List of missions to the Moon#Future missions

| rowspan="2" | 1

| rowspan="2" |Pioneer 0

(Able I){{cite book |last=Siddiqi |first=Asif A. |title=Deep Space Chronicle: A Chronology of Deep Space and Planetary Probes 1958–2000 |date=2002 |publisher=NASA History Office |series=Monographs in Aerospace History, No. 24 |pages=17–19 |chapter=1958 |chapter-url=https://history.nasa.gov/monograph24/1958.pdf |access-date=12 July 2017 |archive-date=12 February 2013 |archive-url=https://web.archive.org/web/20130212111638/http://history.nasa.gov/monograph24/1958.pdf |url-status=live }}

|{{dts|17 August 1958}}

|{{flagicon|USA|1912}} USAF

|Thor DM-18 Able I

|Pioneer 0

|Orbiter

| {{no|Launch failure}}

| rowspan="2" |Luna E-1 No.1

|{{dts|23 September 1958}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna E-1 No.1

|Impactor

| {{no|Launch failure}}

| rowspan="2" |Pioneer 1

(Able II)

|{{dts|11 October 1958}}

|{{flagicon|USA|1912}} NASA

|Thor DM-18 Able I

|Pioneer 1

|Orbiter

| {{no|Launch failure}}

| rowspan="2" |Luna E-1 No.2

|{{dts|11 October 1958}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna E-1 No.2

|Impactor

| {{no|Launch failure}}

| rowspan="2" |Pioneer 2

(Able III)

|{{dts|8 November 1958}}

|{{flagicon|USA|1912}} NASA

|Thor DM-18 Able I

|Pioneer 2

|Orbiter

| {{no|Launch failure}}

| rowspan="2" |Luna E-1 No.3

|{{dts|4 December 1958}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna E-1 No.3

|Impactor

| {{no|Launch failure}}

| rowspan="2" |Pioneer 3

|{{dts|6 December 1958}}

|{{flagicon|USA|1912}} NASA

|Juno II

|Pioneer 3

|Flyby

| {{no|Launch failure}}

| rowspan="2" |Luna 1

(E-1 No.4)

|{{dts|2 January 1959}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna 1

|Impactor

| {{partial|Partial failure}}

| rowspan="2" |Pioneer 4

|{{dts|3 March 1959}}

|{{flagicon|USA|1912}} NASA

|Juno II

|Pioneer 4

|Flyby

| {{partial|Partial failure}}

| rowspan="2" |E-1A No.1

|{{dts|18 June 1959}}

|{{flagicon|USSR}} OKB-1

|Luna

|E-1A No.1

|Impactor

| {{no|Launch failure}}

| rowspan="2" |Luna 2

(E-1A No.2)

|{{dts|12 September 1959}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna 2

|Impactor

| {{Success}}

| rowspan="2" |Luna 3

(E-2A No.1)

|{{dts|4 October 1959}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna 3

|Flyby

| {{Success}}

| rowspan="2" |Pioneer P-3

Able IVB

|{{dts|26 November 1959}}

|{{flagicon|USA|1959}} NASA

|Atlas-D Able

|Pioneer P-3

|Orbiter

| {{no|Launch failure}}

| rowspan="2" | 14

| rowspan="2" |Luna E-3 No.1

|{{dts|15 April 1960}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna E-3 No.1

|Flyby

| {{no|Launch failure}}

| rowspan="2" |Luna E-3 No.2

|{{dts|16 April 1960}}

|{{flagicon|USSR}} OKB-1

|Luna

|Luna E-3 No.2

|Flyby

| {{no|Launch failure}}

| rowspan="2" |Pioneer P-30

(Able VA)

|{{dts|25 September 1960}}

|{{flagicon|USA}} NASA

|Atlas-D Able

|Pioneer P-30

|Orbiter

| {{no|Launch failure}}

| rowspan="2" |Pioneer P-31

(Able VB)

|{{dts|15 December 1960}}

|{{flagicon|USA}} NASA

|Atlas-D Able

|Pioneer P-31

|Orbiter

| {{no|Launch failure}}

| rowspan="3" |Ranger 3

(P-34)

| rowspan="2" |{{dts|26 January 1962}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Atlas LV-3 Agena-B

|Ranger 3

|Impactor

| {{no2|Spacecraft failure}}

|Lander

| {{no2|Spacecraft failure}}

| rowspan="3" |Ranger 4

(P-35)

| rowspan="2" |{{dts|23 April 1962}}

| rowspan="2" |{{flagicon|USA}} NASA

|Ranger 4

| rowspan="2" |Atlas LV-3 Agena-B

|Impactor

| {{no2|Spacecraft failure}}

|Lander

| {{no2|Spacecraft failure}}

The impact made the United States the 2nd country to impact the surface of the Moon.

| rowspan="3" |Ranger 5

(P-36)

| rowspan="2" |{{dts|18 October 1962}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Atlas LV-3 Agena-B

|Ranger 5

|Impactor

| {{no2|Spacecraft failure}}

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna E-6 No.2

|{{dts|4 January 1963}}

|{{flagicon|USSR}} OKB-1

|Molniya-L

|Luna E-6 No.2

|Lander

| {{no|Launch failure}}

| rowspan="2" |Luna E-6 No.3

|{{dts|3 February 1963}}

|{{flagicon|USSR}} OKB-1

|Molniya-L

|Luna E-6 No.3

|Lander

| {{no|Launch failure}}

| rowspan="2" |Luna 4

(E-6 No.4)

|{{dts|2 April 1963}}

|{{flagicon|USSR}} OKB-1

|Molniya-L

|Luna 4

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Ranger 6

(P-54)

|{{dts|30 January 1964}}

|{{flagicon|USA}} NASA

|Atlas LV-3 Agena-B

|Ranger 6

|Impactor

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna E-6 No.6

|{{dts|21 March 1964}}

|{{flagicon|USSR}} OKB-1

|Molniya-M

|Luna E-6 No.6

|Lander

| {{no|Launch failure}}

| rowspan="2" |Luna E-6 No.5

|{{dts|20 April 1964}}

|{{flagicon|USSR}} OKB-1

|Molniya-M

|Luna E-6 No.5

|Lander

| {{no|Launch failure}}

| rowspan="2" |Ranger 7

|{{dts|28 July 1964}}

|{{flagicon|USA}} NASA

|Atlas LV-3 Agena-B

|Ranger 7

|Impactor

| {{Success}}

| rowspan="2" |Ranger 8

|{{dts|17 February 1965}}

|{{flagicon|USA}} NASA

|Atlas LV-3 Agena-B

|Ranger 8

|Impactor

| {{Success}}

| rowspan="2" |Kosmos 60

(E-6 No.9)

|{{dts|12 March 1965}}

|{{flagicon|USSR}} Lavochkin

|Molniya-L

|Kosmos 60

|Lander

| {{no|Launch failure}}

| rowspan="2" |Ranger 9

|{{dts|21 March 1965}}

|{{flagicon|USA}} NASA

|Atlas LV-3 Agena-B

|Ranger 9

|Impactor

| {{Success}}

| rowspan="2" |Luna E-6 No.8

|{{dts|10 April 1965}}

|{{flagicon|USSR}} Lavochkin

|Molniya-L

|Luna E-6 No.8

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna 5

(E-6 No.10)

|{{dts|9 May 1965}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 5

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna 6

(E-6 No.7)

|{{dts|8 June 1965}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 6

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Zond 3

(3MV-4 No.3)

|{{dts|18 July 1965}}

|{{flagicon|USSR}} Lavochkin

|Molniya

|Zond 3

|Flyby

| {{Success}}

| rowspan="2" |Luna 7

(E-6 No.11)

|{{dts|4 October 1965}}

|{{flagicon|USSR}} Lavochkin

|Molniya

|Luna 7

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna 8

(E-6 No.12)

|{{dts|3 December 1965}}

|{{flagicon|USSR}} Lavochkin

|Molniya

|Luna 8

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna 9

(E-6 No.13)

|{{dts|31 January 1966}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 9

|Lander

| {{Success}}

| rowspan="2" |Kosmos 111

(E-6S No.204)

|{{dts|1 March 1966}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Kosmos 111

|Orbiter

| {{no|Launch failure}}

| rowspan="2" |Luna 10

(E-6S No.206)

|{{dts|31 March 1966}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 10

|Orbiter

| {{Success}}

| rowspan="2" |Surveyor 1

|{{dts|30 May 1966}}

|{{flagicon|USA}} NASA

|Atlas LV-3C Centaur-D

|Surveyor 1

|Lander

| {{Success}}

| rowspan="2" |Explorer 33

(AIMP-D)

|{{dts|1 July 1966}}

|{{flagicon|USA}} NASA

|Delta E1

|Explorer 33

|Orbiter

| {{no|Launch failure}}

| rowspan="2" |Lunar Orbiter 1

|{{dts|10 August 1966}}

|{{flagicon|USA}} NASA

|Atlas SLV-3 Agena-D

|Lunar Orbiter 1

|Orbiter

| {{partial|Partial failure}}

| rowspan="2" |Luna 11

(E-6LF No.101)

|{{dts|21 August 1966}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 11

|Orbiter

| {{partial|Partial failure}}

Ceased operation on 1 October 1966 after power was depleted.{{cite web |title=Luna 11 |url=https://nssdc.gsfc.nasa.gov/nmc/spacecraft/display.action?id=1966-078A |access-date=6 December 2013 |publisher=US National Space Science Data Center |archive-date=17 April 2019 |archive-url=https://web.archive.org/web/20190417114032/https://nssdc.gsfc.nasa.gov/nmc/spacecraft/display.action?id=1966-078A |url-status=live }}

| rowspan="2" |Surveyor 2

|{{dts|20 September 1966}}

|{{flagicon|USA}} NASA

|Atlas LV-3C Centaur-D

|Surveyor 2

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna 12

(E-6LF No.102)

|{{dts|22 October 1966}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 12

|Orbiter

| {{Success}}

| rowspan="2" |Lunar Orbiter 2

|{{dts|6 November 1966}}

|{{flagicon|USA}} NASA

|Atlas SLV-3 Agena-D

|Lunar Orbiter 2

|Orbiter

| {{Success}}

| rowspan="2" |Luna 13

(E-6M No.205)

|{{dts|21 December 1966}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 13

|Lander

| {{Success}}

| rowspan="2" |Lunar Orbiter 3

|{{dts|5 February 1967}}

|{{flagicon|USA}} NASA

|Atlas SLV-3 Agena-D

|Lunar Orbiter 3

|Orbiter

| {{Success}}

| rowspan="2" |Surveyor 3

|{{dts|17 April 1967}}

|{{flagicon|USA}} NASA

|Atlas LV-3C Centaur-D

|Surveyor 3

|Lander

| {{Success}}

| rowspan="2" |Lunar Orbiter 4

|{{dts|4 May 1967}}

|{{flagicon|USA}} NASA

|Atlas SLV-3 Agena-D

|Lunar Orbiter 4

|Orbiter

| {{Success}}

| rowspan="2" |Surveyor 4

|{{dts|14 July 1967}}

|{{flagicon|USA}} NASA

|Atlas LV-3C Centaur-D

|Surveyor 4

|Lander

| {{no2|Spacecraft failure}}

| rowspan="2" |Explorer 35
(AIMP-E)

|{{dts|19 July 1967}}

|{{flagicon|USA}} NASA

|Delta E1

|Explorer 35
(AIMP-E)

|Orbiter

| {{Success}}

| rowspan="2" |Lunar Orbiter 5

|{{dts|1 August 1967}}

|{{flagicon|USA}} NASA

|Atlas SLV-3 Agena-D

|Lunar Orbiter 5

|Orbiter

| {{Success}}

| rowspan="2" |Surveyor 5

|{{dts|8 September 1967}}

|{{flagicon|USA}} NASA

|Atlas SLV-3C Centaur-D

|Surveyor 5

|Lander

| {{Success}}

| rowspan="2" |Soyuz 7K-L1 No.4L

|{{dts|27 September 1967}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Soyuz 7K-L1 No.4L

|Flyby

| {{no2|Spacecraft failure}}

| rowspan="2" |Surveyor 6

|{{dts|7 November 1967}}

|{{flagicon|USA}} NASA

|Atlas SLV-3C Centaur-D

|Surveyor 6

|Lander

| {{Success}}

| rowspan="2" |Soyuz 7K-L1 No.5L

|{{dts|22 November 1967}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Soyuz 7K-L1 No.5L

|Flyby

| {{no|Launch failure}}

| rowspan="2" |Surveyor 7

|{{dts|7 January 1968}}

|{{flagicon|USA}} NASA

|{{nowrap|Atlas SLV-3C Centaur-D}}

|Surveyor 7

|Lander

| {{Success}}

| rowspan="2" |Luna E-6LS No.112

|{{dts|7 February 1968}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna E-6LS No.112

|Orbiter

| {{no|Launch failure}}

| rowspan="2" |Luna 14

(E-6LS No.113)

|{{dts|7 April 1968}}

|{{flagicon|USSR}} Lavochkin

|Molniya-M

|Luna 14

|Orbiter

| {{Success}}

| rowspan="2" |Soyuz 7K-L1 No.7L

|{{dts|22 April 1968}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Soyuz 7K-L1 No.7L

|Flyby

| {{no|Launch failure}}

| rowspan="2" |Zond 5

(7K-L1 No.9L)

|{{dts|14 September 1968}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Zond 5

|Flyby

| {{Success}}

| rowspan="2" |Zond 6

(7K-L1 No.12L)

|{{dts|10 November 1968}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Zond 6

|Flyby

| {{no2|Spacecraft failure}}

| rowspan="2" | Apollo 8

|{{dts|21 December 1968}}

|{{flagicon|USA}} NASA

|Saturn V

| Apollo 8

|Crewed orbiter

| {{Success}}

| rowspan="2" |Soyuz 7K-L1 No.13L

|{{dts|20 January 1969}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Soyuz 7K-L1 No.13L

|Flyby

| {{no|Launch failure}}

| rowspan="3" |Luna E-8 No.201

| rowspan="2" |{{dts|19 February 1969}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna E-8 No.201

|Lander

| {{no|Launch failure}}

|Rover

| {{no|Launch failure}}

| rowspan="2" |Soyuz 7K-L1S No.3

|{{dts|21 February 1969}}

|{{flagicon|USSR}} OKB-1

|N1

|Soyuz 7K-L1S No.3

|Orbiter

| {{no|Launch failure}}

| rowspan="3" |Apollo 10

| rowspan="2" |{{dts|18 May 1969}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Saturn V

|Apollo 10

|Orbiter

| {{Success}}

|Orbiter

| {{Success}}

| rowspan="3" |Luna E-8-5 No.402

| rowspan="2" |{{dts|14 June 1969}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna E-8-5 No.402

|Lander

| {{no|Launch failure}}

|Sample Return

| {{no|Launch failure}}

| rowspan="2" |Soyuz 7K-L1S No.5

|{{dts|3 July 1969}}

|{{flagicon|USSR}} OKB-1

|N1

|Soyuz 7K-L1S No.5

|Orbiter

| {{no|Launch failure}}

| rowspan="3" |Luna 15

(E-8-5 No.401)

| rowspan="2" |{{dts|13 July 1969}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 15

|Lander

| {{no2|Spacecraft failure}}

|Sample Return

| {{no|Precluded}}

| rowspan="3" |Apollo 11

| rowspan="2" |{{dts|16 July 1969}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Saturn V

|Apollo 11

|Orbiter

| {{Success}}

|Lander/Launch Vehicle

| {{Success}}

| rowspan="2" |Zond 7

(7K-L1 No.11L)

|{{dts|7 August 1969}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Zond 7

|Flyby

| {{Success}}

| rowspan="3" |Kosmos 300

(E-8-5 No.403)

| rowspan="2" |{{dts|23 September 1969}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Kosmos 300

|Lander

| {{no|Launch failure}}

|Sample return

| {{no|Launch failure}}

| rowspan="3" |Kosmos 305

(E-8-5 No.404)

| rowspan="2" |{{dts|22 October 1969}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Kosmos 305

|Lander

| {{no|Launch failure}}

|Sample Return

| {{no|Launch failure}}

| rowspan="3" |Apollo 12

| rowspan="2" |{{dts|14 November 1969}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Saturn V

|Apollo 12

|Orbiter

| {{Success}}

|Lander/Launch Vehicle

| {{Success}}

| rowspan="3" | 77

| rowspan="3" |Luna E-8-5 No.405

| rowspan="2" |{{dts|6 February 1970}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna E-8-5 No.405

|Lander

| {{no|Launch failure}}

|Sample return

| {{no|Launch failure}}

| rowspan="4" |Apollo 13

| rowspan="3" |{{dts|11 April 1970}}

| rowspan="3" |{{flagicon|USA}} NASA

| rowspan="3" |Saturn V

|Apollo 13

|Orbiter

| {{no2|Spacecraft failure}}

|Lander/Launch Vehicle

| {{no|Precluded}}

| {{Success}}

| rowspan="3" |Luna 16

(E-8-5 No.406)

| rowspan="2" |{{dts|12 September 1970}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 16

|Lander

| {{Success}}

|Sample return

| {{Success}}

| rowspan="2" |Zond 8

(7K-L1 No.14L)

|{{dts|20 October 1970}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Zond 8

|Flyby

| {{Success}}

| rowspan="3" |Luna 17

(E-8 No.203)

| rowspan="2" |{{dts|10 November 1970}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 17

|Lander

| {{Success}}

|Rover

| {{Success}}

| rowspan="3" |Apollo 14

| rowspan="2" |{{dts|31 January 1971}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Saturn V

|Apollo 14

|Orbiter

| {{Success}}

|Lander/Launch Vehicle

| {{Success}}

| rowspan="4" |Apollo 15

| rowspan="3" |{{dts|26 July 1971}}

| rowspan="3" |{{flagicon|USA}} NASA

| rowspan="3" |Saturn V

|Apollo 15

|Orbiter

| {{Success}}

|Lander/Launch Vehicle

| {{Success}}

|Rover

| {{Success}}

| rowspan="2" |PFS-1

|{{dts|26 July 1971}}

|{{flagicon|USA}} NASA

|Saturn V

|PFS-1

|Orbiter

| {{Success}}

| rowspan="3" |Luna 18

(E-8-5 No.407)

| rowspan="2" |{{dts|2 September 1971}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 18

|Lander

| {{no2|Spacecraft failure}}

|Sample return

| {{no2|Spacecraft failure}}

| rowspan="2" |Luna 19

(E-8LS No.202)

|{{dts|28 September 1971}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Luna 19

|Orbiter

| {{Success}}

| rowspan="3" |Luna 20

(E-8-5 No.408)

| rowspan="2" |{{dts|14 February 1972}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 20

|Lander

| {{Success}}

|Sample return

| {{Success}}

| rowspan="4" |Apollo 16

| rowspan="3" |{{dts|16 April 1972}}

| rowspan="3" |{{flagicon|USA}} NASA

| rowspan="3" |Saturn V

|Apollo 16

|Orbiter

| {{Success}}

|Lander/Launch Vehicle

| {{Success}}

|Rover

| {{Success}}

| rowspan="2" |PFS-2

|{{dts|16 April 1972}}

|{{flagicon|USA}} NASA

|Saturn V

|PFS-2

|Orbiter

| {{Success}}

| rowspan="2" |Soyuz 7K-LOK No.1

|{{dts|23 November 1972}}

|{{flagicon|USSR}} OKB-1

|N1

|Soyuz 7K-LOK No.1

|Orbiter

| {{no|Launch failure}}

| rowspan="4" |Apollo 17

| rowspan="3" |{{dts|7 December 1972}}

| rowspan="3" |{{flagicon|USA}} NASA

| rowspan="3" |Saturn V

|Apollo 17

|Orbiter

| {{Success}}

|Lander/Launch Vehicle

| {{Success}}

|Rover

| {{Success}}

| rowspan="3" |Luna 21

(E-8 No.204)

| rowspan="2" |{{dts|8 January 1973}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 21

|Lander

| {{Success}}

|Rover

| {{Success}}

| rowspan="2" |Explorer 49

(RAE-B)

|{{dts|10 June 1973}}

|{{flagicon|USA}} NASA

|Delta 1913

|Explorer 49

|Orbiter

| {{Success}}

| rowspan="2" |Mariner 10

|{{dts|3 November 1973}}

|{{flagicon|USA}} NASA

|Atlas SLV-3D Centaur-D1A

|Mariner 10

|Flyby

| {{Success}}

| rowspan="2" |Luna 22

(E-8LS No.206)

|{{dts|29 May 1974}}

|{{flagicon|USSR}} Lavochkin

|Proton-K/D

|Luna 22

|Orbiter

| {{Success}}

| rowspan="3" |Luna 23

(E-8-5M No.410)

| rowspan="2" |{{dts|28 October 1974}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 23

|Lander

| {{partial|Partial failure}}

|Sample Return

| {{no|Precluded}}

| rowspan="3" |Luna E-8-5M No.412

| rowspan="2" |{{dts|16 October 1975}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna E-8-5M No.412

|Lander

| {{no|Launch failure}}

|Sample Return

| {{no|Launch failure}}

| rowspan="3" |Luna 24

(E-8-5M No.413)

| rowspan="2" |{{dts|9 August 1976}}

| rowspan="2" |{{flagicon|USSR}} Lavochkin

| rowspan="2" |Proton-K/D

|Luna 24

|Lander

| {{Success}}

|Sample Return

| {{Success}}

| rowspan="2" |ISEE-3

(ICE/Explorer 59)

|{{dts|12 August 1978}}

|{{flagicon|USA}} NASA

|Delta 2914

|ISEE-3

|Flyby

| {{Success}}

| colspan="6" |Five flybys in 1982 and 1983 en route to comet 21P/Giacobini–Zinner.

| rowspan="3" | 100

| rowspan="3" |Hiten

(MUSES-A)

| rowspan="2" |{{dts|24 January 1990}}

| rowspan="2" |{{flagicon|Japan|1947}} ISAS

| rowspan="2" | Mu-3S-II

|Hiten

|Orbiter

| {{Success}}

|Orbiter

| {{no2|Spacecraft failure}}

| rowspan="2" |Geotail

|{{dts|24 July 1992}}

|{{flagicon|Japan|1947}} {{flagicon|USA}} ISAS/NASA

|Delta II 6925

|Geotail

|Flyby

| {{Success}}

| rowspan="2" |WIND

|{{dts|1 November 1994}}

|{{flagicon|USA}} NASA

|Delta II 7925-10

|WIND

|Flyby

| {{Success}}

| rowspan="2" |Clementine

(DSPSE)

|{{dts|25 January 1994}}

|{{flagicon|USA}} USAF/NASA

|Titan II (23)G Star-37FM

|Clementine

|Orbiter

| {{Success}}

| rowspan="2" |HGS-1

|{{dts|24 December 1997}}

|{{flagicon|USA}} Hughes

|Proton-K/DM3

|HGS-1

|Flyby

| {{Success}}

| rowspan="2" |Lunar Prospector

(Discovery 3)

|{{dts|7 January 1998}}

|{{flagicon|USA}} NASA

|Athena II

|Lunar Prospector

|Orbiter

| {{Success}}

| rowspan="2" |Nozomi

(PLANET-B)

|{{dts|3 July 1998}}

|{{flagicon|Japan|1947}} ISAS

|M-V

|Nozomi

|Flyby

| {{Success}}

| rowspan="2" | 107

| rowspan="2" |WMAP

|{{dts|30 June 2001}}

|{{flagicon|USA}} NASA

|Delta II 7425-10

|WMAP

|Flyby

| {{Success}}

| rowspan="2" |SMART-1

|{{dts|27 September 2003}}

|23px ESA

|Ariane 5G

|SMART-1

|Orbiter

| {{Success}}

| rowspan="3" |STEREO

| rowspan="2" |{{dts|25 October 2006}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Delta II 7925-10L

|STEREO A

|Flyby

| {{Success}}

|Flyby

| {{Success}}

| rowspan="3" |ARTEMIS

| rowspan="2" |{{dts|17 February 2007}}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Delta II 7925

|ARTEMIS P1

|Orbiter

|{{Operational}}

|Orbiter

|{{Operational}}

| rowspan="4" |SELENE

| rowspan="3" |{{dts|14 September 2007}}

| rowspan="3" |{{flagicon|Japan}} JAXA

| rowspan="3" |H-IIA 2022

|Kaguya

|Orbiter

| {{Success}}

|Orbiter

| {{Success}}

|Orbiter

| {{Success}}

| rowspan="2" |Chang'e 1

|{{dts|24 October 2007}}

|{{flagicon|China}} CNSA

|Long March 3A

|Chang'e 1

|Orbiter

| {{Success}}

| rowspan="3" |Chandrayaan-1

| rowspan="2" |22 October 2008

| rowspan="2" |{{flagicon|India}} ISRO

| rowspan="2" |PSLV-XL C11

|Chandrayaan-1

|Orbiter

| {{Success}}

|Impactor

| {{Success}}

| rowspan="3" | LRO & LCROSS

| rowspan="2" | {{dts|18 June 2009}}

| rowspan="2" | {{flagicon|USA}} NASA

| rowspan="2" |Atlas V 401

|Lunar Reconnaissance Orbiter

|Orbiter

|{{Operational}}

|Impactor

| {{Success}}

| rowspan="2" | 115

| rowspan="2" |Chang'e 2

|{{dts|1 October 2010}}

|{{flagicon|China}} CNSA

|Long March 3C

|Chang'e 2

|Orbiter

| {{Success}}

| rowspan="3" |GRAIL

| rowspan="2" |{{dts|10 September 2011}}{{cite news |last=Gold |first=Scott |date=11 September 2011 |title=After delay, GRAIL moon mission launches |work=Los Angeles Times |url=https://www.latimes.com/world/la-xpm-2011-sep-11-la-na-grail-moon-20110911-story.html |access-date=8 April 2013 |archive-date=8 November 2012 |archive-url=https://web.archive.org/web/20121108044523/http://articles.latimes.com/2011/sep/11/nation/la-na-grail-moon-20110911 |url-status=live }}{{cite web |last=Harwood |first=William |title=NASA launches GRAIL lunar probes |url=https://www.cbsnews.com/news/nasa-launches-grail-lunar-probes/ |access-date=11 September 2011 |work=CBS News |date=10 September 2011 |archive-date=11 September 2011 |archive-url=https://web.archive.org/web/20110911193237/http://www.cbsnews.com/stories/2011/09/10/scitech/main20104282.shtml |url-status=live }}

| rowspan="2" |{{flagicon|USA}} NASA

| rowspan="2" |Delta II 7920H

|Ebb (GRAIL-A)

|Orbiter

| {{Success}}

|Orbiter

| {{Success}}

| rowspan="2" |LADEE

|{{dts|7 September 2013}}

|{{flagicon|USA}} NASA

|Minotaur V

|LADEE

|Orbiter

| {{Success}}

| rowspan="3" |Chang'e 3

| rowspan="2" | {{dts|1 December 2013}}

| rowspan="2" | {{flagicon|China}} CNSA

| rowspan="2" | Long March 3B

|Chang'e 3

|Lander

|{{Operational}}

|Rover

| {{Success}}

| rowspan="4" | Chang'e 5-T1

| rowspan="3" | {{dts|23 October 2014}}

| rowspan="2" | {{flagicon|China}} CNSA

| rowspan="3" | Long March 3C

|Chang'e 5-T1

|Orbiter

| {{Operational}}

|Orbiter

| {{Success}}

|Manfred Memorial Moon Mission

|Flyby / Impactor (post mission)

| {{Success}}

| rowspan="2" |TESS

|{{dts|18 April 2018}}

|{{flagicon|USA}} NASA

|Falcon 9 Full Thrust

|TESS

|Flyby

| {{Success}}

| rowspan="4" |Queqiao

| rowspan="3" | {{dts|21 May 2018}}

| rowspan="3" | {{flagicon|China}} CNSA

| rowspan="3" | Long March 4C

|Queqiao relay satellite

|Relay Satellite

|{{Operational}}

|Orbiter

| {{no2|Spacecraft failure}}

|Orbiter

| {{Success}}

| rowspan="3" |Chang'e 4

| rowspan="2" |{{dts|7 December 2018}}

| rowspan="2" |{{flagicon|China}} CNSA

| rowspan="2" |Long March 3B

|Chang'e 4

|Lander

|{{Operational}}

|Rover

|{{Operational}}

| rowspan="2" |Beresheet

|{{dts|22 February 2019}}

|{{flagicon|Israel}} SpaceIL

|Falcon 9

|Beresheet

|Lander

| {{no2|Spacecraft failure}}

| rowspan="4" |Chandrayaan-2

| rowspan="3" |{{dts|22 July 2019}}

| rowspan="3" |{{flagicon|India}} ISRO

| rowspan="3" |LVM3

|Chandrayaan-2 Orbiter

|Orbiter

|{{Operational}}

|Lander

|{{no2|Spacecraft failure}}

|Rover

| {{no|Precluded}}

| rowspan="5" | 125

| rowspan="5" |Chang'e 5

| rowspan="4" |23 November 2020

| rowspan="4" |{{flagicon|China}} CNSA

| rowspan="4" |Long March 5

|Chang'e 5 Orbiter

|Orbiter

|{{Operational}}

|Lander

| {{Success}}

|Launch Vehicle

| {{Success}}

|Sample Return

| {{Success}}

| rowspan="2" |CAPSTONE

|28 June 2022{{cite web |last=Figliozzi |first=Gianine |date=8 June 2022 |title=CAPSTONE Mission Launch No Longer Targeting June 13 |url=https://blogs.nasa.gov/artemis/2022/06/08/capstone-mission-launch-no-longer-targeting-june-13/ |access-date=9 June 2022 |work=NASA |archive-date=9 June 2022 |archive-url=https://web.archive.org/web/20220609011628/https://blogs.nasa.gov/artemis/2022/06/08/capstone-mission-launch-no-longer-targeting-june-13/ |url-status=live }}

|{{flagicon|US}} NASA

|Electron

|⚀ CAPSTONE

|Orbiter

|{{Operational}}

| rowspan="2" |Danuri

|4 August 2022

|{{flagicon|South Korea}} KARI

|Falcon 9

|Danuri

|Orbiter{{cite press release |url=https://www.nasa.gov/press-release/nasa-funds-cubesat-pathfinder-mission-to-unique-lunar-orbit |title=NASA Funds CubeSat Pathfinder Mission to Unique Lunar Orbit |work=NASA |date=13 September 2019 |access-date=12 October 2021 |archive-date=10 November 2021 |archive-url=https://web.archive.org/web/20211110075648/https://www.nasa.gov/press-release/nasa-funds-cubesat-pathfinder-mission-to-unique-lunar-orbit/ |url-status=live }}{{cite web |date=9 August 2021 |title=Rocket Lab to Launch NASA Funded Commercial Moon Mission from New Zealand |url=https://www.rocketlabusa.com/about-us/updates/rocket-lab-to-launch-nasa-funded-commercial-moon-mission-from-new-zealand/ |access-date=4 September 2021 |work=Rocket Lab |archive-date=8 August 2021 |archive-url=https://web.archive.org/web/20210808200521/https://www.rocketlabusa.com/about-us/updates/rocket-lab-to-launch-nasa-funded-commercial-moon-mission-from-new-zealand/ |url-status=live }}

|{{Operational}}

| rowspan="12" |Artemis I

| rowspan="11" |16 November 2022{{cite web |last=Foust |first=Jeff |date=11 November 2022 |title=NASA moving ahead with Nov. 16 Artemis 1 launch attempt |url=https://spacenews.com/nasa-moving-ahead-with-nov-16-artemis-1-launch-attempt/ |access-date=12 November 2022 |work=SpaceNews}}

| rowspan="6" |{{Flagicon|USA}} NASA

| rowspan="11" |SLS Block 1

|Artemis I Orion MPCV CM-002

|Orbiter

|{{Success}}

|Orbiter

|{{no2|Spacecraft failure}}

|Orbiter

|{{no2|Spacecraft failure}}

|Flyby

|{{no2|Spacecraft failure}}

|Flyby

|{{no2|Spacecraft failure}}

|Flyby

|{{Success}}

|⚀ OMOTENASHI

|Lander

|{{no2|Spacecraft failure}}

|⚀ ArgoMoon

|Flybys

|{{Operational}}

|⚀ EQUULEUS

|Flybys

|{{Operational}}

|⚀ LunIR

|Flyby

|{{no2|Spacecraft failure}}

|⚀ Team Miles

|Flyby

|{{Success}}

| rowspan="5" |Hakuto-R Mission 1

| rowspan="4" |11 December 2022

|{{Flagicon|JPN}} ispace

| rowspan="4" |Falcon 9 Block 5

|Hakuto-R

|Lander

|{{no2|Spacecraft failure}}

|SORA-Q

|Rover

|{{no|Precluded}}

|Rashid

|Rover

|{{no|Precluded}}

|⚀ Lunar Flashlight

|Orbiter

| {{no2|Spacecraft failure}}

| rowspan="2" |Jupiter Icy Moons Explorer

|14 April 2023

|23px ESA

|Ariane 5 ECA

|Jupiter Icy Moons Explorer

|Flyby

|{{Success}}

| rowspan="4" |Chandrayaan-3

| rowspan="3" |14 July 2023

| rowspan="3" |{{Flagicon|India}} ISRO

| rowspan="3" |LVM3

| Chandrayaan-3

| Orbiter

|{{Success}}

|Vikram lander

|{{Success}}

|Pragyan rover

|{{Success}}

| rowspan="2" |Luna 25

| 10 August 2023

| {{Flagicon|RUS}} Roscosmos

| Soyuz-2.1b/Fregat

| Luna 25

| Lander

| {{no2|Spacecraft failure}}

| rowspan="4" |SLIM

| rowspan="3" |6 September 2023

| rowspan="2" |{{Flagicon|JPN}} JAXA

| rowspan="3" |H-IIA

|SLIM

|Lander

|{{Success}}

|Hopper

|{{Success}}

|LEV-2 (Sora-Q)

|Rover

|{{Success}}

| rowspan="4" |Peregrine Mission One

| rowspan="3" |8 January 2024

| {{Flagicon|USA}} Astrobotic Technology

| rowspan="3" |Vulcan Centaur VC2

|Peregrine

|Lander

|{{no2|Spacecraft failure}}

|Colmena × 5

|Rovers

|{{no|Precluded}}

|⚀ Iris

|Rover

|{{no|Precluded}}

| rowspan="3" | IM-1

| rowspan="2" | 14 February 2024

| {{Flagicon|USA}} Intuitive Machines

| rowspan="2" | Falcon 9 B5

| Nova-C Odysseus

|Lander

|{{Success}}

|⚀ EagleCam

|Deployable camera

| {{no2|Spacecraft failure}}

| rowspan="3" |DRO A/B

| rowspan="2" |13 March 2024

| rowspan="2" |{{Flagicon|China}} CAS

| rowspan="2" |Long March 2C

|DRO-A

|Relay Satellite

|{{Operational}}

|Relay Satellite

|{{Operational}}

| rowspan="4" | Queqiao-2

| rowspan="3" |20 March 2024

|{{Flagicon|China}} CNSA

| rowspan="3" | Long March 8

| Queqiao-2

|Relay Satellite

|{{Operational}}

|Tiandu-1

|Orbiter

|{{Operational}}

|Orbiter

|{{Operational}}

| rowspan="7" |Chang'e 6

| rowspan="6" |3 May 2024{{cite web |last=Jones |first=Andrew |date=10 January 2024 |title=China's Chang'e-6 probe arrives at spaceport for first-ever lunar far side sample mission |url=https://spacenews.com/chinas-change-6-probe-arrives-at-spaceport-for-first-ever-lunar-far-side-sample-mission/ |access-date=10 January 2024 |work=SpaceNews}}

| rowspan="5" |{{flagicon|China}} CNSA

| rowspan="6" |Long March 5

|Chang'e 6 Orbiter

|Orbiter

|{{Success}}

|Lander

|{{Success}}

|Launch Vehicle

|{{Success}}

|Sample Return

|{{Success}}

|Rover

|{{Success}}

|⚀ ICUBE-Q{{cite press release |url=https://www.researchgate.net/publication/370729994 |title=Mission overview and Design of Lunar CubeSat "ICUBE-Q" onboard Chang'E-6 |date=25 April 2023 |access-date=11 August 2023 |work=researchgate}}

|Orbiter

|{{Operational}}

| rowspan="2" |Blue Ghost M1

|15 January 2025{{Cite web |title=Falcon 9 Block 5 {{!}} Blue Ghost Mission 1 |url=https://nextspaceflight.com/launches/details/6794 |access-date=2024-08-28 |website=nextspaceflight.com |language=en}}{{Cite web |last=Schnautz |first=Risa |date=2024-11-25 |title=Firefly Aerospace Blue Ghost Mission 1 to the Moon Readies for Launch |url=https://fireflyspace.com/news/firefly-aerospace-blue-ghost-mission-1-to-the-moon-readies-for-launch/ |access-date=2024-11-25 |website=Firefly Aerospace |language=en-US}}

|{{Flagicon|USA}} Firefly Aerospace

|Falcon 9 B5

|Blue Ghost Lander

|Lander

|{{Success}}

| rowspan="3" | Hakuto-R Mission 2

| rowspan="2" | 15 January 2025{{Cite web |title=Falcon 9 Block 5 {{!}} HAKUTO-R M2 "Resilience" |url=https://nextspaceflight.com/launches/details/6940 |access-date=2024-11-25 |website=nextspaceflight.com |language=en}}

| {{Flagicon|Japan}}ispace

| rowspan="2" |Falcon 9 B5

| Hakuto-R

|Lander

|{{Enroute}}

|Tenacious

|Rover

|{{Enroute}}

| rowspan="2" |Lunar Trailblazer

|27 February 2025

|{{Flagicon|USA}} NASA

|Falcon 9 B5

|Lunar Trailblazer

|Orbiter

|{{no2|Spacecraft failure}}

| rowspan="2" |Brokkr-2

|27 February 2025

|{{Flagicon|USA}} AstroForge

|Falcon 9 B5

|Brokkr-2

|Flyby

|{{no2|Spacecraft failure}}

| rowspan="2" | Chimera-1

|27 February 2025

|{{Flagicon|USA}} Epic Aerospace

|Falcon 9 B5

|Chimera-1

|Flyby

|{{Success}}

| rowspan="6" | IM-2

| rowspan="5" | 27 February 2025{{cite web |last=David |first=Leonard |url=https://spacenews.com/ice-hunting-lunar-trailblazer-im2-nearly-ready-january-2025-launch/ |title=Ice-hunting Lunar Trailblazer and IM-2 nearly ready for January 2025 launch |work=SpaceNews |date=12 September 2024 |access-date=12 September 2024}}

| rowspan="2" | {{Flagicon|USA}} Intuitive Machines

| rowspan="5" | Falcon 9 B5

|Nova-C

|Lander

|{{partial|Partial failure}}

|Hopper

|{{no|Precluded}}

|MAPP

|Rover

|{{no|Precluded}}

|AstroAnt{{Cite web |last=Johnson |first=Arianna |title=MIT Will Return To The Moon For The First Time Since Apollo, Thanks To This Space Startup |url=https://www.forbes.com/sites/ariannajohnson/2022/11/09/mit-will-return-to-the-moon-for-the-first-time-since-apollo-thanks-to-this-space-startup/ |website=Forbes}}

|Rover

|{{no|Precluded}}

|Yaoki{{Cite web |last=Machines |first=Intuitive |date=5 January 2023 |title=Intuitive Machines Adds Commercial Lunar Rover to its Second Mission to the Moon |url=https://www.intuitivemachines.com/post/intuitive-machines-adds-commercial-lunar-rover-to-its-second-mission-to-the-moon |website=Intuitive Machines}}

|Rover

|{{no|Precluded}}

|+

!Country/

Agency

!Flyby{{efn|While Orbiting specific missions achieve a flyby milestone by virtue of entering the orbit, this table lists only flyby specific missions.}}

!Orbit

!Impact

!Soft landing

!Rover

!Sample return

!Crewed orbiting

!Crewed landing

|style="background:#9EFF9E; text-align:center;" data-sort-value="2" | Pioneer 4, 1959

|style="background:#9EFF9E; text-align:center;" data-sort-value="2" | Lunar Orbiter 1, 1966

|style="background:#9EFF9E; text-align:center;" data-sort-value="2" | Ranger 4, 1962

|style="background:#9EFF9E; text-align:center;" data-sort-value="2" | Surveyor 1, 1966

|style="background:#9EFF9E; text-align:center;" data-sort-value="2" | LRV (Apollo 15), 1971

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Apollo 11, 1969 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Apollo 8, 1968 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Apollo 11, 1969 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Luna 1, 1959 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Luna 10, 1966 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Luna 2, 1959 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Luna 9, 1966 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="1" | Lunokhod 1, 1970 †

|style="background:#9EFF9E; text-align:center;" data-sort-value="2" | Luna 16, 1970

|style="background:#ECECEC; text-align:center;" data-sort-value="2" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="2" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="4" | Chang'e 5-T1, 2014

|style="background:#9EFF9E; text-align:center;" data-sort-value="5" | Chang'e 1, 2007

|style="background:#9EFF9E; text-align:center;" data-sort-value="6" | Chang'e 1, 2009

|style="background:#9EFF9E; text-align:center;" data-sort-value="3" | Chang'e 3, 2013

|style="background:#9EFF9E; text-align:center;" data-sort-value="3" | Yutu, 2013

|style="background:#9EFF9E; text-align:center;" data-sort-value="3" | Chang'e 5, 2020

|style="background:#ECECEC; text-align:center;" data-sort-value="3" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="3" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="7" | Chandrayaan 3, 2023

|style="background:#9EFF9E; text-align:center;" data-sort-value="6" | Chandrayaan 1, 2008

|style="background:#9EFF9E; text-align:center;" data-sort-value="5" | MIP, 2008

|style="background:#9EFF9E; text-align:center;" data-sort-value="4" | Chandrayaan 3, 2023

|style="background:#9EFF9E; text-align:center;" data-sort-value="4" | Pragyan, 2023

|style="background:#ECECEC; text-align:center;" data-sort-value="4" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="4" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="4" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="3" | Hiten, 1990

|style="background:#9EFF9E; text-align:center;" data-sort-value="3" | Hiten, 1993

|style="background:#9EFF9E; text-align:center;" data-sort-value="3" | Hiten, 1993

|style="background:#9EFF9E; text-align:center;" data-sort-value="5" | SLIM, 2024

|style="background:#9EFF9E; text-align:center;" data-sort-value="5" | LEV-1, 2024

|style="background:#ECECEC; text-align:center;" data-sort-value="5" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="5" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="5" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="8" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="7" | Beresheet, 2019

|style="background:#9EFF9E; text-align:center;" data-sort-value="7" | Beresheet, 2019

|style="background:#FFC7C7; text-align:center;" data-sort-value="6" | Beresheet, 2019

|style="background:#ECECEC; text-align:center;" data-sort-value="8" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="6" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="6" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="6" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="9" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="9" | Luna 25, 2023

|style="background:#9EFF9E; text-align:center;" data-sort-value="9" |Luna 25, 2023

|style="background:#FFC7C7; text-align:center;" data-sort-value="7" | Luna 25, 2023

|style="background:#ECECEC; text-align:center;" data-sort-value="9" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="7" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="7" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="7" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="10" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="4" | SMART-1, 2003

|style="background:#9EFF9E; text-align:center;" data-sort-value="4" | SMART-1, 2006

|style="background:#ECECEC; text-align:center;" data-sort-value="8" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="10" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="8" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="8" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="8" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="5" | 4M, 2014

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="7" | 4M, 2022

|style="background:#ECECEC; text-align:center;" data-sort-value="9" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="9" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="9" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="9" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="8" | Danuri, 2022

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="10" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="10" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="10" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="10" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="6" | ArgoMoon, 2022

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="11" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="8" | Rashid, 2023

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#FFC7C7; text-align:center;" data-sort-value="6" |Rashid, 2023

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="12" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#9EFF9E; text-align:center;" data-sort-value="10" | ICUBE-Q, 2024

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="13" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

|style="background:#FFC7C7; text-align:center;" data-sort-value="7" | Colmena, 2024

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

|style="background:#ECECEC; text-align:center;" data-sort-value="14" | —

! Country/

Agency

! Agency
or company

! Successful

! Partial
failure

! Failure

!Success rate

! Operational

! Total

! Total for
country

|Lavochkin

|16

|2

|22

|40%

| -

|40

| rowspan="2" |58

| -

|16

|11.11%

| -

|18

|NASA

|2

|14

|67.27%

|4

|55

| rowspan="2" |57

| -

|1

|50%

| -

|2

|CNSA

|10

| -

| -

|100%

|8

|10

|10

|ISAS

|2

| -

|2

|50%

| -

|4

| rowspan="2" |8

|2

| -

|1

|66.6%

|1

|4

|ISRO

|2

| 1

| -

|66.6%

| 2

|3

|3

|ESA

|1

| -

| -

|100%

| -

|1

|1

|LuxSpace

|1

| -

| -

|100%

| -

|1

|1

|KARI

|1

| -

| -

|100%

|1

|1

|1

|Lockheed Martin

|1

| -

| -

|100%

| -

|1

|1

|Fluid & Reason

|1

| -

| -

|100%

| -

|1

|1

|Astrobotic Technology

| -

| -

|1

|0%

| -

|1

|1

|Intuitive Machines

|1

|1

| -

|50%

| -

|2

|2

|ERAU

| -

| -

|1

|0%

| -

|1

|1

|Firefly Aerospace

|1

| -

| -

|100%

| -

|1

|1

|ASI

|1

| -

| -

|100%

| -

|1

|1

|SpaceIL

| -

| -

|1

|0%

| -

|1

|1

|Roscosmos

| -

| -

|1

|0%

| -

|1

|1

| UAESA

| -

| -

| 1

|0%

| -

| 1

|1

|ispace

| -

| -

|1

|0%

| -

|1

|1

|IST / SUPARCO

|1

| -

| -

|100%

|1

|1

|1

|Blue Moon

|NET August 2025

|New Glenn

|{{Flagicon|USA}} Blue Origin

|Lander

| Nova-C

| rowspan="4" | Falcon 9 B5

| rowspan="2" | {{Flagicon|USA}} Intuitive Machines

|Lander

|Relay Satellite

|{{Flagicon|USA}} NASA

|Rovers

|{{Flagicon|USA}} NASA{{Flagicon|USA}} Lunar Outpost

|Rover

|Starship HLS

|2025{{cite web |last=Smith |first=Marcia |url=https://spacepolicyonline.com/news/nasa-delays-next-artemis-missions-to-2025-and-2026/ |title=NASA Delays Next Artemis Missions to 2025 and 2026 |work=SpacePolicyOnline |date=9 January 2024 |access-date=10 January 2024}}

|Starship

|{{Flagicon|USA}} SpaceX

|Lander

| DESTINY+

|2025{{cite web |last=Jones |first=Andrew |url=https://www.space.com/japan-destiny-mission-asteroid-phaethon-launch-delay |title=Japan's mission to bizarre asteroid Phaethon delayed to 2025 |work=Space.com |date=6 November 2023 |access-date=18 December 2023}}

| Epsilon S

| {{Flagicon|Japan}} JAXA

|Flyby

|Griffin lander

|2025{{Cite web |title=In an update on CLPS science, NASA's Joel Kearns noted that the launch of the @astrobotic Griffin lander is moving out of 2024 and to sometime in 2025, depending on their development schedule. It will still host NASA's VIPER as its primary payload. |url=https://x.com/w_robinsonsmith/status/1793699585745191066 |access-date=2024-05-24 |website=X (formerly Twitter)}}

|Falcon Heavy

|{{Flagicon|USA}} Astrobotic Technology

|Lander

|Starship HLS

|2026

|Starship

|{{Flagicon|USA}} SpaceX

|Lander

|Moon to Mars Initiative: Trailblazer (Roo-ver){{cite web |date=6 December 2023 |title=Australia votes to name its 1st moon rover 'Roo-ver' |url=https://www.space.com/australia-names-first-lunar-rover-roo-ver |website=Space.com}}

|2026

|TBD

|{{Flagicon|Australia}} Australian Space Agency

|Rover

| APEX 1.0

| rowspan="3" |2026{{cite web |last=Foust |first=Jeff |url=https://spacenews.com/ispace-revises-design-of-lunar-lander-for-nasa-clps-mission/ |title=Ispace revises design of lunar lander for NASA CLPS mission |work=SpaceNews |date=29 September 2023 |access-date=30 September 2023}}

| rowspan="3" | TBD

| {{Flagicon|USA}} ispace U.S.

{{Flagicon|USA}} Draper

|Lander

| rowspan="2" |{{Flagicon|USA}} ispace U.S.

{{Flagicon|USA}} Blue Canyon Technologies

|Relay Satellite

|Relay Satellite

|Blue Ghost lander

| rowspan="2" |2026

| rowspan="2" |TBD

| rowspan="2" |{{Flagicon|USA}} Firefly Aerospace

|Lander

|Orbiter

|Lunar Pathfinder

|2026

|TBD

|23px ESA

|Relay Satellite

| Chang'e 7 Orbiter

| rowspan="4" | Long March 5

| rowspan="4" | {{Flagicon|China}} CNSA

|Orbiter

|Lander

|Rover

|Hopper

|Starship HLS

|2026

|Starship

|{{Flagicon|USA}} SpaceX

|Lander

|FLEX

|2026

|Starship

|{{Flagicon|USA}} Astrolab

|Rover

|TBA

| rowspan="3" |2026

| rowspan="3" |Falcon Heavy

| rowspan="3" |{{Flagicon|USA}} Astrobotic

|Lander

|Rover

|Deployable platform

|Canadensys Lunar Rover

|2026

|TBD

|{{Flagicon|Canada}} Canadensys

{{Flagicon|Canada}} CSA

|Rover

|ZeusX service module

| rowspan="3" |Q4 2027

| rowspan="3" |TBD

| rowspan="3" |{{Flagicon|Singapore}} Qosmosys

|Orbiter

|Lander

|Rover

|Luna 26

|2027{{cite web |date=19 July 2023 |title=Ученый сообщил об активном ходе работ по импортозамещению комплектующих "Луны-27" |trans-title=The scientist reported on the active progress of work on import substitution of Luna-27 components |url=https://tass.ru/kosmos/18307283 |access-date=27 July 2023 |work=TASS |language=ru}}

|Soyuz-2.1b / Fregat

|{{Flagicon|Russia}} Roscosmos

|Orbiter

|PPE

| rowspan="2" |2027{{cite web |url=https://www.gao.gov/products/gao-24-106878 |title=Artemis Programs: NASA Should Document and Communicate Plans to Address Gateway's Mass Risk |work=GAO |date=31 July 2024 |access-date=31 July 2024}}

| rowspan="2" | Falcon Heavy

| rowspan="2" | {{Flagicon|USA}} NASA

{{Flagicon|USA}}Northrop Grumman

| rowspan="2" |Space station assembly

| Chandrayaan-4

| 2027–2028{{cite web |last=Jones |first=Andrew |url=https://spacenews.com/india-to-target-moons-south-pole-with-sample-return-mission/ |title=India to target moon's south pole with sample return mission |work=SpaceNews |date=23 October 2024 |access-date=23 October 2024}}

| LVM3

| {{Flagicon|India}} ISRO

|Lander

|Luna 27

|2028

|Angara A5 / Fregat

|{{Flagicon|Russia}} Roscosmos

|Lander

| Chang'e 8 Orbiter

|Orbiter

|Lander

|Rover

|Hopper

|Dragon XL

|2028

|Falcon Heavy

|{{Flagicon|USA}} SpaceX

|Resupply vehicle

|Blue Moon HLS

|2028

|New Glenn

|{{Flagicon|USA}} Blue Origin

|Lander

|2028

|New Glenn

|{{Flagicon|USA}} Lockheed Martin

|Transfer vehicle

|Starship HLS

|2028

|Starship

|{{Flagicon|USA}} SpaceX

|Lander

|LUPEX lander

| rowspan="2" |2028–2029

| rowspan="2" |H3

|{{Flagicon|India}} ISRO

|Lander

|{{Flagicon|Japan}} JAXA

|Rover

|Blue Moon HLS

|2029

|New Glenn

|{{Flagicon|USA}} Blue Origin

|Lander

|2029

|New Glenn

|{{Flagicon|USA}} Lockheed Martin

|Transfer vehicle

|Argonaut Lander

|2031{{cite web |last=Parsonson |first=Andrew |url=https://europeanspaceflight.com/esa-targets-2031-for-first-argonaut-lunar-lander-mission/ |title=ESA Targets 2031 for First Argonaut Lunar Lander Mission |work=European Spaceflight |date=17 July 2024 |access-date=17 July 2024}}

|Ariane 64

|23px ESA

|Lander

|KLLR Lander

| rowspan="2" |NET NET 2032

| rowspan="2" |KSLV-III

| rowspan="2" |{{Flagicon|KOR}} KARI

|Lander

|Rover

|Mapp

|TBA

|TBA

|{{Flagicon|USA}} Lunar Outpost

|Rover

{{Flagicon|Canada}} CSA

| Artemis II

|Orion

| April 2026{{cite web |last=Foust |first=Jeff |url=https://spacenews.com/nasa-further-delays-next-artemis-missions/ |title=NASA further delays next Artemis missions |work=spacenews.com |date=5 December 2024 |access-date=6 December 2024}}

| SLS Block 1

| Crewed test of the Orion spacecraft on a free-return trajectory around the Moon.

| Artemis III

|Orion, Starship HLS

| mid-2027

| SLS Block 1

| Deliver the "first woman and next man" to the Moon.

| Artemis IV

|Orion, Starship HLS

| September 2028

| SLS Block 1B

| First flight of Block 1B configuration. Deliver Lunar I-Hab and conduct second Artemis crewed lunar landing.

|Artemis V

|Orion, Blue Moon HLS

|March 2030{{cite web |url=https://www.nasa.gov/wp-content/uploads/2024/04/fy-2025-budget-request-summary-updated.pdf |title=FY 2025 Budget Request {{!}} FY 2025 President's Budget Request Moon to Mars Manifest |page=6 |work=NASA |date=15 April 2024 |access-date=27 July 2024}}

|SLS Block 1B

|Crewed Gateway and Surface expedition. Delivery of ESPRIT and Lunar Terrain Vehicle.

|Chinese crewed lunar mission

|Mengzhou,
Lanyue

| ~2030{{cite web |last=Jones |first=Andrew |url=https://spacenews.com/china-on-track-for-crewed-moon-landing-by-2030-space-official-says/ |title=China on track for crewed moon landing by 2030, space official says |work=SpaceNews |date=24 April 2024 |access-date=27 July 2024}}

| Long March 10

| Two launches of LM-10 to put a pair of astronauts on the Moon for a 6-hour stay.

|Artemis VI

|Orion, TBD

|March 2031{{Cite web|url=https://spacenews.com/nasa-planning-to-spend-up-to-1-billion-on-space-station-deorbit-module/|title=NASA planning to spend up to $1 billion on space station deorbit module|first=Jeff|last=Foust|date=13 March 2023}}

|SLS Block 1B

|Lunar landing with delivery of Crew and Science Airlock module.

| colspan="2" |⚀ Doge-1{{Cite web |title=Will Geometric Energy Corporation and SpaceX Use Artificial Intelligence in the Doge-1 Mission to the Moon? |url=https://www.wicz.com/story/48342952/will-geometric-energy-corporation-and-spacex-use-artificial-intelligence-in-the-doge-1-mission-to-the-moon |website=www.wicz.com |access-date=17 March 2023 |archive-date=17 March 2023 |archive-url=https://web.archive.org/web/20230317182329/https://www.wicz.com/story/48342952/will-geometric-energy-corporation-and-spacex-use-artificial-intelligence-in-the-doge-1-mission-to-the-moon |url-status=dead }}

|TBA

|12U CubeSat, the mission is being paid for entirely with the cryptocurrency Dogecoin. First Canadian lunar mission.

| rowspan="3" |Beresheet 2{{Cite news |author=Mark R. Whittington |date=12 February 2023 |title=Beresheet 2: The latest in America's inclusive return to the moon |newspaper=The Hill |url=https://thehill.com/opinion/international/3854290-beresheet-2-the-latest-in-americas-inclusive-return-to-the-moon/}}

|Orbiter

| rowspan="3" |2025

| rowspan="3" |One orbiter, two landers.

| 2025{{Cite web|url=https://www.correiobraziliense.com.br/ciencia-e-saude/2022/08/5028275-conheca-a-garatea-l-missao-que-pretende-levar-o-brasil-a-lua-em-2025.html|title=Conheça a Garatéa-L, missão que pretende levar o Brasil à Lua em 2025|date=2022-08-10|access-date=2022-10-09|language=pt-br|archive-date=14 August 2022|archive-url=https://web.archive.org/web/20220814185611/https://www.correiobraziliense.com.br/ciencia-e-saude/2022/08/5028275-conheca-a-garatea-l-missao-que-pretende-levar-o-brasil-a-lua-em-2025.html|url-status=live}}

| Proposed lunar CubeSat, Partnership between UKSA and ESA.

{{Flagicon|Israel}} IAI

| colspan="2" |LSAS lander

|2025

|proposed commercial lander, will rideshare with a Geostationary satellite.

| colspan="2" |Parsec lunar satellites

|2025

|Parsec lunar communication constellation.{{Cite web|url=https://www.lockheedmartin.com/en-us/news/features/2021/lunar-communication-and-navigation-network.html|title=Parsec™ Service from Lockheed Martin|website=Lockheed Martin}}

| colspan="2" |AYAP-1

|2026

|Turkey will perform a hard landing on the Moon.

| colspan="2" |Lunar Meteoroid Impact Observer

|2026

|Proposed CubeSat to observe asteroid impacts on Far side of Moon.

| colspan="2" |Lunar Trailblazer

|2026

|Under study for possible rover mission

| colspan="2" |Lunar zebro

|2026

|Small swarming rover, radiation measurements

| rowspan="2" |AYAP-2

|Lander

| rowspan="2" |2028

| rowspan="2" |Soft landing mission

| colspan="2" | Luna 28

| 2030{{cite tweet |author=Katya Pavlushchnko |user=katlinegrey |number=1689922853607550976 |title=Yuri Borisov: Roscosmos plans to launch #Luna26 in 2027, Luna-27 - in 2028, and Luna-28 - in 2030 or later. After that, the next goal will be a crewed mission to the Moon. |date=11 August 2023}}

| Proposed sample-return mission, part of Luna-Glob program, may include a small rover.

| rowspan="2" |Luna 29

|Luna 29 Lander

| rowspan="2" |2030s

| rowspan="2" |Proposed sample-return mission, part of Luna-Glob program, Will include Luna-Grunt rover.

| colspan="2" |Zeus

|2030

|Nuclear Propelled Space Tug, might deliver payloads to the moon

{{Flagicon|Russia}} Roscosmos

| colspan="2" | International Lunar Research Station
(ILRS 1-5)

|2031 - 2035

|5 crucial missions planned for comprehensive establishment of ILRS to complete the in-orbit and surface facilities

| colspan="2" | Indian Lunar Crewed Mission

|~2040{{Cite news|last=Kuthunur|first=Sharmila|date=18 October 2023|title=India wants to land astronauts on moon in 2040|url=https://www.space.com/india-land-astronaut-moon-2040 |url-status=live |archive-url=https://web.archive.org/web/20240223092227/https://www.space.com/india-land-astronaut-moon-2040|archive-date=23 February 2024|access-date=15 December 2023|work=Space.com }}

|National effort to send an Indian astronaut to the moon

| TBD

| 2 tethered CubeSats on a very low lunar orbit.[https://www.hou.usra.edu/meetings/lpsc2018/pdf/2394.pdf Bi-Sat Observations of the Lunar Atmosphere Above Swirls (BOLAS): Tethered SmallSat Investigation of Hydration and Space Weathering Processes at the Moon]. (PDF) Stubbs, T. J.; Malphrus, B. K.; Hoyt, R., etal. 49th Lunar and Planetary Science Conference; 19–23 March 2018 at The Woodlands, Texas, USA.

| TBD

| Impactor for LEAP

| TBD

| Radio telescope made by 4 rovers

| TBD

| Creating a reusable, replaceable and expandable Lunar elevator to open up the resources present on the Moon

| colspan="2" |LVICE²

|TBD

|Measuring the concentration of micrometeorites{{Cite web|url=https://lvice2.cz/en/o-misi/|title=About the mission|author=|publisher=esc Aerospace|date=2023|access-date=2023-03-27|language=en}}