OMS

E837363

OMS is the abbreviation for the Space Shuttle’s Orbital Maneuvering System, which provided the thrust needed for orbital insertion, adjustment, and deorbit burns.

Try in SPARQL Jump to: Statements Referenced by

Statements (47)

Predicate Object
instanceOf rocket engine system
spacecraft propulsion system
abbreviation OMS NERFINISHED
component OMS pod NERFINISHED
control commanded from orbiter flight deck
countryOfOrigin United States of America
surface form: United States
developedBy Rocketdyne NERFINISHED
distinctFrom Space Shuttle Main Engines NERFINISHED
Space Shuttle Reaction Control System NERFINISHED
engineCycle pressure-fed
engineDesignation AJ10-190
enginesPerPod 1
firstUsedOnMission STS-1 NERFINISHED
hasPart OMS engine NERFINISHED
pressurization system
propellant tanks
valves and feed lines
locationOnVehicle aft fuselage of Space Shuttle orbiter GENERATED
mountedIn left OMS pod
right OMS pod
numberOfPodsPerOrbiter 2 GENERATED
operationalEnvironment vacuum of space
operator NASA
partOf Space Shuttle NERFINISHED
primaryFunction deorbit burn
orbit adjustment
orbital insertion
propellantType monomethylhydrazine
nitrogen tetroxide
propulsionType hypergolic bipropellant
provides high-impulse thrust in space
providesCapability precise orbital energy changes
restartCapability multiple restarts in orbit
retiredWithProgram Space Shuttle program NERFINISHED
safetyFeature redundant valves and controls
specificImpulseVacuum about 316 s
standsFor Orbital Maneuvering System NERFINISHED
status retired
thrustPerEngineVacuum about 26.7 kN
totalOMSMainEnginesPerOrbiter 2
typicalBurnDurationRange tens to hundreds of seconds GENERATED
usedFor changing Space Shuttle orbital altitude
changing Space Shuttle orbital inclination
deorbit to reentry trajectory
rendezvous maneuvers
usedOn NASA Space Shuttle orbiter NERFINISHED
worksInConjunctionWith Reaction Control System NERFINISHED

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.