View source for Engineering:List of spacecraft with electric propulsion

{{Short description|none}}
In chronological order, spacecraft are listed equipped with [[Engineering:Electrically powered spacecraft propulsion|electric space propulsion]]. This includes both cruise engines and/or thrusters for attitude and orbit control. It is not specified whether the given engine is the sole means of propulsion or whether other types of engine are also used on a spacecraft. The list does not claim to be comprehensive.

==Chronological overview==
{|class="wikitable sortable" style="width: 100%;"
|+ Spacecraft with electric propulsion
|- class="is-sticky"
! Spacecraft name 
! Launch date 
! End of life 
! Thruster type
! class="unsortable"|No. 
! Model 
! Propellant
! colspan="2"|Spacecraft customer
! colspan="2"|Thruster prime
! Comment 
|- ----
| Program 661A Flight A || {{dts|18-12-1962|abbr=on}} || {{dts|18-12-1962|abbr=on}} || Ion engine || 1 ||  || Cesium || {{flagicon|United States}} || USAF || {{flagicon|United States}} ||EOS (Electro-Optical Systems, Inc.) || Suborbital, no operation of on-board ion engine
|- ----
|[[Astronomy:Kosmos 21|Kosmos 21]] || {{dts|11-11-1963|abbr=on}} || {{dts|11-11-1963|abbr=on}} || [[Engineering:Pulsed plasma thruster|Pulsed plasma thruster]] || || || [[Chemistry:Polytetrafluoroethylene|PTFE]]   || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Organization:Kurchatov Institute|Kurchatov Institute]]/OKB-1 || Launch failure
|- ----
| [[Engineering:SERT-1|SERT 1]] || {{dts|20-07-1964|abbr=on}} || {{dts|20-07-1964|abbr=on}} || Ion engine || 1<br /> 1 ||  || Mercury<br /> Cesium || {{flagicon|United States}} || NASA || {{flagicon|United States}} ||NASA<br /> Hughes || ''Space Electric Rocket Test'', suborbital (31 min), the first demonstration of an ion engine in space - only the mercury engine by NASA was operated
|- ----
| Program 661A Flight B || {{dts|29-08-1964|abbr=on}} || {{dts|29-08-1964|abbr=on}} || Ion engine || 1 || || Cesium || {{flagicon|United States}} || USAF || {{flagicon|United States}} || EOS || Suborbital, experimental test (19 min operation)
|- ----
|[[Astronomy:Zond 2|Zond 2]] || {{dts|30-11-1964|abbr=on}} || {{dts|14-05-1965|abbr=on}} || [[Engineering:Pulsed plasma thruster|Pulsed plasma thruster]] || || || [[Chemistry:Polytetrafluoroethylene|PTFE]]   || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Organization:Kurchatov Institute|Kurchatov Institute]]/OKB-1 || Is widely regarded as the first application of electric propulsion systems in space (70 min of PPT operation)
|- ----
| Program 661A Flight C || {{dts|21-12-1964|abbr=on}} || {{dts|21-12-1964|abbr=on}} || Ion engine || 1 ||   || Cesium || {{flagicon|United States}} || USAF || {{flagicon|United States}} || EOS || Suborbital, experimental test (4 min operation)
|- ----
| [[Engineering:SNAP-10A|Snapshot]] || {{dts|03-04-1965|abbr=on}} ||  || Ion engine || 1 || || Cesium || {{flagicon|United States}} || USAF/Army || {{flagicon|United States}} || EOS || Experimental 1 hour operation, SNAP-10A nuclear reactor
|- ----
| [[Engineering:Zond 3|Zond 3]] || {{dts|18-07-1965|abbr=on}} ||  || Pulsed plasma thruster || || || PTFE || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Operation of thruster failed
|- ----
| Yantar-1 || {{dts|13-10-1966|abbr=on}} || {{dts|13-10-1966|abbr=on}} || Ion engine || || || Argon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Ballistic flight
|- ----
| Yantar-2 || {{dts|1968|abbr=on}} || {{dts|1968|abbr=on}} || Ion engine || || || Nitrogen || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Ballistic flight
|- ----
| ATS-4 || {{dts|10-08-1968|abbr=on}} || || Ion engine || 2 || || Cesium || {{flagicon|United States}} || USAF/NASA || {{flagicon|United States}} || EOS || Experimental 10 hours operation, Satellite Technology Applications
|- ----
| LES-6 || {{dts|26-09-1968|abbr=on}} || || Pulsed plasma thruster || 4 || || PTFE || {{flagicon|United States}} || USAF || {{flagicon|United States}} || [[Organization:MIT Lincoln Laboratory|MIT Lincoln Lab.]] || ''Lincoln Experimental Satellite''
|- ----
| Yantar-3 || {{dts|1969|abbr=on}} || {{dts|1969|abbr=on}} || Ion engine || || || Air || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Ballistic flight
|- ----
| ATS-5 || {{dts|12-08-1969|abbr=on}} || || Ion engine || 2 || || Cesium|| {{flagicon|United States}} || USAF/NASA || {{flagicon|United States}} || EOS || Experimental
|- ----
| SERT 2 || {{dts|03-02-1970|abbr=on}} || || Ion engine || 2 || || Mercury || {{flagicon|United States}} || NASA || {{flagicon|United States}} || NASA/Westinghouse || (Experimental), worked until 1981 (3781 hours)
|- ----
| Yantar-4 || {{dts|1971|abbr=on}} || {{dts|1971|abbr=on}} || Ion engine || || || Air || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Ballistic flight
|- ----
| Meteor 1-10 || {{dts|29-12-1971|abbr=on}} ||  || Hall effect thruster || 2 || SPT-60 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Company:OKB Fakel|OKB Fakel]] || Orbit control
|- ----
| [[Engineering:Lambda (rocket family)|L-4SC]]-3 || {{dts|20-08-1974|abbr=on}} || {{dts|20-08-1974|abbr=on}} || Pulsed plasma thruster || || || PTFE || {{flagicon|Japan}} || [[Organization:Institute of Space and Astronautical Science|ISAS]] || ||  || Experimental, ballistic launch. Launch failure.
|- ----
| ATS-6 || {{dts|30-05-1974|abbr=on}} || || Ion engine || 2|| || Cesium || {{flagicon|United States}} || NASA|| {{flagicon|United States}} || EOS || Experimental 92 hours operation
|- ----
| Meteor-Priroda 1 (Meteor 1-18) || {{dts|09-07-1974|abbr=on}} || || Hall effect thruster || 2 || SPT-60 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || OKB Fakel || Orbit control
|- ----
| Kren-1 (Kosmos-728) || {{dts|18-4-1975|abbr=on}} || {{dts|18-4-1975|abbr=on}} || [[Engineering:Magnetoplasmadynamic thruster|Magnetoplasmadynamic thruster]] || || || Potassium || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || NIITP || Ballistic flight
|- ----
| TIP-2 || {{dts|12-10-1975|abbr=on}} || || Pulsed plasma thruster || 2 || TSPPS  || PTFE || {{flagicon|United States}} || US Navy || {{flagicon|United States}} || Republic Aviation || ''Transit Improvement Program'' (Triad / NOVA), ''Teflon Solid Propellant Propulsion System''
|- ----
| Kren-2 (Kosmos-780) || {{dts|21-11-1975|abbr=on}} || {{dts|21-11-1975|abbr=on}} || Magnetoplasmadynamic thruster || || || Potassium || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || NIITP || Ballistic flight
|- ----
| Meteor-Priroda 2-1 (Meteor 1-25) || {{dts|15-05-1976|abbr=on}} || || Hall effect thruster || 2 || SPT-60 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || OKB Fakel || Orbit control
|- ----
| TIP-3 || {{dts|01-09-1976|abbr=on}} || || Pulsed plasma thruster || 2 || TSPPS || PTFE ||  {{flagicon|United States}} || US Navy || {{flagicon|United States}} || Republic Aviation || ''Transit Improvement Program'' (Triad/NOVA), ''Teflon Solid Propellant Propulsion System''
|- ----
| Meteor-Priroda 2-2 (Meteor 1-28) || {{dts|29-06-1977|abbr=on}} || || Hall effect thruster || 2 || SPT-50 || Xenon || {{flagicon|USSR}} || || {{flagicon|USSR}} || OKB Fakel || Orbit control
|- ----
| Kust-1 || {{dts|7-12-1977|abbr=on}} || {{dts|7-12-1977|abbr=on}} || Magnetoplasmadynamic thruster || || || Air || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Ballistic flight, Russian acronym of ''Kubarev, thruster, jet''
|- ----
| Kust-2 || {{dts|30-11-1978|abbr=on}} || {{dts|30-11-1978|abbr=on}} || Magnetoplasmadynamic thruster || || || Air || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Ballistic flight
|- ----
| Astrofizika (Kosmos 1066) || {{dts|23-12-1978|abbr=on}} || || Hall effect thruster || 2 || SPT-50 || Xenon || {{flagicon|USSR}} || || {{flagicon|USSR}} || OKB Fakel || Orbit control
|- ----
| Kust-3 || {{dts|21-1-1979|abbr=on}} || {{dts|21-1-1979|abbr=on}} || Magnetoplasmadynamic thruster || || || Air || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || Ballistic flight
|- ----
| SCATHA (P78-2) || {{dts|30-01-1979|abbr=on}} || || Ion source || 1 || || Xenon ||  {{flagicon|United States}} || USAF/NASA || {{flagicon|United States}} || Hughes || ''Satellite Positive Ion Beam System'' (SPIBS), No engine in the strict sense
|- ----
| [[Company:Intelsat|Intelsat-5]] F-2 || {{dts|06-12-1980|abbr=on}} || || [[Engineering:Resistojet rocket|Resistojet]] || || || Hydrazine || {{flagicon|United States}} || ITSO/[[Company:Inmarsat|Inmarsat]] ||  ||  || Communications satellite, and 1984, eight satellites
|- ----
| MS-T4 (Tansei 4) || {{dts|17-02-1980|abbr=on}} || {{dts|13-05-1983|abbr=on}} || Magnetoplasmadynamic thruster || || || Ammonia || {{flagicon|Japan}} ||  ISAS || ||   || Experimental, thruster for spin-up
|- ----
| ETS-4 (Kiku 3) || {{dts|11-02-1981|abbr=on}} || {{dts|24-12-1984|abbr=on}} || Pulsed plasma thruster || || || PTFE || {{flagicon|Japan}} ||  NASDA || {{flagicon|Japan}} ||AIST || ''Engineering Test Satellite'' (experimental)
|- ----
| Nova-1 || {{dts|14-05-1981|abbr=on}} || || Pulsed plasma thruster || || TSPPS || PTFE || {{flagicon|United States}} || US Navy || {{flagicon|United States}} || || ''Transit Improvement Program'' (Triad/NOVA), ''Teflon Solid Propellant Propulsion System''
|- ----
| Meteor-Priroda 2-4 (Meteor 1-31) || {{dts|10-07-1981|abbr=on}} || || Hall effect thruster || 2 || SPT-50 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || OKB Fakel || Orbit control
|- ----
| MDT-2A || {{dts|07-12-1981|abbr=on}} || {{dts|07-12-1981|abbr=on}} || Pulsed plasma thruster || || || PTFE || {{flagicon|China}} ||  || {{flagicon|China}} ||SSTC Academia Sinica || Ballistic Missile
|- ----
| Potok 1/Geizer 1 (Kosmos 1366) || {{dts|17-5-1982|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| ETS-3 (Kiku 4) || {{dts|3-09-1982|abbr=on}} || {{dts|8-3-1985|abbr=on}} || Ion engine || 2 || || Mercury || {{flagicon|Japan}} ||  NASDA || {{flagicon|Japan}} ||[[Company:Mitsubishi Electric|MELCO]] || ''Engineering Test Satellite'' (experimental)
|- ----
| Potok 2/Geizer 2 (Kosmos 1540) || {{dts|2-3-1984|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| Nova-3 || {{dts|12-10-1984|abbr=on}} || || Pulsed plasma thruster || || TSPPS  || PTFE || {{flagicon|United States}} || US Navy || {{flagicon|United States}} ||  || ''Transit Improvement Program'' (Triad/NOVA), ''Teflon Solid Propellant Propulsion System''
|- ----
| Luch #1 (Kosmos 1700) || {{dts|25-10-1985|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || OKB Fakel || 
|- ----
| Potok 3/Geizer 3 (Kosmos 1738) || {{dts|4-4-1986|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| Plazma-A #1 ([[Engineering:Kosmos 1818|Kosmos 1818]]) || {{dts|1-2-1987|abbr=on}} || || Hall effect thruster || 6 || SPT-70 || Xenon || {{flagicon|USSR}} || || {{flagicon|USSR}} || OKB Fakel || Orbit control, [[Engineering:TOPAZ nuclear reactor|Topaz-1]] nuclear reactor
|- ----
| Plazma-A #2 ([[Engineering:Kosmos 1867|Kosmos 1867]]) || {{dts|10-7-1987|abbr=on}} || || Hall effect thruster || 6 || SPT-70 || Xenon || {{flagicon|USSR}} || || {{flagicon|USSR}} || OKB Fakel || Orbit control, Topaz-1 nuclear reactor
|- ----
| Start-1 || {{dts|7-8-1987|abbr=on}} ||  || Magnetoplasmadynamic thruster || || AMPDT  || Air || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || ''Autonomous MPD Thruster''
|- ----
| Start-2 || {{dts|9-9-1987|abbr=on}} ||  || Magnetoplasmadynamic thruster || || AMPDT  || Argon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||  || ''Autonomous MPD Thruster''
|- ----
| Potok 4/Geizer 5 (Kosmos 1888) || {{dts|1-10-1987|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || [[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| Luch #2 (Kosmos 1897) || {{dts|26-11-1987|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || OKB Fakel || 
|- ----
| Nova-2 || {{dts|16-06-1988|abbr=on}} || || Pulsed plasma thruster || || TSPPS  ||  PTFE || {{flagicon|United States}} || US Navy || {{flagicon|United States}} || || ''Transit Improvement Program'' (Triad/NOVA), ''Teflon Solid Propellant Propulsion System''
|- ----
| Potok 5/Geizer 6 (Kosmos 1961) || {{dts|1-8-1988|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| Luch #3 (Kosmos 2054) || {{dts|27-12-1989|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} || OKB Fakel || 
|- ----
| Potok 6/Geizer 7 (Kosmos 2085) || {{dts|18-7-1990|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| Potok 7/Geizer 8 (Kosmos 2172) || {{dts|22-11-1991|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|USSR}} ||  || {{flagicon|USSR}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| [[Astronomy:European Retrievable Carrier|EURECA]] || {{dts|02-08-1992|abbr=on}}|| {{dts|01-07-1993|abbr=on}} || Ion engine || || RIT-10 (RITA) || Xenon || || [[Organization:European Space Agency|ESA]] || {{flagicon|Germany}} ||MBB || 240 hours operation
|- ----
| Telstar 401 || {{dts|16-12-1993|abbr=on}} || {{dts|11-01-1997|abbr=on}} || Arcjet || || MR-508 || Hydrazine || {{flagicon|United States}} || AT&T || {{flagicon|United States}} || [[Company:Aerojet Rocketdyne|Rocket Research Co.]] || Communication satellite (Lockheed Martin AS-7000)
|- ----
| Gals-1 || {{dts|20-01-1994|abbr=on}} || ||  Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || || {{flagicon|Russia}} || OKB Fakel || Communication Satellite
|- ----
| ETS-6 (Kiku 6) || {{dts|28-08-1994|abbr=on}} || {{dts|09-07-1996|abbr=on}} || Ion engine || || XIES || Xenon || {{flagicon|Japan}} ||  NASDA || {{flagicon|Japan}} ||[[Company:Mitsubishi Electric|Mitsubishi Electric]] || Experimental, ''Xenon Ion Engine System''
|- ----
| Telstar 402 || {{dts|09-09-1994|abbr=on}} || {{dts|09-09-1994|abbr=on}} || Arcjet || || MR-508 || Hydrazine  || {{flagicon|United States}} || AT&T || {{flagicon|United States}} || [[Company:Aerojet Rocketdyne|Rocket Research Co.]] || Communication satellite (Lockheed Martin AS-7000), exploded shortly after launch
|- ----
| Potok 8/Geizer 9 (Kosmos 2291) || {{dts|21-9-1994|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|Russia}} ||  || {{flagicon|Russia}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| [[Engineering:Ekspress|Ekspress]] 1  || {{dts|13-10-1994|abbr=on}} ||  || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} ||  || {{flagicon|Russia}} || OKB Fakel || 
|- ----
| [[Engineering:Luch (satellite)|Luch]] 4 || {{dts|16-12-1994|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|Russia}} ||  || {{flagicon|Russia}} || OKB Fakel || 
|- ----
| Space Flyer Unit ([[Astronomy:Space Flyer Unit|SFU]]) || {{dts|18-03-1995 |abbr=on}}|| {{dts|13-01-1996|abbr=on}} || [[Engineering:Magnetoplasmadynamic thruster|Magnetoplasmadynamic thruster]] || 1 || EPEX || Hydrazine || {{flagicon|Japan}} ||  ISAS/NASDA || {{flagicon|Japan}} ||ISAS || ''Electric Propulsion Experiment'', 43395 pulses of operation
|- ----
| Potok 9/Geizer 10 (Kosmos 2319) || {{dts|30-8-1995|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|Russia}} ||  || {{flagicon|Russia}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| Telstar 402R (Telstar 4) || {{dts|24-09-1995|abbr=on}} || {{dts|2003-09|abbr=on}} || Arcjet || || MR-508 || Hydrazine  || {{flagicon|United States}} || AT&T || {{flagicon|United States}} || [[Company:Aerojet Rocketdyne|Rocket Research Co.]] || Communication satellite (Lockheed Martin AS-7000)
|- ----
| [[Engineering:Luch (satellite)|Luch]]2-1  || {{dts|11-10-1995|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|Russia}} ||  || {{flagicon|Russia}} || OKB Fakel || 
|- ----
| Gals-2 || {{dts|17-11-1995|abbr=on}} || || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || || {{flagicon|Russia}} || OKB Fakel || Communication Satellite
|- ----
| [[Engineering:Ekspress|Ekspress]] 2  || {{dts|26-9-1996|abbr=on}} ||  || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} ||  || {{flagicon|Russia}} || OKB Fakel || 
|- ----
<!--| 45 satellites --->
| A2100 || {{dts|1997|abbr=on}} || || Arcjet || || MR-510 ||  || {{flagicon|United States}} || Lockheed/Aerojet || ||  || Communication Satellite
|- ----
| PAS 5 (now: Intelsat 5) || {{dts|28-08-1997|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || PanAmSat || {{flagicon|United States}} || Hughes-EDD ||[[Engineering:Satellite bus|Satellite bus]] based on HS-601HP (first commercial satellite with XIPS)
|- ----
| Kupon-1 || {{dts|12-11-1997|abbr=on}} || {{dts|1998-3|abbr=on}} || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|Russia}} || Bank of Russia || {{flagicon|Russia}} || OKB Fakel || Communication Satellite
|- ----
| Galaxy 8i || {{dts|08-12-1997|abbr=on}} || {{dts|2004|abbr=on}}  || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || PanAmSat || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP 
|- ----
| Astra 2A || {{dts|30-08-1998|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|Luxemburg}} || SES || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP
|- ----
| [[Engineering:STEX|STEX]] (NROL-8) || {{dts|03-10-1998|abbr=on}} || || Hall effect thruster || || TAL-D55 || Xenon || {{flagicon|United States}} || NRO || {{flagicon|Russia}} || [[Company:TsNIIMash|TsNIIMash]] || EPDM (Electric Propulsion Demonstration Module)
|- ----
| [[Astronomy:Deep Space 1|Deep Space 1]] || {{dts|24-10-1998|abbr=on}} || {{dts|2001|abbr=on}} || Ion engine || 1 || [[Engineering:NASA Solar Technology Application Readiness|NSTAR]] || Xenon || {{flagicon|United States}} || NASA || {{flagicon|United States}} || NASA || 
|- ----
| Satmex 5 (now: Eutelsat 115 West A) || {{dts|05-12-1998|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|Mexico}} || Satmex || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP; propulsion failed on {{dts|27-1-2010|abbr=on}}
|- ----
| PAS 6B (now: Intelsat 6B) || {{dts|21-12-1998|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || PanAmSat || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP
|- ----
| ARGOS (P91-1) || {{dts|23-02-1999|abbr=on}} || {{dts|31-07-2003|abbr=on}} || Arcjet || || ESEX || Ammonia || {{flagicon|United States}} || USAF || {{flagicon|United States}} || Rocket Research Co. || Experimental military satellite, ''Electric Propulsion Space Experiment''
|- ----
| [[Engineering:Orion 3|Orion 3]] || {{dts|5-05-1999|abbr=on}} ||  || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || Orion Network Systems || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP; injected into wrong orbit
|- ----
| Astra 1H || {{dts|18-06-1999|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|Luxemburg}} || SES || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP
|- ----
| Yamal 101 || {{dts|06-09-1999|abbr=on}} || || Hall effect thruster || 8 || SPT-70 || Xenon || {{flagicon|Russia}} || [[Company:Gazprom Space Systems|Gazcom]] || {{flagicon|Russia}} || OKB Fakel || Communications satellite 
|- ----
| Yamal 102 || {{dts|06-09-1999|abbr=on}} || || Hall effect thruster || 8 || SPT-70 || Xenon || {{flagicon|Russia}} || [[Company:Gazprom Space Systems|Gazcom]] || {{flagicon|Russia}} || OKB Fakel || Communications satellite 
|- ----
| DirecTV 1R || {{dts|10-10-1999|abbr=on}} || || Ion engine || 4 || XIPS || Xenon || {{flagicon|United States}} || DirecTV || {{flagicon|United States}} || Hughes-EDD || Communications satellite bus based on Hughes HS-601HP
|- ----
| [[Engineering:Ekspress|Ekspress]]-A 1 || {{dts|27-10-1999|abbr=on}} || {{dts|27-10-1999|abbr=on}} ||  Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel || Communication satellite, satellite lost during launch
|- ----
<!--| Satellites based on the bus HS-702 / BSS-702 || {{dts|22-12-1999|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || Hughes/Boeing || || first satellite:  Galaxy 11
|- --->
| Galaxy 10R || {{dts|25-01-2000|abbr=on}} || {{dts|2009|abbr=on}} || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || PanAmSat || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP; reduced mission time due to malfunction in XIPS
|- ----
<!--| | Superbird 4 || {{dts|18-02-2000|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|Japan}} || SCC || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP
|- ---- probably not with XIPS --->
| [[Engineering:Ekspress|Ekspress]]-A 2 || {{dts|12-3-2000|abbr=on}} ||  ||  Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel || Communication satellite
|- ----
| SESAT 1 (now: Eutelsat 16C) || {{dts|17-04-2000|abbr=on}} || || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|France}} || [[Company:Eutelsat|Eutelsat]] || {{flagicon|Russia}} ||OKB Fakel || Communications satellite, Ekspress satellite bus by NPO PM
|- ----
| Galaxy 4R || {{dts|19-04-2000|abbr=on}} || {{dts|2006|abbr=on}} || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || PanAmSat || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP; XIPS failed by 2003
|- ----
| [[Engineering:Ekspress|Ekspress]]-A 3 || {{dts|24-6-2000|abbr=on}} ||  ||  Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel || Communication satellite
|- ----
| Potok 10/Geizer 12 (Kosmos 2371) || {{dts|4-7-2000|abbr=on}} ||  || Hall effect thruster || 4 || SPT-70 || Xenon || {{flagicon|Russia}} ||  || {{flagicon|Russia}} ||[[Company:OKB Fakel|OKB Fakel]] || 
|- ----
| MightySat II.1 || {{dts|19-07-2000|abbr=on}} || {{dts|12-11-2002|abbr=on}} || Pulsed plasma thruster || || || PTFE || {{flagicon|United States}} || AFRL || {{flagicon|United States}} || USAF/NASA/[[Company:Aerojet Rocketdyne|Olin Aerospace Co.]] || Experimental satellite
|- ----
| PAS 9 (now: Intelsat 9) || {{dts|28-07-2000|abbr=on}} || || Ion engine ||  || XIPS || Xenon || {{flagicon|United States}} || PanAmSat || {{flagicon|United States}} || Hughes-EDD || Satellite bus based on Hughes HS-601HP
|- ----
| AMSAT-Phase 3-D (OSCAR-40) || {{dts|16-11-2000|abbr=on}} || {{dts|2004|abbr=on}} || Arcjet || || ATOS || Ammonia || {{flagicon|Germany}} || AMSAT || {{flagicon|Germany}} ||[[Organization:University of Stuttgart|University of Stuttgart]], IRS || ''Arcjet Thruster on OSCAR Satellite'', operated in cold gas mode
|- ----
| [[Engineering:Earth Observing-1|EO-1]] || {{dts|21-11-2000|abbr=on}} || {{dts|30-03-2017|abbr=on}} || Pulsed plasma thruster || || || PTFE || {{flagicon|United States}} || NASA || {{flagicon|United States}} || Primex Aerospace || ''Earth Observing-1'', technology demonstrator
|- ----
| PAS 10 (now: Intelsat 10) || {{dts|15-05-2001|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|United States}} || PanAmSat || {{flagicon|United States}} || Boeing-EDD || Satellite bus based on Hughes HS-601HP
|- ----
| Astra 2C || {{dts|16-06-2001|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|Luxemburg}} || SES || {{flagicon|United States}} || Boeing-EDD || Satellite bus based on Hughes 601HP
|- ----
| [[Engineering:Artemis (satellite)|Artemis]] || {{dts|12-07-2001|abbr=on}} || {{dts|November 2017|abbr=on}} || Ion engine || 4 || RIT-10 (RITA) and UK-10(T5) || Xenon || || ESA || {{flagicon|Germany}} ||[[Company:Astrium|Astrium]] || ''Advanced Relay Technology Mission'' ESA Artemis satellite using 4 ion engines (2 RIT and 2 UK-10) has paved the way for the use of electric propulsion in telecommunication spacecraft.<ref>{{Cite web|url=http://epic-src.eu/wp-content/uploads/EPIC_Lecture-UC3M_22-10-2015.pdf|title=Present and Future of Space Electric Propulsion in Europe|access-date=2019-10-09}}</ref>
|- ----
| DirecTV 4S || {{dts|27-11-2001|abbr=on}} || || Ion engine || 4 || XIPS || Xenon || {{flagicon|United States}} || DirecTV || {{flagicon|United States}} || Boeing-EDD || Satellite bus based on Boeing BSS-601HP
|- ----
| [[Engineering:Ekspress|Ekspress]]-A 1R (Ekspress-A 4)|| {{dts|10-6-2002|abbr=on}} ||  || Hall effect thruster || 8 || SPT-100(?),     KM-5<ref>{{Cite web|url=http://file.magzdb.org/ul/151/%D0%97%D0%B5%D0%BC%D0%BB%D1%8F%20%D0%B8%20%D0%92%D1%81%D0%B5%D0%BB%D0%B5%D0%BD%D0%BD%D0%B0%D1%8F%202013%2005.pdf|title=paper From RNII to Keldysh Research Center on page 56 of the magazine Земля и Вселенная #5 2013|access-date=2020-05-06}}</ref>|| Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel(?), [[Organization:Keldysh Research Center|Keldysh]] || Communication satellite
|- ----
| AsiaSat 4 || {{dts|11-04-2003|abbr=on}} || || Ion engine || 4 || XIPS || Xenon || {{flagicon|Hong Kong}} || AsiaSat || {{flagicon|United States}} || Boeing-EDD || Satellite bus based on Boeing BSS-601HP
|- ----
| [[Astronomy:Hayabusa|Hayabusa]] || {{dts|09-05-2003|abbr=on}} || {{dts|13-06-2010|abbr=on}} || Ion engine || 4 || μ10 || Xenon || {{flagicon|Japan}} || JAXA || {{flagicon|Japan}} ||JAXA/ISAS || 
|- ----
| [[Astronomy:SMART-1|SMART-1]] || {{dts|28-09-2003|abbr=on}} || {{dts|03-09-2006|abbr=on}} || Hall effect thruster || 1 || PPS-1350 || Xenon ||  || ESA || {{flagicon|France}} ||Snecma || ''Small Missions for Advanced Research in Technology''
|- ----
| Galaxy 13 / Horizons 1 || {{dts|01-10-2003|abbr=on}} || || Ion engine || || XIPS || Xenon || {{flagicon|United States}}{{flagicon|Japan}} || PanAmSat/JSAT || {{flagicon|United States}} || Boeing-EDD || Satellite bus based on Boeing BSS-601HP
|- ----
| Yamal 201 || {{dts|24-11-2003|abbr=on}} || || Hall effect thruster || 8 || SPT-70 || Xenon || {{flagicon|Russia}} || Gazcom || {{flagicon|Russia}} || OKB Fakel ||
|- ----
| Yamal 202 || {{dts|24-11-2003|abbr=on}} || || Hall effect thruster || 8 || SPT-70 || Xenon || {{flagicon|Russia}} || Gazcom || {{flagicon|Russia}} || OKB Fakel ||
|- ----
| [[Engineering:Ekspress|Ekspress]]-AM 1 || {{dts|29-10-2004|abbr=on}} || {{dts|10-8-2013|abbr=on}} || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel ||
|- ----
| AMC 12 (Astra 4A / Star One C12 / now: NSS 10) || {{dts|03-02-2005|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|United States}} || SES Americom || {{flagicon|Russia}} || OKB Fakel || Communications satellite based on Alcatel Alenia Spacebus-4000C3
|- ----
| [[Engineering:Ekspress|Ekspress]]-AM 2 || {{dts|29-3-2005|abbr=on}} || || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel ||
|- ----
| [[Engineering:Monitor-E|Monitor-E]]  || {{dts|26-08-2005|abbr=on}} ||  || Hall effect thruster ||  || SPT-100 || Xenon || {{flagicon|Russia}} || Roskosmos || {{flagicon|Russia}} || OKB Fakel || Earth observation satellite based on Khrunichev Yachta bus
|- ----
| MBSat 1 (ABS 2i / now: ABS 4 (Mobisat)) || {{dts|13-03-2004|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Japan}} <br /> {{flagicon|Bermuda}} || MBCO <br /> Sold to: ABS || {{flagicon|Russia}} || OKB Fakel || Satellite based on Space Systems/Loral SSL-1300
|- ----
| [[Engineering:Ekspress|Ekspress]]-AM 3 || {{dts|29-10-2004|abbr=on}} || || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel ||
|- ----
| AMC 23 || {{dts|29-12-2005|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|United States}} || SES Americom || {{flagicon|Russia}} || OKB Fakel || Communications satellite based on Alcatel Alenia Spacebus-4000C3
|- ----
| KazSat-1  || {{dts|18-06-2005|abbr=on}} ||  || Hall effect thruster || 8 || SPT-70 || Xenon || {{flagicon|Kazakhstan}} || JSC KazSat || {{flagicon|Russia}} || OKB Fakel || Communications satellite based on Khrunichev Yachta bus
|- ----
| [[Engineering:ION (satellite)|ION]] || {{dts|26-7-2006|abbr=on}}  || {{dts|26-7-2006|abbr=on}} || Vacuum arc thruster || 4 || μVAT || Tungsten || {{flagicon|United States}} || [[Organization:University of Illinois at Urbana–Champaign|UIUC]] || {{flagicon|United States}} || UIUC || Satellite lost during injection phase
|- ----
| MEASAT-3 || {{dts|11-12-2006|abbr=on}}  || || Ion engine || 4 || XIPS || Xenon || {{flagicon|Malaysia}} || MEASAT || {{flagicon|United States}} || L-3 ETI || Satellite bus based on Boeing BSS-601HP
|- ----
| [[Engineering:Tactical Satellite Program|TacSat-2]] || {{dts|16-12-2006|abbr=on}} || {{dts|05-02-2011|abbr=on}} || Hall effect thruster || 1 || BHT-200 || Xenon || {{flagicon|United States}} || USAF || {{flagicon|United States}} || [[Company:Busek|Busek]] || ''Microsatellite Propulsion Integration (MPI) Experiment'', military applications
|- ----
| ETS-8 (Kiku 8) || {{dts|18-12-2006|abbr=on}} ||  || Ion engine || 4 || XIES || Xenon || {{flagicon|Japan}} || JAXA ||  {{flagicon|Japan}} || Mitsubishi Electric || 
|- ----
| [[Engineering:FalconSAT|FalconSat-3]] || {{dts|09-03-2007|abbr=on}} ||  || Pulsed plasma thruster || 4 || MPACS || PTFE || {{flagicon|United States}} || USAFA || {{flagicon|United States}} || Busek || Experimental Satellite, ''Micro-Propulsion Attitude Control System''
|- ----
| ''[[Engineering:Dawn (spacecraft)|Dawn]]'' || {{dts|27-09-2007|abbr=on}} || || Ion engine || 3 || NSTAR || Xenon || {{flagicon|United States}} || NASA || {{flagicon|United States}} || NASA || 
|- ----
| Telstar 11N || {{dts|26-02-2009|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|USA}} || Loral Skynet || {{flagicon|Russia}} || OKB Fakel || Satellite based on Space Systems/Loral SSL-1300
|- ----
| [[Physics:Gravity Field and Steady-State Ocean Circulation Explorer|GOCE]] || {{dts|17-03-2009|abbr=on}} || {{dts|11-11-2013|abbr=on}} || Ion engine || 2 || T5 || Xenon || || ESA || {{flagicon|United Kingdom}} || QinetiQ || 
|- ----
<!--|| ProtoStar 2 (now: SES 7) || {{dts|16-05-2009|abbr=on}} || || Ion engine || 4 || XIPS || Xenon || {{flagicon|Bermuda}} || [[Engineering:ProtoStar|ProtoStar]] || {{flagicon|United States}} || L-3 ETI || Satellite based on Boeing BSS-601HP
|- ---- probably not with XIPS --->
| Sirius FM5 (Radiosat 5) || {{dts|30-06-2009|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|USA}} || Sirius Satellite Radio || {{flagicon|Russia}} || OKB Fakel || Satellite based on Space Systems/Loral SSL-1300
|- ----
| [[Earth:STSAT-2A|STSAT-2A]] || {{dts|25-08-2009|abbr=on}} || {{dts|25-08-2009|abbr=on}}  || Pulsed plasma thruster || || || || {{flagicon|Republic of Korea}} || [[Organization:Korea Aerospace Research Institute|KARI]] || {{flagicon|Republic of Korea}} || KAIST/[[Organization:KAIST Satellite Technology Research Center|SaTReC]] || Satellite lost during injection phase
|-
| NSS-12 || {{dts|29-10-2009|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Netherlands}} || SES New Skies || {{flagicon|Russia}} || OKB Fakel || Satellite based on Space Systems/Loral SSL-1300
|- ----
| [[Engineering:GSAT-4|GSAT-4]] (Healthsat) || {{dts|15-04-2010|abbr=on}} || {{dts|15-04-2010|abbr=on}} || Hall effect thruster || 2 <br /> 2 || KM-45 <br /> (Unnamed) || Xenon || {{flagicon|India}} || [[Astronomy:Indian Space Research Organisation|ISRO]] || {{flagicon|Russia}}{{flagicon|India}} || [[Organization:Keldysh Research Center|Keldysh]] <br /> ISRO  || Launcher failed to reach orbit<ref>{{Cite web|url=http://iafastro.directory/iac/archive/browse/IAC-07/C4/4/6903/|title=IAC Archive — IAC-07/C4/4/1|website=iafastro.directory|access-date=2019-07-23}}</ref><ref>{{Cite web|url=http://trudymai.ru/upload/iblock/7d4/review-of-works-on-electric-propulsion-at-keldysh-research-center.pdf|title=Review of works on Electric propulsion at Keldysh Research Center|archive-url=https://web.archive.org/web/20190723093819/http://trudymai.ru/upload/iblock/7d4/review-of-works-on-electric-propulsion-at-keldysh-research-center.pdf|archive-date=23 July 2019|access-date=23 July 2019}}</ref><ref>{{Cite web |url=http://www.vssc.gov.in/VSSC_V4/images/brochures/GSLV-D3_GSAT-4%20Brochure.pdf |title=GSLV D3/GSAT-4 Brochure|archive-url=https://web.archive.org/web/20171203191524/http://www.vssc.gov.in/VSSC_V4/images/brochures/GSLV-D3_GSAT-4%20Brochure.pdf |archive-date=3 December 2017 |access-date=23 July 2019}}</ref>
|- ----
| [[Earth:STSAT-2B|STSAT-2B]] || {{dts|10-06-2010|abbr=on}} || {{dts|10-06-2010|abbr=on}}  || Pulsed plasma thruster || || || || {{flagicon|Republic of Korea}} || KARI || {{flagicon|Republic of Korea}} || KAIST/SaTReC || Satellite lost during injection phase
|-
| AEHF-SV-1 ([[Engineering:USA-214|USA-214]]) || {{dts|14-08-2010|abbr=on}} || || Hall effect thruster || 4 || BPT-4000 (XR-5) || Xenon || {{flagicon|United States}} || USAF || {{flagicon|United States}} || Aerojet || Satellite based on Lockheed Martin A2100; mission saved by Hall thruster
|- ----
|[[Engineering:FalconSAT|FalconSat-5]] ([[Engineering:USA-221|USA-221]]) || {{dts|20-11-2010|abbr=on}} || || Hall effect thruster || || BHT-200 || Xenon || {{flagicon|United States}} || USAF || {{flagicon|United States}} || Busek || Experimental Satellite
|- ----
| KazSat-2  || {{dts|16-07-2011|abbr=on}} ||  || Hall effect thruster || 8 || SPT-70 || Xenon || {{flagicon|Kazakhstan}} || JSC KazSat || {{flagicon|Russia}} || OKB Fakel || Communications satellite based on Khrunichev Yachta bus
|- ----
| [[Astronomy:Fobos-Grunt|Fobos-Grunt]] || {{dts|9-11-2011|abbr=on}} || {{dts|15-1-2012|abbr=on}} || Hall effect thruster || 3 || [[Engineering:SPT-140|SPT-140]]|| Xenon || {{flagicon|Russia}} || Roskosmos || {{flagicon|Russia}} || OKB Fakel || Failed to reach intended trajectory
|- ----
| SES-4 || {{dts|14-02-2012|abbr=on}} ||  || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Netherlands}} || SES World Skies || {{flagicon|Russia}} || OKB Fakel || 
|- ----
| AEHF-SV-2 (USA-235) || {{dts|04-05-2012|abbr=on}} ||  || Hall effect thruster || || BPT-4000 (XR-5) || Xenon || {{flagicon|United States}} || USAF || {{flagicon|United States}} || Aerojet || Satellite based on Lockheed Martin A2100
|- ----
| SES-5 || {{dts|09-07-2012|abbr=on}} ||  || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Netherlands}} || SES World Skies || {{flagicon|Russia}} || OKB Fakel || 
|- ----
| Kanopus-V|| {{dts|22-07-2012|abbr=on}} ||  || Hall effect thruster || 2 || SPT-50 || Xenon || {{flagicon|Russia}} || Roskosmos || {{flagicon|Russia}} || OKB Fakel || Earth observation satellite
|- ----
| [[Engineering:TET-1|TET-1]] || {{dts|22-07-2012|abbr=on}} ||  || Resistojet || 1 || Aquajet || Water || {{flagicon|Germany}} || [[Organization:German Aerospace Center|DLR]] || {{flagicon|Germany}} || Aerospace Innovation || Experimental
|- ----
| [[Engineering:PROITERES|PROITERES]] || {{dts|09-09-2012|abbr=on}} ||  || Pulsed plasma thruster || 4 ||  || PTFE || {{flagicon|Japan}} || OIT || {{flagicon|Japan}} || OIT || Academic satellite, communication loss before propulsion test
|- ----
|[[Engineering:Shijian|Shijian-9A (SJ-9A)]] || {{dts|14-10-2012|abbr=on}} ||  || Hall effect thruster <br /> Ion engine || || HET-40 <br /> LIPS-200 || Xenon || {{flagicon|China}} || COSTIND || {{flagicon|China}} || SISP <br /> LIP|| Experimental satellite based on CAST-2000
|- ----
| Yamal 402 || {{dts|8-12-2012|abbr=on}} ||  || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Russia}} || Gazcom || {{flagicon|Russia}} || OKB Fakel || Satellite based on Spacebus-4000C3, satellite failed to reach intended orbit
|- ----
| STRaND-1 || {{dts|25-02-2013|abbr=on}} ||   || Pulsed plasma thruster || || || || {{flagicon|United Kingdom}} || SSTL || {{flagicon|United Kingdom}} || SSTL || 3U Cubesat propulsion demonstration
|- ----
| Alphasat (Inmarsat-4A F4) || {{dts|25-07-2013|abbr=on}} ||  || Hall effect thruster || 4 || PPS-1350 || Xenon || {{flagicon|United Kingdom}} || Inmarsat/ESA || {{flagicon|France}} || Snecma || Operational
|- ----
| AEHF-SV-3 (USA-246) || {{dts|18-09-2013|abbr=on}} || || Hall effect thruster || || BPT-4000 (XR-5) || Xenon || {{flagicon|United States}} || USAF || {{flagicon|United States}} || Aerojet || Satellite based on Lockheed Martin A2100
|- ----
| CUSat || {{dts|29-09-2013|abbr=on}} || {{dts|16-10-2013|abbr=on}} || Pulsed plasma thruster || || || PTFE || {{flagicon|USA}} || [[Organization:Cornell University|Cornell University]] || {{flagicon|USA}} || Cornell University <br /> [[Organization:University of Washington|University of Washington]] || Technology demonstration
|- ----
| STSAT-3 || {{dts|21-11-2013|abbr=on}} || {{dts|2015-12|abbr=on}} || Hall effect thruster || 1 ||  || Xenon || {{flagicon|Republic of Korea}} || KARI || {{flagicon|Republic of Korea}} || KAIST/SaTReC || 
|- ----
| [[Engineering:DubaiSat-2|DubaiSat-2]] || {{dts|21-11-2013|abbr=on}} ||  || Hall effect thruster || 1 ||  || Xenon || {{flagicon|United Arab Emirates}} || [[Engineering:Mohammed bin Rashid Space Centre|MBRSC]] || {{flagicon|Republic of Korea}} {{flagicon|Japan}}  || [[Company:Satrec Initiative|Satrec Initiative]] <br /> JAXA (Neutralizer) || Satellite bus based on [[Company:Satrec Initiative|Satrec Initiative]] SI-300
|- ----
| Wren || {{dts|21-11-2013|abbr=on}} || || Pulsed plasma thruster || 4 || || || {{flagicon|Germany}} || StaDoKo || {{flagicon|Germany}} || StaDoKo || 1U PocketQub propulsion
|- ----
| Ekspress-AM5 || {{dts|26-12-2013|abbr=on}} ||  || Hall effect thruster || || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel || EP system used to insert the satellite into GEO. Unclear if EP is also used for station keeping.
|- ----
| KazSat-3  || {{dts|28-04-2014|abbr=on}} ||  || Hall effect thruster ||  || SPT-100 || Xenon || {{flagicon|Kazakhstan}} || JSC KazSat || {{flagicon|Russia}} || OKB Fakel || Communications satellite based on Ekspress 1000 NTA bus
|- ----
| [[Earth:Deimos-2|Deimos-2]] || {{dts|19-06-2014|abbr=on}} ||  || Hall effect thruster ||  || HEPS || Xenon || {{flagicon|Spain}} || [[Company:Deimos Imaging|Deimos Imaging]] || {{flagicon|Republic of Korea}} || [[Company:Satrec Initiative|Satrec Initiative]] || Satellite bus based on [[Company:Satrec Initiative|Satrec Initiative]] SI-300
|- ----
| Hodoyoshi 4 || {{dts|19-06-2014|abbr=on}} || || Ion engine || 1 || MIPS || Xenon || {{flagicon|Japan}} ||  University of Tokyo/NESTRA || {{flagicon|Japan}} || University of Tokyo || 
|- ----
| MKA-FKI PN2 (Vernov) || {{dts|8-7-2014|abbr=on}} || {{dts|2014-12|abbr=on}} || Pulsed plasma thruster ||  || APPT-45-2 || PTFE || {{flagicon|Russia}} || Russian Academy of Sciences || {{flagicon|Russia}} || RIAME || Satellite based on bus Karat; communication loss before thruster operation
|- ----
| Ekspress-AM6 (Eutelsat 53A) || {{dts|21-10-2014|abbr=on}} ||  || Hall effect thruster || || SPT-100 || Xenon || {{flagicon|Russia}} || RSCC || {{flagicon|Russia}} || OKB Fakel || EP system used to insert the satellite into GEO. Unclear if EP is also used for station keeping.
|- ----
| ''[[Astronomy:Hayabusa2|Hayabusa2]]'' || {{dts|03-12-2014|abbr=on}} ||  || Ion engine || 4 ||  || Xenon || {{flagicon|Japan}} || JAXA || {{flagicon|Japan}} || JAXA/ISAS || 
|- ----
| [[Astronomy:PROCYON|PROCYON]] || {{dts|03-12-2014|abbr=on}} || || Ion engine || 1 || I-COUPS || Xenon || {{flagicon|Japan}} ||  JAXA/University of Tokyo || {{flagicon|Japan}} || University of Tokyo || ''PRoximate Object Close flYby with Optical Navigation'', experimental >200 h operation
|- ----
| Yamal 401 || {{dts|15-12-2014|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Russia}} || Gazcom || {{flagicon|Russia}} || OKB Fakel || Satellite based on bus Ekspress-2000A
|- ----
| [[Engineering:ABS-3A|ABS-3A]]  || {{dts|02-03-2015|abbr=on}} || || Ion engine || 4 || XIPS-25 || Xenon || {{flagicon|Bermuda}} || ABS || {{flagicon|United States}} || L-3 ETI || First [[Engineering:Boeing 702#702SP|Boeing 702SP]] all-electric satellites
|- ----
| Satmex 7 (now: [[Engineering:Eutelsat 115 West B|Eutelsat 115 West B]]) || {{dts|02-03-2015|abbr=on}} ||  || Ion engine || 4 || XIPS-25 || Xenon || {{flagicon|Mexico}} || Satmex || {{flagicon|United States}} || L-3 ETI || First Boeing 702SP all-electric satellites
|- ----
| BRICsat-P || {{dts|20-05-2015|abbr=on}} || || Vacuum arc thruster || 4 || μCAT || || {{flagicon|United States}} || USNA || {{flagicon|United States}} || GW University || Detumbling, spin and a delta-V for a 1.5U cubesat in 500km orbit
|- ----
| AeroCube 8A || {{dts|20-05-2015|abbr=on}} || || Electrospray Thruster || 1 || SiEPro || Ionic liquid || {{flagicon|United States}} || [[Company:The Aerospace Corporation|The Aerospace Corporation]] || {{flagicon|United States}} || [[Organization:Massachusetts Institute of Technology|MIT]] || 1.5 U cubesat
|- ----
| AeroCube 8B || {{dts|20-05-2015|abbr=on}} || || Electrospray Thruster || 1 || SiEPro || Ionic liquid || {{flagicon|United States}} || [[Company:The Aerospace Corporation|The Aerospace Corporation]] || {{flagicon|United States}} || [[Organization:Massachusetts Institute of Technology|MIT]] || 1.5 U cubesat
|- ----
<!--| SERPENS || {{dts|19-08-2015|abbr=on}} || || Pulsed plasma thruster || || PPTCUP || PTFE || {{flagicon|Brazil}} || || UK (Mars Space Ltd. & Clyde Space Ltd.) || 3U Cubesat propulsion demonstration (never implemented) |- --->
| KaiTuo-1A (XinJiShu YanZheng-2) || {{dts|19-09-2015|abbr=on}} || || Hall effect thruster || 1 <br /> 1|| LHT-100 <br /> (Unnamed) || Xenon || {{flagicon|China}} ||  || {{flagicon|China}} || LIP <br /> BICE|| Experimental Satellite
|- ----
| Lisa Pathfinder || {{dts|3-12-2015|abbr=on}} || || Electrospray Thruster || 8 || CMNT || Ionic Liquid Propellant || || ESA || {{flagicon|United States}} || Busek || Very precise attitude control 
|- ----
| Horyu-4 (AEGIS) || {{dts|18-02-2016|abbr=on}} || || Vacuum arc thruster ||  ||  || || {{flagicon|Japan}} || KIT || {{flagicon|Japan}} || KIT || 
|- ----
| SES-9 || {{dts|04-03-2016|abbr=on}} ||  || Ion engine  || 4 || XIPS-25 || Xenon || {{flagicon|Luxemburg}} || SES || {{flagicon|United States}} || L-3 ETI || 
|- ----
| ABS-2A  || {{dts|15-06-2016|abbr=on}} || || Ion engine || 4 || XIPS-25 || Xenon || {{flagicon|Bermuda}} || ABS || {{flagicon|United States}} || L-3 ETI || Satellite based on all-electric bus Boeing 702SP
|- ----
| Satmex 9 (now: Eutelsat 117 West B) || {{dts|15-06-2016|abbr=on}} ||  || Ion engine || 4 || XIPS-25 || Xenon || {{flagicon|Mexico}} || Satmex || {{flagicon|United States}} || L-3 ETI || Satellite based on all-electric bus Boeing 702SP
|- ----
| Shijian-17 (SJ-17) || {{dts|03-11-2016|abbr=on}} ||  || Hall effect thruster || ||  LHT-100 || Xenon || {{flagicon|China}} || CAST || {{flagicon|China}} || LIP || 
|- ----
| AeroCube 8C || {{dts|11-11-2016|abbr=on}} || || Electrospray Thruster || 1 || SiEPro || Ionic liquid || {{flagicon|United States}} || [[Company:The Aerospace Corporation|The Aerospace Corporation]] || {{flagicon|United States}} || [[Organization:Massachusetts Institute of Technology|MIT]] || 1.5 U cubesat
|- ----
| AeroCube 8D || {{dts|11-11-2016|abbr=on}} || || Electrospray Thruster || 1 || SiEPro || Ionic liquid || {{flagicon|United States}} || [[Company:The Aerospace Corporation|The Aerospace Corporation]] || {{flagicon|United States}} || [[Organization:Massachusetts Institute of Technology|MIT]] || 1.5 U cubesat
|- ----
| AOBA-VELOX III || {{dts|09-12-2016|abbr=on}} || || Pulsed plasma thruster || 1 || || PTFE || {{flagicon|Singapore}} <br /> {{flagicon|Japan}} || NTU <br /> KIT || {{flagicon|Singapore}} || NTU || 2U-Cubesat propulsion, satellite piggyback on HTV-6, deployed from ISS on {{dts|16-01-2017|abbr=on}}
|- ----
| Hispasat 36W-1 (SmallGEO) || {{dts|27-01-2017|abbr=on}} ||  || Hall effect thruster || 8 || SPT-100 || Xenon || {{flagicon|Spain}} || Hispasat || {{flagicon|Russia}} || OKB Fakel|| Satellite based on OHB Luxor bus
|- ----
| SES-10 || {{dts|30-03-2017|abbr=on}} ||  || Hall effect thruster || || SPT-100 || Xenon || {{flagicon|Luxemburg}} || SES || {{flagicon|Russia}} || OKB Fakel || 
|- ----
| Shijian-13 (SJ-13) || {{dts|12-04-2017|abbr=on}} || || Ion engine || 4 ||  LIPS-200 || Xenon || {{flagicon|China}} || CAST & [[Company:China Aerospace Science and Technology Corporation|ChinaSatcom]] || {{flagicon|China}} || LIP || Satellite based on DongFangHong-3B satellite bus
|- ----
| GSAT-9 (South Asian Satellite) || {{dts|05-05-2017|abbr=on}} || || Hall effect thruster || 4 || KM-45 || Xenon || {{flagicon|India}} || [[Astronomy:ISRO|ISRO]] || {{flagicon|Russia}} || [[Organization:Keldysh Research Center|Keldysh]] || Station-keeping of satellite, including orbit changes <ref>{{Cite web|url=http://www.newindianexpress.com/states/kerala/ISRO-to-Test-Electric-Propulsion-on-Satellites/2015/11/30/article3153565.ece|title = ISRO to Test Electric Propulsion on Satellites}}</ref><ref>{{Cite book |last1=Murthy |first1=P. V. N. |last2=Raghavaiah |first2=Vaddi |last3=Sowjanya |first3=P. |last4=Renuka |first4=R. |last5=Kumar |first5=Shiv S.|last6=Hariharan |first6=V. K. |last7=Rao |first7=M. Nageswara |title=2016 International Conference on ElectroMagnetic Interference & Compatibility (INCEMIC) |chapter=Study on EMI/ESD effects of Electric Propulsion System on spacecraft systems and mitigation techniques |date=Dec 2016 |publisher=IEEE|pages=1–4|doi=10.1109/incemic.2016.7921463|isbn=9781509058402|s2cid=44506648 }}</ref><ref>{{Cite web|url=https://tass.ru/kosmos/4588930|title=Центр Келдыша разработал новый электроракетный двигатель|website=ТАСС|access-date=2019-07-23}}</ref><ref>{{Cite web|url=https://aerospaceamerica.aiaa.org/year-in-review/electric-rockets-power-bigger-share/|title=Electric rockets power bigger share|last=HUANG|first=WENSHENG|date=Dec 2017}}</ref>
|- ----
| SES-15 || {{dts|18-05-2017|abbr=on}} || ||  Ion engine || 4 || XIPS-25 || Xenon || {{flagicon|United States}} || SES World Skies || {{flagicon|United States}} || L-3 ETI || Satellite based on all-electric bus Boeing 702SP
|- ----
| Eutelsat 172B || {{dts|01-06-2017|abbr=on}} || ||  Hall effect thruster || 4 || SPT-140  || Xenon || {{flagicon|France}} || Eutelsat || {{flagicon|Russia}} || OKB Fakel || Satellite based on all-electric bus Eurostar-3000EOR
|- ----
| PEGASUS || {{dts|23-06-2017|abbr=on}} || || Pulsed plasma thruster || 4 || || PTFE || {{flagicon|Austria}} || FH Wiener Neustadt ||  {{flagicon|Austria}} || FH Wiener Neustadt || Cubesat propulsion; part of QB50 
|- ----
| [[Engineering:Shijian|Shijian-18]] || {{dts|02-07-2017|abbr=on}} || {{dts|02-07-2017|abbr=on}} || Ion engine || ||  LIPS-300 || Xenon || {{flagicon|China}} || || {{flagicon|China}} || LIP || Launcher failed to reach orbit
|- ----
| [[Astronomy:VENµS|VENµS]] || {{dts|02-08-2017|abbr=on}} || || Hall effect thruster || 2 || IHET-300 || Xenon || {{flagicon|Israel}} <br /> {{flagicon|France}} || ISA <br /> [[Organization:CNES|CNES]] || {{flagicon|Israel}} || Rafael || Station-keeping, fine attitude control and orbit change
|- ----
| AsiaSat-9 || {{dts|28-09-2017|abbr=on}} ||  || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Hong Kong}} || AsiaSat || {{flagicon|Russia}} || OKB Fakel|| Satellite based on Space Systems Loral SSL-1300 bus
|- ----
| SLATS (Tsubame) || {{dts|23-12-2017|abbr=on}} || {{dts|02-10-2019|abbr=on}} || Ion engine || 1 || XIES || Xenon || {{flagicon|Japan}} ||  ||  {{flagicon|Japan}} ||  || 
|- ----
| Flock-3p' || {{dts|12-01-2018|abbr=on}} ||  || FEEP || 1 || IFM Nano || Indium || {{flagicon|United States}}  || Planet Labs || {{flagicon|Austria}} || Enpulsion || First successful IOD of a FEEP thruster on a 3U Cubesat
|- ----
| SES-14 || {{dts|25-01-2018|abbr=on}} ||  || Hall effect thruster || || SPT-140 || Xenon || {{flagicon|Luxemburg}} || SES || {{flagicon|Russia}} || OKB Fakel || Satellite based on all-electric bus Eurostar Neo 
|- ----
| [[Engineering:SES-12|SES-12]] || {{dts|04-06-2018|abbr=on}} ||  || Hall effect thruster ||  || SPT-140 || Xenon || {{flagicon|Luxemburg}} || SES || {{flagicon|Russia}} || OKB Fakel ||  Satellite based on all-electric bus Eurostar Neo
|- ----
| NovaSAR || {{dts|16-09-2018|abbr=on}} || || Resistojet <br /> Quad confinement thruster  || 1 <br /> 1 ||  <br /> QCT-200 || Xenon || {{flagicon|United Kingdom}} || SSTL/ADS UK || {{flagicon|United Kingdom}} || SSTL <br /> SSC/SSTL || Satellite based on SSTL-300 bus 
|- ----
| [[Astronomy:BepiColombo|BepiColombo]] || {{dts|20-10-2018|abbr=on}} || || Ion engine || 4 || T6 ||  Xenon ||  <br /> {{flagicon|Japan}} ||  ESA & JAXA || {{flagicon|United Kingdom}} || QinetiQ || ''Solar Electric Propulsion System (SEPS)''
|- ----
| (undisclosed) || {{dts|2018|abbr=on}} ||  || FEEP || 4 || IFM Nano || Indium ||  ||  || {{flagicon|Austria}} || Enpulsion || 
|- ----
| (undisclosed) || {{dts|2018|abbr=on}} ||  || FEEP || 1 || IFM Nano || Indium ||  ||  || {{flagicon|Austria}} || Enpulsion || 
|- ----
| [[Engineering:FalconSAT|FalconSat-6]]|| {{dts|3-12-2018|abbr=on}} || || Hall effect thruster || || BHT-200 || Xenon || {{flagicon|United States}} || USAF || {{flagicon|United States}} || Busek || Experimental Satellite
|- ----
| UWE-4 || {{dts|27-12-2018|abbr=on}} || || FEEP || 4 || NanoFEEP || Gallium || {{flagicon|Germany}} || Universität Würzburg || {{flagicon|Germany}} || Morpheus Space || First IOD of orbit control on a picosatellite using electric propulsion
|- ----
| AOBA-VELOX-IV || {{dts|18-01-2019|abbr=on}} || || Pulsed plasma thruster || 4 || || PTFE || {{flagicon|Singapore}} <br /> {{flagicon|Japan}} || NTU <br /> KIT || {{flagicon|Singapore}} || NTU || 
|- ----
| Xiaoxiang-1 03 || {{dts|21-01-2019|abbr=on}} || || Electrospray thruster ||  || ||  || {{flagicon|China}} || Spacety Aerospace Corp. || {{flagicon|China}} || 206th Institute || 
|- ----
| (undisclosed) || {{dts|2019|abbr=on}} ||  || FEEP || 4 || IFM Nano || Indium ||  ||  || {{flagicon|Austria}} || Enpulsion ||
|- ---- 
| PSN-6 (Nusantara Satu) || {{dts|22-02-2019|abbr=on}} ||  ||  ||  ||  || Xenon || {{flagicon|Indonesia}} || PT Pasifik Satelit Nusantara || {{flagicon|United States}} || SSL || 
|- ----
| (undisclosed) || {{dts|2019|abbr=on}} ||  || FEEP || 7 || IFM Nano || Indium ||  ||  || {{flagicon|Austria}} || Enpulsion || 
|- ----
| [[Engineering:Starlink|Starlink]] L0 || {{dts|23-05-2019|abbr=on}} || || Hall effect thruster || 60x? || || Krypton || {{flagicon|United States}} || SpaceX || {{flagicon|United States}} || SpaceX || First operational Starlink satellite design
|- ----
| Yamal 601 || {{dts|30-05-2019|abbr=on}} || || Hall effect thruster || 4 || SPT-100 || Xenon || {{flagicon|Russia}} || Gazprom || {{flagicon|Russia}} || OKB Fakel || Satellite based on bus Ekspress-2000A
|- ----
| (undisclosed) || {{dts|2019|abbr=on}} ||  || FEEP || 4 || IFM Nano || Indium ||  ||  || {{flagicon|Austria}} || Enpulsion || 
|- ----
| (undisclosed) || {{dts|2019|abbr=on}} ||  || FEEP || 4 || IFM Nano || Indium ||  ||  || {{flagicon|Austria}} || Enpulsion || 
|-
|JCSAT-18/Kacific-1<ref>{{Cite web|url=https://boeing.mediaroom.com/2019-12-16-Boeing-built-Satellite-to-Offer-Greater-Asia-Pacific-Coverage|title=MediaRoom - News Releases/Statements|website=MediaRoom|access-date=2019-12-17}}</ref><ref>{{Cite web|url=https://kacific.com/news/kacific1-milestones-bus-and-payload-integration-complete/|title=Kacific1 Milestones: Bus and Payload Integration Complete – Kacific|language=en-US|access-date=2019-12-17}}</ref>
|17 Dec 2019
|
|Ion engine
|4
|XIPS
|Xenon
|
|SKY Perfect JSAT / Kacific
|{{flagicon|United States}}
|Boeing-EDD
|[[Engineering:Boeing 702|Boeing 702]]
|- ----
| [[Engineering:Shijian|Shijian-20(SJ-20)]] || {{dts|27-12-2019|abbr=on}} ||  || Ion engine || ||  LIPS-300 || Xenon || {{flagicon|China}} || CAST || {{flagicon|China}} || LIP || Back-up of Shijian-18 based on DFH-5 Bus
|-
|Eutelsat KONNECT
|17 Jan 2020
|
|
|
|Spacebus Neo Xenon Propulsion System (XPS)
|Xenon
|
|
|
|
|
|- ----
|-
|[[Astronomy:Double Asteroid Redirection Test|Double Asteroid Redirection Test]]
|24 Nov 2021
|26 Sep 2022
|
|
|Next-C Ion Engine
|Xenon
|{{Flagicon|USA}}
|NASA
|{{Flagicon|USA}}
|Aerojet Rocketdyne
|
|- ----
|}

==Planned missions==
{|class="wikitable sortable" style="width: 100%;"
|+ Planned missions
! Spacecraft name 
! Launch date  
! Thruster type
! Model 
! Propellant
! colspan="2"|Spacecraft customer
! colspan="2"|Thruster prime
! Comment
|- ----

| Starlink 1-1 to 1-60 || 2019 || Hall effect thruster ||   || Krypton || {{flagicon|USA}} || SpaceX || {{flagicon|USA}} || SpaceX || 
|- ----
| Starlink 2-1 to 2-60 || 2019 || Hall effect thruster ||   || Krypton || {{flagicon|USA}} || SpaceX || {{flagicon|USA}} || SpaceX || 
|- ----
| Starlink 3-1 to 3-60 || 2019 || Hall effect thruster ||  || Krypton || {{flagicon|USA}} || SpaceX || {{flagicon|USA}} || SpaceX || 
|- ----
| APStar 6D || 2019 || Ion engine || LIPS-300 || Xenon || {{flagicon|China}} || || {{flagicon|China}} || LIP || DFH-5 bus
|- ----
| GSAT-20 || 2020 || Hall effect thruster || || Xenon || {{flagicon|India}} || ISRO || {{flagicon|India}} || ISRO || 
|- ----
| SES-17 || 2021 || Hall effect thruster || || Xenon || {{flagicon|Luxembourg}} || SES || {{flagicon|France}} || Snecma (TBC) || all-electric Spacebus Neo
|- ----
| Hotbird 13F || 2021 || Hall effect thruster || PPS5000 (TBC) || Xenon || {{flagicon|France}} || Eutelsat || {{flagicon|France}} || Snecma (TBC) || all-electric bus Eurostar Neo
|- ----
| Hotbird 13G || 2021 || Hall effect thruster ||  PPS5000 (TBC) || Xenon || {{flagicon|France}} || Eutelsat || {{flagicon|France}} || Snecma (TBC) || all-electric bus Eurostar Neo
|- ----
| [[Engineering:ASTER (spacecraft)|ASTER]] || 2021 || Hall effect thruster || PMHT || Xenon || {{flagicon|Brasil}} || [[Organization:Brazilian Space Agency|AEB]] || {{flagicon|Brasil}} || UnB || MetNet bus
|- ----
| ETS-9 || 2021+ || Hall effect thruster || || Xenon || {{flagicon|Japan}} || JAXA || {{flagicon|Japan}} ||IHI Aerospace ||
|- ----
| Ionozond (Ionosfere 1 & 2) || 2023+ || Pulsed plasma thruster || APPT-95|| PTFE || {{flagicon|Russia}} || Roskosmos|| {{flagicon|Russia}} || RIAME || AOCS
|- ----
| NASA Gateway || 2025 || Hall effect thruster ||  || Xenon || {{flagicon|USA}} || NASA || {{flagicon|USA}} || L3-Aerojet Rocketdyne/Busek || 
|-
|AQUIS
|2025
|Vacuum Arc Jet
|
|Tungsten
|{{flagicon|Germany}}
|Space Team Aachen
|{{flagicon|Germany}}
|Space Team Aachen
|FEEP in development as upgrade
|- ----
| Soyuz-Sat-O || ? || Pulsed plasma thruster || APPT-155 || PTFE || {{flagicon|Russia}} <br /> {{flagicon|Belarus}} || || {{flagicon|Russia}} || RIAME || 
|- ----
|
<!--| [[Physics:Iodine Satellite|Iodine Satellite]] (iSat) || ? || Hall effect thruster || BHT-200-I || Iodine || {{flagicon|United States}} || NASA/USAF || {{flagicon|United States}} || [[Company:Busek|Busek]] || 12U [[Engineering:CubeSat|CubeSat]] *canceled*
|- ----
| | ANU plasma thruster || ? || Helicon Double Layer Thruster (HDLT) ||  || || || {{flagicon|Australia}} || Australian National University/ EADS-Astrium/Surrey Space Center || {{flagicon|Australia}} || ANU || $3.1 million was funded by the Australia Department of Industry, Innovation, Science, Research and Tertiary Education |- --->
|}

==See also==
* [[Engineering:Lists of spacecraft|Lists of spacecraft]]

==References==
{{Reflist}}

{{Spacecraft propulsion}}

[[Category:Spacecraft propulsion]]
[[Category:Electric motors]]
[[Category:Lists of spacecraft|Electric propulsion]]

{{Sourceattribution|List of spacecraft with electric propulsion}}