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Showing 64 changed files with 4,163 additions and 151 deletions.
3 changes: 3 additions & 0 deletions GameData/RP-0/NewRFTanks.cfg
Original file line number Diff line number Diff line change
@@ -101,6 +101,7 @@ TANK_DEFINITION
addResources = true
addResourcesHP = true
addLead = true
addSoundingPayload = true
}
@TANK_DEFINITION[Tank-II-HP]
{
@@ -175,6 +176,7 @@ TANK_DEFINITION
addResources = true
addResourcesHP = true
addLead = true
addSoundingPayload = true
}
@TANK_DEFINITION[Tank-III-HP]
{
@@ -269,6 +271,7 @@ TANK_DEFINITION
addResources = true
addResourcesHP = true
addLead = true
addSoundingPayload = true
}
@TANK_DEFINITION[Tank-IV-HP]
{
18 changes: 9 additions & 9 deletions GameData/RP-0/Parts/RFProcTanks.cfg
Original file line number Diff line number Diff line change
@@ -5,7 +5,7 @@

@title = Tank, I
@manufacturer = Generic
@description = Level I tank. Heavy but cheap. Can be configured with normal or high pressurization. Max utilization 88%.
@description = Level I tank similar to very early fuel tanks like on the V-2 rocket. Heavy but cheap. Can be configured with normal or high pressurization. High pressurization tanks are required by some engines and they are heavier than normal tanks. <b><color=green>Max Utilization: 88% </color><color=white>HP version can hold Sounding Rocket Payload</color></b>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -52,7 +52,7 @@

@title = Tank, II
@manufacturer = Generic
@description = Level II tank. Can be configured with normal or high pressurization. Max utilization 92%.
@description = Level II tank. Better mass-ratio than the Level I Tank and similar to tanks on the Redstone, R-5, and Able rockets. Can be configured with normal or high pressurization. High pressurization tanks are required by some engines and they are heavier than normal tanks. <b><color=green>Max Utilization: 92% </color><color=white>HP version can hold Sounding Rocket Payload</color></b>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -100,7 +100,7 @@

@title = Tank, III
@manufacturer = Generic
@description = Level III tank. Can be configured with normal or high pressurization. Max utilization 95%.
@description = Level III tank. Better mass-ratio than the Level II Tank similar to tanks used on early Titan, Thor and Vanguard rockets. Can be configured with normal or high pressurization. High pressurization tanks are required by some engines and they are heavier than normal tanks. <b><color=green>Max Utilization: 95% </color><color=white>HP version can hold Sounding Rocket Payload</color></b>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -148,7 +148,7 @@

@title = Tank, IV
@manufacturer = Generic
@description = Level IV tank. Can be configured with normal or high pressurization. Max utilization 97%.
@description = Level IV tank. Better mass-ratio than the Level III Tank, similar to tanks used on Titan II, Agena and Saturn S-II rockets. Can be configured with normal or high pressurization. High pressurization tanks are required by some engines and they are heavier than normal tanks. <b><color=green>Max Utilization: 97% </color><color=white>HP version can hold Sounding Rocket Payload</color></b>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -196,7 +196,7 @@

@title = Tank, III (Balloon)
@manufacturer = Generic
@description = Level III balloon tank. Expensive and complex (needs to be kept pressurized at all times) but very light. Min utilization 99%, max utilization 100%.
@description = Level III Balloon Tank. Balloon tanks are expensive and complex as they need to be pressurized at all times, but they are much lighter than regular tanks. These are similar to tanks used on the Atlas and Centaur stages. <b><color=green>Min Utilization: 99% - Max Utilization: 100%</color></b>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -243,7 +243,7 @@

@title = Service Module, I
@manufacturer = Generic
@description = Level I Service Module tank. Great for storing life support, payloads, and electric charge. Max utilization 50%.
@description = Level I Service Module Tank similar to early satellites and payloads. These are used to store life support, payloads and electric charge. These are heavy tanks with poor utilization that simulates the supporting structures and systems needed for the specialized payloads. <b><color=green>Max Utilization: 50% </color><color=white>Can Hold Satellite Payload, Sounding Rocket Payload and Life Support Supplies</b> (as well as regular fuel)</color>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -289,7 +289,7 @@

@title = Service Module, II
@manufacturer = Generic
@description = Level II Service Module. Great for storing life support, payloads, and electric charge. Max utilization 50%.
@description = Level II Service Module Tank similar to ones used by Mercury and Vostok. These are used to store life support, payloads and electric charge. These are heavy tanks with poor utilization that simulates the supporting structures and systems needed for the specialized payloads. <b><color=green>Max Utilization: 50% </color><color=white>Can Hold Satellite Payload, Sounding Rocket Payload and Life Support Supplies</b> (as well as regular fuel)</color>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -336,7 +336,7 @@

@title = Service Module, III
@manufacturer = Generic
@description = Level III Service Module. Great for storing life support, payloads, and electric charge. Max utilization 60%.
@description = Level III Service Module Tank similar to ones used by Gemini and Voskhod. These are used to store life support, payloads and electric charge. These are heavy tanks with poor utilization that simulates the supporting structures and systems needed for the specialized payloads. <b><color=green>Max Utilization: 60% </color><color=white>Can Hold Satellite Payload, Sounding Rocket Payload and Life Support Supplies</b> (as well as regular fuel)</color>

@maxTemp = 773.15
%skinMaxTemp = 873.15
@@ -383,7 +383,7 @@

@title = Service Module, IV
@manufacturer = Generic
@description = Level IV Service Module. Great for storing life support, payloads, and electric charge. Max utilization 75%.
@description = Level IV Service Module Tank similar to ones used by Apollo. These are used to store life support, payloads and electric charge. These are heavy tanks with poor utilization that simulates the supporting structures and systems needed for the specialized payloads. <b><color=green>Max Utilization: 75% </color><color=white>Can Hold Satellite Payload, Sounding Rocket Payload and Life Support Supplies</b> (as well as regular fuel)</color>

@maxTemp = 773.15
%skinMaxTemp = 873.15
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