique asteroid grinder capable of breaking up and ingesting small asteroids, while a large processed cargo storage and two drone bays make in-ring refining a common strategy. Twin torches and an angled thruster layout provide excellent maneuverability, especially with gimbled RCS.

==Notes==
*The Eagle Prospector is currently the only ship explicitly designed for mining, not including custom modifications.
*Despite having two torches and four hardpoints, the Eagle has an incredibly light dry mass.

==Variants==
{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

Pelican Prospector

2023-07-31T10:29:27Z

Za'krin: updated description

[[File:PelicanProspector.png|right|A Pelican Prospector in the fleet menu]]
<blockquote>This rare extended cargo bay variant, created in collaboration with Titan Heavy Industries, takes advantage of the sparsely ribbed cargo hold design of the original Eagle. It extends the raw cargo space in all directions, almost tripling the raw cargo capacity of this vehicle. Her additional dry mass and the capacity to load up much more cargo shifts the center of mass far in front of the habitat, making maneuvers unwieldy. Due to the increased mass of the bay, the signature rock grinder of the Eagle has been swapped out for a standard excavator.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Pelican Prospector}}The Pelican Prospector is a mining-oriented variant, boasting the largest cargo bay and opening of the Prospector series. The significantly increased mass and size of the Pelican results in poor handling compared to the Eagle, though the dual torches help maintain good acceleration. The pelican is well suited for slower mining techniques, due to the massive cargo bay and dual drone slots. Some pilots find the large excavator opening to also be helpful for salvage.

==Notes==
*The pelican has a large cargo bay opening, similar to the [[Cothon-211|Cothon-211 "Chonker"]], letting it swallow objects most other craft cannot.
*Despite the enlarged cargo bay, processed cargo capacity remains the same.

==Variants==
{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

Vulture Prospector

2023-07-31T10:22:26Z

Za'krin: updated description

[[File:VultureProspector.png|right|A Vulture Prospector in the fleet menu]]
<blockquote>The High-stress Refit (Mono) modkit from Conlido RVM is an ingenious stretch of the imagination requiring a skilled shipwright to implement; this build reroutes the feeds and power for the two low-stress undermounts, and runs them through the substructure around the cargo bay, along with customized consumable feeds. While the combined feeds are adapted to operate any single central high-stress mounting, the support structure pierces the habitat making operating the ship uncomfortable.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Vulture Prospector}}The Vulture Prospector is the only prospector to come with a high-stress hardpoint, combined with the angled RCS and dual torches, it is a competent salvage or combat vessel. The shortened cargo bay and lack of drone slots make the vulture less suited for mining then the Eagle, though it maintains the same processed cargo capacity.

==Notes==
* Due to the uncomfortable crew quarters, the Vulture has an below-zero [[Morale]] stability point.
*Despite having cramped crew quarters, the Vulture has the standard Prospector crew capacity of six.

==Variants==
{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

Module:Ships/Data

2023-07-31T10:17:14Z

Za'krin: fixed pelican engine count

local defaults = {
highStress = 0,
lowStress = 0,
droneHardpoints = 0,
dockingBays = 0,
processedCargo = 0,
processedCargoCombined = 0,
empShielding = 0
}

local ships = {
K37 = {
name = 'K37 TNTRL',
make = 'Rusatom-Antonoff',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 33200,
cargoBay = 128,
processedCargo = 7000,
engines = 1,
thrusters = 8,
priceNew = 365999,
hullValue = 266970
},
KX37 = {
name = 'KX37 TNTRL',
make = 'Rusatom-Antonoff',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 37970,
cargoBay = 140,
processedCargo = 10000,
engines = 1,
thrusters = 8,
hullValue = 320849,
variant = 'Extended cargo hold'
},
KR37 = {
name = 'Runasimi KR37 TNTRL',
make = 'Rusatom-Antonoff / Runasimi',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 6,
dryMass = 47500,
cargoBay = 100,
processedCargo = 4000,
empShielding = 200,
engines = 1,
thrusters = 8,
hullValue = 375299,
variant = 'EMP Shielded',
},
KTA24 = {
name = 'KTA24 TNTRL',
make = 'Rusatom-Antonoff / Triskellion-Armstrong',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 27970,
cargoBay = 75,
processedCargo = 3000,
engines = 1,
thrusters = 8,
hullValue = 262543,
variant = 'Tug with angled reverse thrust'
},
K44 = {
name = 'K44 MHFTR Prototype',
make = 'Rusatom-Antonoff',
baseModel = 'K37',
lowStress = 4,
crew = 4,
dryMass = 54600,
cargoBay = 170,
processedCargo = 14000,
engines = 1,
thrusters = 8,
hullValue = 691200,
variant = 'Abandoned prototype'
},
['Eagle Prospector'] = {
make = 'Mitsudaya-Starbus',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 27500,
cargoBay = 125,
processedCargo = 14000,
engines = 2,
thrusters = 8,
priceNew = 2539999,
hullValue = 359099
},
['Vulture Prospector'] = {
make = 'Mitsudaya-Starbus / Conlido RVM',
baseModel = 'Eagle Prospector',
highStress = 1,
lowStress = 2,
crew = 6,
dryMass = 37500,
cargoBay = 95,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 630449,
variant = 'Dronebay underpods replaced with high stress capability'
},
['Peacock Prospector'] = {
make = 'Mitsudaya-Starbus',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 4,
dryMass = 27500,
cargoBay = 125,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 554888,
variant = 'Luxury interior'
},
['Pelican Prospector'] = {
make = 'Mitsudaya-Starbus / Titan Heavy Industries',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 62000,
cargoBay = 290,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 1106791,
variant = 'Increased (and wider) dry hold, replaced grinders with excavator'
},
['Bald Eagle'] = {
make = 'Mitsudaya-Starbus',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 29500,
cargoBay = 40,
processedCargo = 14000,
engines = 4,
variant = 'Racing'
},
['Cothon-211'] = {
name = 'Cothon-211 "Chonker"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 198610,
variant = 'Larger excavator'
},
['Cothon-212'] = {
make = 'Conlido RVM',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 242549
},
['Cothon-213'] = {
name = 'Cothon-213 "Triplet"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 3,
thrusters = 4,
hullValue = 255149,
variant = 'Triple main engines'
},
['Cothon-217'] = {
name = 'Cothon-217 "Bender"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 103700,
cargoBay = 405,
processedCargoCombined = 108000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 265049,
variant = 'Variable processed cargohold'
},
['Model E'] = {
name = 'Elon Interstellar Model E',
make = 'Elon Interstellar',
highStress = 1,
lowStress = 2,
crew = 5,
dryMass = 27000,
cargoBay = 400,
processedCargo = 11000,
engines = 2,
thrusters = 6,
priceNew = 8999999
},
['K225'] = {
name = 'Antonoff-Titan K225',
make = 'Antonoff-Titan Heavy Industries',
lowStress = 2,
dockingBays = 6,
crew = 12,
dryMass = 220100,
cargoBay = 370,
processedCargo = 7000,
engines = 3,
thrusters = 10,
priceNew = 3999999,
hullValue = 1270687
},
['OCP-209'] = {
make = 'Obonto Microengineering',
highStress = 2,
lowStress = 2,
crew = 8,
dryMass = 184500,
cargoBay = 795,
processedCargoCombined = 50000,
engines = 1,
thrusters = 8,
hullValue = 385200
}
}

for key,ship in pairs(ships) do
-- Normalize ship
ship.key = key
ship.baseModel = ship.baseModel or key
ship.name = ship.name or key

-- Set defaults
for field,default in pairs(defaults) do
ship[field] = ship[field] or default
end

-- Useful things to sort by
ship.isVariant = ship.key ~= ship.baseModel
ship.baseModelData = ships[ship.baseModel]
end

return ships

Peacock Prospector

2023-07-31T10:11:12Z

Za'krin: updated description

[[File:PeacockProspector.png|right|A Peacock Prospector in the fleet menu]]
<blockquote>The Peacock Prospector is a luxury vessel that allows a captain and his crew to operate both effectively, and in comfort. The expanded crew quarters, leather seats, and the premium espresso machine in the mess make this the nicest ride most crews have ever had the privilege of serving aboard, and her advanced interfaces make her systems remarkably easy to work with.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Peacock Prospector}}The Peacock Prospector is a luxury version of the Eagle, tailored for luxury and comfort. Capable of fielding the same equipment as a standard Eagle, it's a good choice when only 4 crew are required.

== Notes==
*Due to the luxury crew quarters, the Peacock has an above-zero [[Morale]] stability point.
*Despite having "expanded crew quarters" the Peacock has the lowest crew capacity of the Prospector series.
*The peacock also does not suffer from the same cargo reduction that the [[KR37|Runasimi KR37 TNTRL]] does.

==Variants==
{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

OCP-209

2023-07-31T09:50:41Z

Za'krin: added image, updated description

[[File:OCP209.png|right|An OCP-209 in the fleet menu]]
<blockquote>The Orbital Construction Platform is a specialized vessel designed for construction. Her forward consumable bays can adjust their weight balance to maintain a center of mass at the center of a carefully designed cargo bay. Because of this, cargos can be arranged to rotate within the bay, and offer no resistance to rotation while maneuvering. The massive side-loading cargo bay allows her to transport finished components such as reactors and bulkheads, while her twin heavy mountings allow the use of construction manipulators to assist in the assembly of large installations. With a comfortably large habitat capable of rotational G, as well as a high capacity for raw materials, this unusual design is well suited to extended construction or resupply missions.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|OCP-209}}The OCP is a highly unusual ship to see in the rings, a massive construction craft with twin side-mounted high-stress hardpoints, and a cargo bay larger than some ships. The unique design lends itself well to salvaging operations, capable of bringing back two ships via ARMs, and many smaller components in the oversized cargo bay. MPUs are hampered by the circular cargo bay, requiring special maneuvers to process ore reliably, but the sheer scale makes bare-bay mining a viable alternative.

==Notes ==
*Due to its large and comfortable habitat with rotational-G, the OCP-209 has an above-zero [[Morale]] stability point.
*The cargo bay opening is to the right (starboard). The two high-stress slots are at that side, and can be used for ARMs to collect chunks.
*OCP is rather unique in being able to stuff fairly large asteroids into its cargo bay, then break them up into chunks by rotating in place or thrusting. If doing so, captains may choose to not install any external (and hence damageable) equipment in these slots, to prevent it being damaged by the collisions required and require repairs. Drones, for instance, can't be damaged that way.
*The Rosatom-Antonoff [[MPU]] is a decent choice, as although it's fairly slow and inefficient, it affects the entire cargo bay at once - other MPUs have fairly small and hard-to-use processing areas when installed on the OCP.
*The OCP-209 can fit the largest harvester and industrial drone supplies, but can not carry any cargo containers and is limited to a small processed cargo hold of only 50,000 combined kg.

[[Category:Ships]]

Crew

2023-07-31T09:17:00Z

Za'krin: linked to ships that affect morale in the relevant section

Crew help your ship with various functions. Every crew member comes with an associated [[Agenda]]. Each crew member has exactly one of the four different professions: Geologist, Astrogator, Mechanic, and Pilot.

Crew members have two shown stats - Education and Experience. They are continuous, but the interface only shows "milestones" of skill - for example, if someone's education is shown as "Self-Taught", that may mean an internal education stat anywhere from 0 to 0.25. Each profession has two skills, each scaling with one of the stats. Crew members also have a mostly-hidden Morale stat, which affects their skills.

== Professions ==
=== Geologist ===
Education skill: '''Price prediction accuracy'''. Determines accuracy of price prediction by your geologist - both on station in Mineral Market and during ring dive.

Experience skill: '''Mineral discovery range'''. Geologist will estimate compositions and prices of minerals within a radius around your ship.
* Without a geologist on board, it's not possible to identify compositions of mineral chunks (except visually - they look differently depending on mineral and purity). This makes them rather essential crew members.

=== Astrogator ===
Education skill: '''Tactical awareness range'''. Astrogator will highlight ships around you by their transponders.
* Fairly essential to be able to detect threats, derelicts, and other ships outside of visual range.

Experience skill: '''Coordinate tracking time'''. The constantly shifting planescape of the rings makes it challenging to trace a specific location. Your astrogator will be able to keep track of them for a limited time.
* Without an astrogator on board, you won't be able to astrogate to waypoints. If at any moment you end up without any astrogators in your employ, you will furthermore lose all saved waypoints. This makes having an astrogator essential.

=== Mechanic ===
Education skill: '''Jury-rig efficiency'''. Changes how far mechanic can push your ship systems in OMS menu during ringdive.
* Can be very useful, e.g. turning a critical reactor leak that would cause the ship to run out of propellant in seconds into a merely concerning one.

Experience skill: '''Repair limit'''. Extends how much your mechanic can repair during maintenance on Enceladus prime station.
* Most equipment is significantly cheaper to repair than to replace (although some isn't), so this allows saving on repairs.
* Note, however, that repairs take more time that replacements, and you'll have to pay for crew wages and hotels in the meantime, which for large and skilled crews may be more expensive than the repair savings.

=== Pilot ===
Education skill: '''Adrenal slowdown'''. When in danger, pilot's perception of time will slow down.
* Available even without a pilot, albeit only a small slowdown.

Experience skill: '''Course anticipation'''. Pilot will predict the course of your ship and all surrounding objects to determine if ship is in danger of collision.
* This automatically enables adrenal slowdown if a collision is predicted to happen in that time, given the current velocity.
* Often toggles unnecessarily.

== Training ==
With time spent in your crew, crew members gradually improve. Spending time on [[Enceladus Prime | Enceladus]] increases Education, whereas doing profession-specific actions during dives increases Experience. The more advanced in a skill a crew member is, the slower they progress further.

The only thing that accelerates learning is having another crewmember of the same profession, who is better in the relevant skill, tutor them. The gain is determined by the difference of their skills, but caps at 2x the normal learning rate - so in total, a crewmember can learn at most at trice the normal learning rate (if they are completely unskilled and tutored by someone perfect).

=== Education ===
The formula for education is as follows: 
if the current Education (which goes from 0 to 1) is y, then the gain per day is

<code>
y' * 1day = (1-y)/400 + (A-y)/200
</code>

where A is the highest Education level among crewmembers with the same profession (so if there's nobody better, then A=y and that term is zero).

Without tutoring, the solution to this differential equation is <code>y(t) = 1 - (1-y(0))*exp(-t/(400*day))</code>. So the Education level exponentially decays towards perfection, with a characteristic time of 400 days. For example, it takes 115 days for an initially completely unskilled crewmember to reach the first milestone of 0.25.

=== Experience ===
The formula for rate of skill gain is the same for Experience as for Education. However, instead of being per day of time, Experience experience is gained by going actions. If there are multiple crewmembers with the same occupation on the ship, all of them gain the full experience amount.

The actions are as follows: 
* Geologists: identifying mineral chunks, depending on value (1 day per 60 000 E$ of value)
* Astrogators: detecting ships (seems to be 2 days per ship detected); discovering points of interest
* Mechanics: repairing or replacing parts (1 day's worth per 4 hours spent doing that)
* Pilot: evading collisions (per unit of time flying the ship while it's in danger of collision)
* Entire crew: flying through the rings at more than 50 m/s (0.5 days per minute).

== Morale ==
Morale is a hidden stat of each crew member, and goes from -0.5 to 0.5. Morale is shown directly at Enceladus when its absolute value is more than 0.3, by happy/sad icons on the crew members in question.

Usually, morale gradually decays to 0 over time. Good accommodations (good hotels for the time on the station, or particularly comfortable ships like the [[OCP-209]] or the [[Peacock Prospector]] for the time spent in dives) or bad ones (like the [[Vulture Prospector]]) change this point of stability. Some services, like good hotels or The Twins, also have an instant effect on morale.

Some [[Agenda]] events may affect morale. Also, not paying a crew member's wages will cause their morale to rapidly decrease.

Morale modifies the value of skills as <code>modified = original^(1-morale)</code>. This only applies to the effects of skills, and not to training (happier crew members don't learn or teach faster). The effects of morale are more significant for low skill levels. For example, morale of 0.3 increases a base skill of 0.25 to 0.37, but a base skill of 0.75 only to 0.81.

File:OCP209.png

2023-07-31T09:11:02Z

Za'krin:

An OCP-209 in the fleet menu

K37

2023-07-31T09:03:25Z

Za'krin: fixed formatting (again)

[[File:K37TNTRL.png|right|A stock K37 in the fleet menu]]
<blockquote>First developed and flown near the end of the 22nd century, the venerable K37-TNTRL has become the de-facto workhorse of The Ring. Its simple and robust design has proven over the decades to have the kind of reliability and maintainability that's vital to the thousands of captains and crew who call these well-loved vessels home.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|K37
|image=[[File:K37-tntrl.png|300px]]
|caption=Top-down view of the K37}}The K37 is the workhorse of the rings, cheap and reliable, and is capable of fulfilling nearly any role. They are so prevalent that nearly every ringer will have worked or ridden in one at some point. The simple and modular layout has led to the creation of many custom variations on the classic design, specialized in various roles.

==Notes==
*The '''Rusatom-Antonoff K37 TNTRL''' is the starter ship. It's a reliable, flexible ship.
*The K37 is the most common ship in the rings, most NPCs will be flying one.
*The stock loadout has insufficient thermal output for continuous thrust.
*Lore-wise, the ship has pyrotechnically detachable reactor, however, it is almost certain to be broken or removed on a used K37.

==Variants==
{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

==Codex Entry==
First developed and flown near the end of the 22nd century, the venerable Rusatom-Antonoff K37 TNTRL has become the de-facto workhorse of The Ring. Its simple and robust design has proven over the decades to have the kind of reliability and maintainability that's vital to the thousands of captains and crew who call these well-loved vessels home.

The K37-TNTRL, sometimes affectionately known as the "Tarantula" and often abbreviated to just "K37", was initially designed as a short-haul mining ship, although their modular design has proven extremely adaptable in the decades since the model's introduction. Despite their technological obsolescence, today a K37 can be effectively refitted to suit interplanetary travel, light combat duty, mining, cargo hauling, and even light duty mobile mineral refining. The sturdy reconfigurable hardpoints aren't quite suitable for mounting high power military grade kinetic weapons, but they otherwise handle almost any equipment you might imagine fitting to a craft of this size, including mass drivers, microwave emitters, mining lasers, and much more besides.

The K37 is compact but sturdy, measuring just over 32 meters long and weighing 37 tonnes when dry. The design is highly modular, but all configurations share a few key elements. The fuselage, crew module, nuclear reactor, cooling system and main drive are effectively standard across all models, offering a baseline specification that specialist builders can develop on.

At the heart of every K37 is a purpose-built nuclear reactor, with thermal power provided by an assortment ((number unknown)) of Rusatom's SO6 "Sunshard" fuel rods. Thermal energy from the reactor is used to heat liquid water for use as both engine propellant and working fluid for the onboard 100MW turboelectric generator. Due to the extremely high temperature and pressure achieved inside the reactor core the propellant exists in a supercritical state, yielding relatively high propulsion performance despite the simple design.

The high operating temperature of the Sunshards enable relatively compact cooling solutions to be used, and the reactor's entire waste heat output can be dissipated through a series of graphene radiators on the outer walls of the reactor module. Although this isn't recommended due to the large thermal stresses applied to the radiators, a reactor running hot at over 4000K can dissipate 4GW through this array. Waste heat from other ship systems is negligible compared to that of the reactor, so the rest of the ship is cooled by a heavy 'skirt' of heat-pumped radiators which serve both as a cooling surface and a protective layer for the more delicate reactor cooling behind it.

The main drive of the K37 is a relatively simple bimodal nuclear thermal-electric rocket, using a large Lorentz-effect electric boost stage powered by a magnetoplasmadynamic generator, as well as optionally using direct thermal power from the reactor. For long-distance cruising the drive can operate in a so-called "high gear", where thrust is provided mainly by the Lorentz accelerator, powered by the onboard closed-cycle turbine to minimise propellant waste and maximise exhaust velocity. For operations inside the rings however, the main drive will shift into a low gear where the propellant mass flow is increased significantly to buy extra thrust, at the cost of exhaust velocity. While in high-thrust mode, the K37's combination of nuclear-thermal thrust and electromnagnetic exhaust velocity can push several gee of acceleration when lightly loaded, and even carrying its own mass in cargo and fuel a K37 can exceed 1g at full burn. While propellant usage at these thrust levels is prodigious, the drive is still far more economical than simple chemical thrusters - even a modest 30T of propellant is more than enough for a good miner to fill their cargo hold with ores and get back to station with propellant to spare!

A K37 commonly carries a crew of three, though in emergencies it can be operated by a single busy pilot. The crew facilities of most K37s reflect this, being relatively short on amenities and little space in the standard model, though "caravan" refits which convert the cargo hold into a larger living space aren't unheard of!
==Links==
[https://www.youtube.com/watch?v=pxQ-SnHtPBQ Rosatom-Antonov K37 TNTRL Operation Manual: The cold boot sequence]

K37

2023-07-31T09:00:55Z

Za'krin: fixed formatting

[[File:K37TNTRL.png|right|A stock K37 in the fleet menu]]
<blockquote>First developed and flown near the end of the 22nd century, the venerable K37-TNTRL has become the de-facto workhorse of The Ring. Its simple and robust design has proven over the decades to have the kind of reliability and maintainability that's vital to the thousands of captains and crew who call these well-loved vessels home.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|K37
|image=[[File:K37-tntrl.png|300px]]
|caption=Top-down view of the K37}}The K37 is the workhorse of the rings, cheap and reliable, and is capable of fulfilling nearly any role. They are so prevalent that nearly every ringer will have worked or ridden in one at some point. The simple and modular layout has led to the creation of many custom variations on the classic design, specialized in various roles.

== Notes ==
*The '''Rusatom-Antonoff K37 TNTRL''' is the starter ship. It's a reliable, flexible ship.
*The K37 is the most common ship in the rings, most NPCs will be flying one.
*The stock loadout has insufficient thermal output for continuous thrust.
*Lore-wise, the ship has pyrotechnically detachable reactor, however, it is almost certain to be broken or removed on a used K37.

== Variants ==
{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

== Codex Entry ==
First developed and flown near the end of the 22nd century, the venerable Rusatom-Antonoff K37 TNTRL has become the de-facto workhorse of The Ring. Its simple and robust design has proven over the decades to have the kind of reliability and maintainability that's vital to the thousands of captains and crew who call these well-loved vessels home.

The K37-TNTRL, sometimes affectionately known as the "Tarantula" and often abbreviated to just "K37", was initially designed as a short-haul mining ship, although their modular design has proven extremely adaptable in the decades since the model's introduction. Despite their technological obsolescence, today a K37 can be effectively refitted to suit interplanetary travel, light combat duty, mining, cargo hauling, and even light duty mobile mineral refining. The sturdy reconfigurable hardpoints aren't quite suitable for mounting high power military grade kinetic weapons, but they otherwise handle almost any equipment you might imagine fitting to a craft of this size, including mass drivers, microwave emitters, mining lasers, and much more besides.

The K37 is compact but sturdy, measuring just over 32 meters long and weighing 37 tonnes when dry. The design is highly modular, but all configurations share a few key elements. The fuselage, crew module, nuclear reactor, cooling system and main drive are effectively standard across all models, offering a baseline specification that specialist builders can develop on.

At the heart of every K37 is a purpose-built nuclear reactor, with thermal power provided by an assortment ((number unknown)) of Rusatom's SO6 "Sunshard" fuel rods. Thermal energy from the reactor is used to heat liquid water for use as both engine propellant and working fluid for the onboard 100MW turboelectric generator. Due to the extremely high temperature and pressure achieved inside the reactor core the propellant exists in a supercritical state, yielding relatively high propulsion performance despite the simple design.

The high operating temperature of the Sunshards enable relatively compact cooling solutions to be used, and the reactor's entire waste heat output can be dissipated through a series of graphene radiators on the outer walls of the reactor module. Although this isn't recommended due to the large thermal stresses applied to the radiators, a reactor running hot at over 4000K can dissipate 4GW through this array. Waste heat from other ship systems is negligible compared to that of the reactor, so the rest of the ship is cooled by a heavy 'skirt' of heat-pumped radiators which serve both as a cooling surface and a protective layer for the more delicate reactor cooling behind it.

The main drive of the K37 is a relatively simple bimodal nuclear thermal-electric rocket, using a large Lorentz-effect electric boost stage powered by a magnetoplasmadynamic generator, as well as optionally using direct thermal power from the reactor. For long-distance cruising the drive can operate in a so-called "high gear", where thrust is provided mainly by the Lorentz accelerator, powered by the onboard closed-cycle turbine to minimise propellant waste and maximise exhaust velocity. For operations inside the rings however, the main drive will shift into a low gear where the propellant mass flow is increased significantly to buy extra thrust, at the cost of exhaust velocity. While in high-thrust mode, the K37's combination of nuclear-thermal thrust and electromnagnetic exhaust velocity can push several gee of acceleration when lightly loaded, and even carrying its own mass in cargo and fuel a K37 can exceed 1g at full burn. While propellant usage at these thrust levels is prodigious, the drive is still far more economical than simple chemical thrusters - even a modest 30T of propellant is more than enough for a good miner to fill their cargo hold with ores and get back to station with propellant to spare!

A K37 commonly carries a crew of three, though in emergencies it can be operated by a single busy pilot. The crew facilities of most K37s reflect this, being relatively short on amenities and little space in the standard model, though "caravan" refits which convert the cargo hold into a larger living space aren't unheard of!
=Links=
[https://www.youtube.com/watch?v=pxQ-SnHtPBQ Rosatom-Antonov K37 TNTRL Operation Manual: The cold boot sequence]

K37

2023-07-31T08:59:37Z

Za'krin: added image and updated description

[[File:K37TNTRL.png|right|A stock K37 in the fleet menu]]
<blockquote>First developed and flown near the end of the 22nd century, the venerable K37-TNTRL has become the de-facto workhorse of The Ring. Its simple and robust design has proven over the decades to have the kind of reliability and maintainability that's vital to the thousands of captains and crew who call these well-loved vessels home.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|K37
|image=[[File:K37-tntrl.png|300px]]
|caption=Top-down view of the K37}}The K37 is the workhorse of the rings, cheap and reliable, and is capable of fulfilling nearly any role. They are so prevalent that nearly every ringer will have worked or ridden in one at some point. The simple and modular layout has led to the creation of many custom variations on the classic design, specialized in various roles.

==Notes==
*The '''Rusatom-Antonoff K37 TNTRL''' is the starter ship. It's a reliable, flexible ship.
*The K37 is the most common ship in the rings, most NPCs will be flying one.
*The stock loadout has insufficient thermal output for continuous thrust.
*Lore-wise, the ship has pyrotechnically detachable reactor, however, it is almost certain to be broken or removed on a used K37.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

==Codex Entry==
First developed and flown near the end of the 22nd century, the venerable Rusatom-Antonoff K37 TNTRL has become the de-facto workhorse of The Ring. Its simple and robust design has proven over the decades to have the kind of reliability and maintainability that's vital to the thousands of captains and crew who call these well-loved vessels home.

The K37-TNTRL, sometimes affectionately known as the "Tarantula" and often abbreviated to just "K37", was initially designed as a short-haul mining ship, although their modular design has proven extremely adaptable in the decades since the model's introduction. Despite their technological obsolescence, today a K37 can be effectively refitted to suit interplanetary travel, light combat duty, mining, cargo hauling, and even light duty mobile mineral refining. The sturdy reconfigurable hardpoints aren't quite suitable for mounting high power military grade kinetic weapons, but they otherwise handle almost any equipment you might imagine fitting to a craft of this size, including mass drivers, microwave emitters, mining lasers, and much more besides.

The K37 is compact but sturdy, measuring just over 32 meters long and weighing 37 tonnes when dry. The design is highly modular, but all configurations share a few key elements. The fuselage, crew module, nuclear reactor, cooling system and main drive are effectively standard across all models, offering a baseline specification that specialist builders can develop on.

At the heart of every K37 is a purpose-built nuclear reactor, with thermal power provided by an assortment ((number unknown)) of Rusatom's SO6 "Sunshard" fuel rods. Thermal energy from the reactor is used to heat liquid water for use as both engine propellant and working fluid for the onboard 100MW turboelectric generator. Due to the extremely high temperature and pressure achieved inside the reactor core the propellant exists in a supercritical state, yielding relatively high propulsion performance despite the simple design.

The high operating temperature of the Sunshards enable relatively compact cooling solutions to be used, and the reactor's entire waste heat output can be dissipated through a series of graphene radiators on the outer walls of the reactor module. Although this isn't recommended due to the large thermal stresses applied to the radiators, a reactor running hot at over 4000K can dissipate 4GW through this array. Waste heat from other ship systems is negligible compared to that of the reactor, so the rest of the ship is cooled by a heavy 'skirt' of heat-pumped radiators which serve both as a cooling surface and a protective layer for the more delicate reactor cooling behind it.

The main drive of the K37 is a relatively simple bimodal nuclear thermal-electric rocket, using a large Lorentz-effect electric boost stage powered by a magnetoplasmadynamic generator, as well as optionally using direct thermal power from the reactor. For long-distance cruising the drive can operate in a so-called "high gear", where thrust is provided mainly by the Lorentz accelerator, powered by the onboard closed-cycle turbine to minimise propellant waste and maximise exhaust velocity. For operations inside the rings however, the main drive will shift into a low gear where the propellant mass flow is increased significantly to buy extra thrust, at the cost of exhaust velocity. While in high-thrust mode, the K37's combination of nuclear-thermal thrust and electromnagnetic exhaust velocity can push several gee of acceleration when lightly loaded, and even carrying its own mass in cargo and fuel a K37 can exceed 1g at full burn. While propellant usage at these thrust levels is prodigious, the drive is still far more economical than simple chemical thrusters - even a modest 30T of propellant is more than enough for a good miner to fill their cargo hold with ores and get back to station with propellant to spare!

A K37 commonly carries a crew of three, though in emergencies it can be operated by a single busy pilot. The crew facilities of most K37s reflect this, being relatively short on amenities and little space in the standard model, though "caravan" refits which convert the cargo hold into a larger living space aren't unheard of!
=Links=
[https://www.youtube.com/watch?v=pxQ-SnHtPBQ Rosatom-Antonov K37 TNTRL Operation Manual: The cold boot sequence]

File:K37TNTRL.png

2023-07-31T07:56:05Z

Za'krin:

A stock K37 in the fleet menu

KTA24

2023-07-31T07:44:34Z

Za'krin: added image, description, and stats

[[File:KTA24.png|right|A KTA24 in the fleet menu]]
<blockquote>This dedicated tug/recovery variant, made in collaboration with Triskellion-Armstrong, features a shorter, more robust frame and angled reverse thrust. Her unconventional thrust layout is well-suited for independent salvage and recovery missions.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|KTA24}}The KTA24 is a tug vessel, extremely small but still capable of mounting an ARM. Angled reverse thrust prevents thrust against objects on approach, but may lead to handling issues on some configurations. The heavily reduced cargo capacity limits usability as a mining vessel, but the shortened frame is advantageous at high speeds or in combat.

==Notes==
*The KTA24 is the smallest ship able to mount an ARM.
*The angled reverse thrust causes backwards acceleration while strafing.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:KTA24.png

2023-07-31T07:05:24Z

Za'krin:

A KTA24 in the fleet menu

K44

2023-07-31T06:39:37Z

Za'krin: added image, updated stats and description

[[File:K44.png|right|A K44 in the fleet menu]]
<blockquote>A prototype of the K44 MHFTR, with only a few units ever built. Designed as a replacement for K37 TNTRL, the K44 featured a much longer cargo bay and built-in MPD generators to provide power to the ship. The magnetoplasmadynamic generators weren't reliable enough for service, and most prototypes still use standard-issue turbines instead.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|K44}}The K44 is an abandoned prototype, only a few ships were ever built, making it a very rare sight in the rings. Despite being drastically longer and heavier, the K44 uses the same thruster layout as the K37, leading to limited maneuverability, especially when filled with cargo. The high-stress hardpoint has been removed in favor of two additional low-stress hardpoints, making it less useful for salvage or combat. The large cargo bay and processed cargo capacity, combined with 4 hardpoints, make the K44 a good choice for mining operations.

==Notes==
*The K44 can only be obtained as a derelict, and will never appear in the dealership or as an NPC.
*Despite lore-wise being a prototype of a new model, K44 is mechanically a variant of the [[K37|K37 TNTRL]].
*The two rear hardpoints are unable to hold forward-firing weapons, only drones, side-mounted items, and PD turrets.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:K44.png

2023-07-31T05:10:27Z

Za'krin:

A K44 in the fleet menu

KR37

2023-07-31T05:03:31Z

Za'krin: updated variant display to show relevant stats

[[File:KR37.png|right|A KR37 in the fleet menu]]
<blockquote>A dedicated modification for research of, and sample collection in the charged ringstorms of the A ring, the KR37 sacrifices most of the internal cargo bay and processed cargo storage to fit electromagnetic shielding, an expanded habitat, and research stations. The research package includes high-resolution LIDAR and a hardened Obonto 600 series on-board computer.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|KR37}}The KR37 is a highly versatile craft, capable of performing well in many different situations. A high-resolution LIDAR provides superior sensor accuracy, enabling easier identification of nearby objects. Equipped with 200MW of EMP shielding, the KR37 is nearly impervious to electromagnetic damage, making it well suited for combat and exploration. Due to the extensive internal upgrades, cargo space and processed cargo capacity are significantly reduced, making the KR37 less attractive for mining operations.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

Module:Ships/Data

2023-07-31T04:58:53Z

Za'krin: updated KX37 and K44 stats

local defaults = {
highStress = 0,
lowStress = 0,
droneHardpoints = 0,
dockingBays = 0,
processedCargo = 0,
processedCargoCombined = 0,
empShielding = 0
}

local ships = {
K37 = {
name = 'K37 TNTRL',
make = 'Rusatom-Antonoff',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 33200,
cargoBay = 128,
processedCargo = 7000,
engines = 1,
thrusters = 8,
priceNew = 365999,
hullValue = 266970
},
KX37 = {
name = 'KX37 TNTRL',
make = 'Rusatom-Antonoff',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 37970,
cargoBay = 140,
processedCargo = 10000,
engines = 1,
thrusters = 8,
hullValue = 320849,
variant = 'Extended cargo hold'
},
KR37 = {
name = 'Runasimi KR37 TNTRL',
make = 'Rusatom-Antonoff / Runasimi',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 6,
dryMass = 47500,
cargoBay = 100,
processedCargo = 4000,
empShielding = 200,
engines = 1,
thrusters = 8,
hullValue = 375299,
variant = 'EMP Shielded',
},
KTA24 = {
name = 'KTA24 TNTRL',
make = 'Rusatom-Antonoff / Triskellion-Armstrong',
baseModel = 'K37',
highStress = 1,
lowStress = 2,
crew = 4,
dryMass = 27970,
cargoBay = 75,
processedCargo = 3000,
engines = 1,
thrusters = 8,
hullValue = 262543,
variant = 'Tug with angled reverse thrust'
},
K44 = {
name = 'K44 MHFTR Prototype',
make = 'Rusatom-Antonoff',
baseModel = 'K37',
lowStress = 4,
crew = 4,
dryMass = 54600,
cargoBay = 170,
processedCargo = 14000,
engines = 1,
thrusters = 8,
hullValue = 691200,
variant = 'Abandoned prototype'
},
['Eagle Prospector'] = {
make = 'Mitsudaya-Starbus',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 27500,
cargoBay = 125,
processedCargo = 14000,
engines = 2,
thrusters = 8,
priceNew = 2539999,
hullValue = 359099
},
['Vulture Prospector'] = {
make = 'Mitsudaya-Starbus / Conlido RVM',
baseModel = 'Eagle Prospector',
highStress = 1,
lowStress = 2,
crew = 6,
dryMass = 37500,
cargoBay = 95,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 630449,
variant = 'Dronebay underpods replaced with high stress capability'
},
['Peacock Prospector'] = {
make = 'Mitsudaya-Starbus',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 4,
dryMass = 27500,
cargoBay = 125,
processedCargo = 14000,
engines = 2,
thrusters = 8,
hullValue = 554888,
variant = 'Luxury interior'
},
['Pelican Prospector'] = {
make = 'Mitsudaya-Starbus / Titan Heavy Industries',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 62000,
cargoBay = 290,
processedCargo = 14000,
engines = 1,
thrusters = 8,
hullValue = 1106791,
variant = 'Increased (and wider) dry hold, replaced grinders with excavator'
},
['Bald Eagle'] = {
make = 'Mitsudaya-Starbus',
baseModel = 'Eagle Prospector',
lowStress = 2,
droneHardpoints = 2,
crew = 6,
dryMass = 29500,
cargoBay = 40,
processedCargo = 14000,
engines = 4,
variant = 'Racing'
},
['Cothon-211'] = {
name = 'Cothon-211 "Chonker"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 198610,
variant = 'Larger excavator'
},
['Cothon-212'] = {
make = 'Conlido RVM',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 242549
},
['Cothon-213'] = {
name = 'Cothon-213 "Triplet"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 83700,
cargoBay = 405,
processedCargo = 27000,
engines = 3,
thrusters = 4,
hullValue = 255149,
variant = 'Triple main engines'
},
['Cothon-217'] = {
name = 'Cothon-217 "Bender"',
make = 'Conlido RVM',
baseModel = 'Cothon-212',
lowStress = 4,
crew = 3,
dryMass = 103700,
cargoBay = 405,
processedCargoCombined = 108000,
engines = 1,
thrusters = 4,
empShielding = 100,
hullValue = 265049,
variant = 'Variable processed cargohold'
},
['Model E'] = {
name = 'Elon Interstellar Model E',
make = 'Elon Interstellar',
highStress = 1,
lowStress = 2,
crew = 5,
dryMass = 27000,
cargoBay = 400,
processedCargo = 11000,
engines = 2,
thrusters = 6,
priceNew = 8999999
},
['K225'] = {
name = 'Antonoff-Titan K225',
make = 'Antonoff-Titan Heavy Industries',
lowStress = 2,
dockingBays = 6,
crew = 12,
dryMass = 220100,
cargoBay = 370,
processedCargo = 7000,
engines = 3,
thrusters = 10,
priceNew = 3999999,
hullValue = 1270687
},
['OCP-209'] = {
make = 'Obonto Microengineering',
highStress = 2,
lowStress = 2,
crew = 8,
dryMass = 184500,
cargoBay = 795,
processedCargoCombined = 50000,
engines = 1,
thrusters = 8,
hullValue = 385200
}
}

for key,ship in pairs(ships) do
-- Normalize ship
ship.key = key
ship.baseModel = ship.baseModel or key
ship.name = ship.name or key

-- Set defaults
for field,default in pairs(defaults) do
ship[field] = ship[field] or default
end

-- Useful things to sort by
ship.isVariant = ship.key ~= ship.baseModel
ship.baseModelData = ships[ship.baseModel]
end

return ships

KX37

2023-07-31T04:53:12Z

Za'krin: added image, description, and stats

[[File:KX37.png|right|A KX37 in the fleet menu]]
<blockquote>Limited production run of the extended cargo hold variant of the popular K37-TNTRL spacecraft extends the cargo bay by 4.4 meters, increasing both raw ore storage as well as more processed cargo capacity.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|KX37}}The KX37 is a lengthened version of the K37, boasting a larger cargo bay and increased processed cargo storage. While the added length is desirable for mining, the additional weight may hamper maneuverability on vessels with weak thrusters. The KX37 is a suitable choice for a dedicated mining vessel, while the high-stress hardpoint provides flexibility if combat or salvage is desired.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Crew
|Dry mass
|Cargo bay
|Processed cargo
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:KX37.png

2023-07-31T00:14:04Z

Za'krin: Za'krin uploaded a new version of File:KX37.png

A KX37 in the fleet menu

File:KX37.png

2023-07-31T00:07:02Z

Za'krin:

A KX37 in the fleet menu

KR37

2023-07-30T11:42:33Z

Za'krin: fixed infobox

[[File:KR37.png|right|A KR37 in the fleet menu]]
<blockquote>A dedicated modification for research of, and sample collection in the charged ringstorms of the A ring, the KR37 sacrifices most of the internal cargo bay and processed cargo storage to fit electromagnetic shielding, an expanded habitat, and research stations. The research package includes high-resolution LIDAR and a hardened Obonto 600 series on-board computer.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|KR37}}The KR37 is a highly versatile craft, capable of performing well in many different situations. A high-resolution LIDAR provides superior sensor accuracy, enabling easier identification of nearby objects. Equipped with 200MW of EMP shielding, the KR37 is nearly impervious to electromagnetic damage, making it well suited for combat and exploration. Due to the extensive internal upgrades, cargo space and processed cargo capacity are significantly reduced, making the KR37 less attractive for mining operations.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Docking bays
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

KR37

2023-07-30T11:41:34Z

Za'krin: added image of ship and updated description

[[File:KR37.png|right|A KR37 in the fleet menu]]
<blockquote>A dedicated modification for research of, and sample collection in the charged ringstorms of the A ring, the KR37 sacrifices most of the internal cargo bay and processed cargo storage to fit electromagnetic shielding, an expanded habitat, and research stations. The research package includes high-resolution LIDAR and a hardened Obonto 600 series on-board computer.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Eagle Prospector}}The KR37 is a highly versatile craft, capable of performing well in many different situations. A high-resolution LIDAR provides superior sensor accuracy, enabling easier identification of nearby objects. Equipped with 200MW of EMP shielding, the KR37 is nearly impervious to electromagnetic damage, making it well suited for combat and exploration. Due to the extensive internal upgrades, cargo space and processed cargo capacity are significantly reduced, making the KR37 less attractive for mining operations.

==Variants==

{{#invoke:Ships|variants|K37
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Docking bays
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]

File:KR37.png

2023-07-30T10:43:25Z

Za'krin:

Image of KR37 in the fleet menu

Eagle Prospector

2023-07-30T10:33:50Z

Za'krin: updated description

[[File:EagleProspector.png|right|A stock Eagle Prospector]]<blockquote>Developed in the early 23rd century for the Free States of Earth, the Mitsudaya-Starbus Eagle Prospector was designed as a dedicated mining ship, equipped with a robust asteroid grinder and an impressive cargo hold. An angled thruster layout prevents thrust against ringroids during approach, and twin main engines provide more than enough thrust for interlunar travel.

-In-Game Description </blockquote>{{#invoke:Ships|infobox|Eagle Prospector}}The Eagle Prospector is currently the only ship in the game that was explicitly designed for mining. The Eagle comes with a unique asteroid grinder capable of breaking up and ingesting small asteroids, while a large processed cargo storage and two drone bays make in-ring refining a common strategy. The twin torches and angled thruster layout provide excellent maneuverability, especially with gimbled RCS.

==Variants==

{{#invoke:Ships|variants|Eagle Prospector
|Name
|High-Stress
|Low-Stress
|Drone hardpoints
|Docking bays
|Crew
|Dry mass
|Cargo bay
|Engines
|Stripped hull price
|Variant}}

[[Category:Ships]]