Difference between revisions of "Monopropellant"

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(Noted real-world use of monopropellant thrusters.)
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{{:Monopropellant/Box}}
 
{{:Monopropellant/Box}}
'''Monopropellant''' is a [[resource]] that is used by most [[RCS]] thrusters along with the [[O-10 MonoPropellant Engine]]. It is stored in separate tanks from [[liquid fuel]] or [[oxidizer]], and may be [[fuel transfer|transferred]] around a vessel. Crew containing [[command module]]s also store a small quantity of monopropellant. Stored monopropellant is available to every thruster on a vessel. As of version version [[0.23.5]], containers on earlier stages are drained before containers on later stages.
 
  
Monopropellant is also generally assumed to be used by the jetpacks worn by [[Kerbal]]s on [[EVA]]. Each kerbonaut can carry 5 units of "EVA Propellant", which is enough for about 600 m/s of Δv. The jetpack is resupplied when the kerbonaut enters a command module, but as of version {{Check version| 1.1.3}} this action does not remove any monopropellant from the craft's supply.
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'''Monopropellant''' is a [[resource]] that is used by most [[RCS]] thrusters along with the [[O-10 "Puff" MonoPropellant Fuel Engine]]. It is stored in separate tanks from [[liquid fuel]] or [[oxidizer]] (such as the [[Stratus-V Roundified Monopropellant Tank]]), and may be [[fuel transfer|transferred]] around a vessel. Crew containing [[command module]]s also store a small quantity of monopropellant. Stored monopropellant is available to every thruster on a vessel. As of {{version|0.23.5}}, containers on earlier stages are drained before containers on later stages.
[[Category:Resources]]
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Monopropellant is also generally assumed to be used by the jetpacks worn by [[Kerbal]]s on [[EVA]]. The jetpack is resupplied when the Kerbonaut enters a command module. As of {{version|1.6}}, this action does not remove any monopropellant from the craft's supply.
  
 
== Real world equivalent ==
 
== Real world equivalent ==
 
In reality, most manned vehicles burn a hypergolic (self-igniting) mix of some hydrazine-bearing chemical and dinitrogen tetroxide in their RCS thrusters. Monopropellant systems are more common on satellites and space probes, such as the Mariner-Voyager series.
 
In reality, most manned vehicles burn a hypergolic (self-igniting) mix of some hydrazine-bearing chemical and dinitrogen tetroxide in their RCS thrusters. Monopropellant systems are more common on satellites and space probes, such as the Mariner-Voyager series.
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== Changes ==
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;[[1.9]]
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* Resource is now drainable
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;[[1.2.2]]
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* Added display name
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;[[1.2]]
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* Added abbreviation (used in [[KerbNet]])
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;[[1.1]]
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* Added volume
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;[[1.0]]
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* Added hsp value (heat capacity)
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;[[0.24]]
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* Added cost
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;[[0.23.5]]
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* Changed flowMode from ALL_VESSEL to STAGE_PRIORITY_FLOW
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;[[0.23]]
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* Resource is now tweakable in the VAB/SPH
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;[[0.18]]
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* Initial release
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== References ==
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<references/>
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{{Resources}}

Latest revision as of 04:39, 28 July 2021

Monopropellant
Density 4 kg/l
Transferable Yes
Tweakable Yes
Drainable Yes
Flow mode Everywhere
Cost 1.2 Funds/l
0.3 Funds/kg
Since version 0.18

Monopropellant is a resource that is used by most RCS thrusters along with the O-10 "Puff" MonoPropellant Fuel Engine. It is stored in separate tanks from liquid fuel or oxidizer (such as the Stratus-V Roundified Monopropellant Tank), and may be transferred around a vessel. Crew containing command modules also store a small quantity of monopropellant. Stored monopropellant is available to every thruster on a vessel. As of version 0.23.5, containers on earlier stages are drained before containers on later stages.

Monopropellant is also generally assumed to be used by the jetpacks worn by Kerbals on EVA. The jetpack is resupplied when the Kerbonaut enters a command module. As of version 1.6, this action does not remove any monopropellant from the craft's supply.

Real world equivalent

In reality, most manned vehicles burn a hypergolic (self-igniting) mix of some hydrazine-bearing chemical and dinitrogen tetroxide in their RCS thrusters. Monopropellant systems are more common on satellites and space probes, such as the Mariner-Voyager series.

Changes

1.9
  • Resource is now drainable
1.2.2
  • Added display name
1.2
  • Added abbreviation (used in KerbNet)
1.1
  • Added volume
1.0
  • Added hsp value (heat capacity)
0.24
  • Added cost
0.23.5
  • Changed flowMode from ALL_VESSEL to STAGE_PRIORITY_FLOW
0.23
  • Resource is now tweakable in the VAB/SPH
0.18
  • Initial release

References