rocket engine

From Spacefaring

Q335225

non-air breathing jet engine used to propel a missile or vehicle. 

Wikimedia, Wikidata
1.5KS35000, 1.8KS7800, 11D428, 11D430, 11D431, 11D445, 11D446, 17D58E, A-7, Aeon 1, Aeon R, aerospike engine, air-augmented rocket, AR1, Archimedes, Archimedes Vacuum, Armstrong Siddeley Stentor, Ascent Propulsion System, BE-3, BE-4, BE-7, Bell Model 8000, booster (rocketry), Bristol Siddeley Gamma, BT-6, C2.253, cold gas thruster, cryogenic rocket engine, Curie, de Havilland Spectre, Descent Propulsion System, dual-mode propulsion system, E-1, eject motor (rocketry), electric pump-fed engine, electric rocket engine, ES-702, Executor, F-1, Fastrac, Gamma 2, Gamma 201, Gamma 301, Gamma 8, H-1, HEAT-1X, Helix, jet engine, KDU-414, kick motor, KRE-007, KRE-010, KRE-030, KRE-075, KRE-090, KTDU-35, KTDU-80, launch motor (rocketry), LEROS, liquid apogee engine, Longyun, LR-105, LR-79-7, LR-87, LR-89, LR-91, LR87-11, M-1, Merlin, MR-103, MR-104, MR-106, MR-107, MR-111, MR-120, MR-50, MR-80, NK-15, NK-31, NK-33, NK-39, NK-9, nuclear pulse propulsion, nuclear thermal rocket, ORM, ORM-1, P120C, P230, P241, P80, pressure-fed engine, pulsed rocket motor, Q105161771, Q18469115, Q20825925, Raptor, RD-0210, RD-0214, RD-0216, RD-0233, RD-0236, RD-0410, RD-107, RD-108, RD-117, RD-119, RD-171, RD-171MV, RD-193, RD-214, RD-250, RD-253, RD-263, RD-264, RD-270, RD-301, RD-58, RD-853, RD-857, Reaction Motors XLR10, Reaction Motors XLR11, Reaction Motors XLR99, retrorocket, RocketMotorTwo, Rolls-Royce RZ2, RS-27A, RS-84, RS-88, S5.92, S5.98M, solid propellant rocket engine, Solid Rocket Motor, sustainer engine, TALOS-150, TEPREL, TQ-12, TR-106, TR-107, TR-201, Ullage motor, vernier thruster, Vikas, Viking, VR900, Walter HWK 109-509, X-248, X-248A, X-405, XLR-89-5, YF-series rocket engine, Zefiro, 
RS-68 rocket engine test.jpg

1.8KS7800 – 11D428 – 11D430 – 11D446 – 17D58E – A-7 – Aeon 1 – Aeon R – aerospike engine – AR1 – Armstrong Siddeley Stentor – BE-3 – BE-4 – BE-7 – booster (rocketry) – Bristol Siddeley Gamma – BT-6 – C2.253 – Fastrac – Merlin – Raptor – TQ-12 – 
Frameless
BE-3 Undergoing TestingBE-3 Undergoing Testing
Casimir Siemienwicz, détail de Grand art d`artillerie, 1651, fusées à ailettes, etcCasimir Siemienwicz, détail de Grand art d'artillerie, 1651, fusées à ailettes, etc
Casimir Siemienwicz, grande planche montrant des fusées à baguette, ailettes, etc., images 60 et suivantessCasimir Siemienwicz, grande planche montrant des fusées à baguette, ailettes, etc., images 60 et suivantess
Early liquid-propellant rocket modelsEarly liquid-propellant rocket models
La fusée à 3 étages de Conrad HaasLa fusée à 3 étages de Conrad Haas
Les secrets des Pyrobolistes, p. 146, Grand art d`artillerie, Casimir Siemienovicz, 1651Les secrets des Pyrobolistes, p. 146, Grand art d'artillerie, Casimir Siemienovicz, 1651
LiquidFuelRocketSchematic esLiquidFuelRocketSchematic es
Liquid fuel rocket jaLiquid fuel rocket ja
Liquid propellant for rocketsLiquid propellant for rockets
Maison volante de Conrad Haas, manuscrit de SibiuMaison volante de Conrad Haas, manuscrit de Sibiu
Motor TEPREL-C durante el lanzamiento exitoso del cohete MIURA 1Motor TEPREL-C durante el lanzamiento exitoso del cohete MIURA 1
Rocket engine combustion chamber-165507Rocket engine combustion chamber-165507
Sojus SteuerungsdüseSojus Steuerungsdüse
SolidRocketMotor ukSolidRocketMotor uk
Specific-impulse-kk-20090105-heSpecific-impulse-kk-20090105-he
TypeDateDescriptionKeywordsNotesSource
linkFreebase entry@Wikidata
linkArmenian Soviet Encyclopedia, vol. 6@Wikidata
vessel1995EchoStar 1 perigee kick motorperigee kick motor, derelict satelliteWikidata
vesselPAM-D2rocket model, Payload Assist ModuleWikidata
vessel2009PAM-D rocket bodykick motor, space debris, former entity, PAM-DWikidata
vesselPAM-Drocket model, Payload Assist ModuleWikidata
vesselPAM-Srocket model, Payload Assist ModuleWikidata
vesselPayload Assist Modulerocket series, apogee kick motor, space tugWikidata
vessel2003STAR 3STAR, engine familyWikidata
vessel1960STAR 5STAR, engine familyWikidata
vessel1980STAR 6engine family, STARWikidata
vessel2002STAR 8STAR, engine modelWikidata
vesselSTAR 10STAR, engine modelWikidata
vesselSTAR 12STAR, engine familyWikidata
vessel1960STAR 13STAR, engine familyWikidata
vessel1997STAR 15GSTAR, engine modelWikidata
vessel1967STAR 17STAR, engine familyWikidata
vesselSTAR 20rocket model, STAR, AltairWikidata
vessel1973STAR 24STAR, engine familyWikidata
vessel1963STAR 25rocket model, STAR, AltairWikidata
vessel1964STAR 26STAR, engine familyWikidata
vesselSTAR 30STAR, engine familyWikidata
vessel1973STAR 31rocket model, rocket stage, STAR, engine modelWikidata
vessel1978STAR 63engine series, rocket series, STARWikidata
vesselSTARsolid-propellant rocket, apogee kick motor, engine family, space tugWikidata
vessel1975Star 27STAR, engine familyWikidata
vesselStar 37engine series, rocket series, STARWikidata
vessel1982Star 48engine series, rocket series, STARWikidata
imageBE-3 Undergoing TestingWikimedia
image1651Casimir Siemienwicz, détail de Grand art d'artillerie, 1651, fusées à ailettes, etcWikimedia
image1651Casimir Siemienwicz, grande planche montrant des fusées à baguette, ailettes, etc., images 60 et suivantessWikimedia
imageEarly liquid-propellant rocket modelsWikimedia
imageLa fusée à 3 étages de Conrad HaasWikimedia
image1651Les secrets des Pyrobolistes, p. 146, Grand art d'artillerie, Casimir Siemienovicz, 1651Wikimedia
imageLiquidFuelRocketSchematic esWikimedia
imageLiquid fuel rocket jaWikimedia
imageLiquid propellant for rocketsWikimedia
imageMaison volante de Conrad Haas, manuscrit de SibiuWikimedia
imageMotor TEPREL-C durante el lanzamiento exitoso del cohete MIURA 1Wikimedia
imageRocket engine combustion chamber-165507Wikimedia
imageSojus SteuerungsdüseWikimedia
imageSolidRocketMotor ukWikimedia
imageSpecific-impulse-kk-20090105-heWikimedia
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