Space Missions — Every Major Mission from Sputnik to the 2040s

UPDATED Apr 12 2026 08:30

A comprehensive guide to humanity's exploration of space — from the first satellite to robotic rovers on Mars, gravitational wave detectors, and the missions currently en route to the outer solar system. Covers NASA, ESA, Roscosmos, ISRO, CNSA, JAXA, SpaceX, and commercial operators.

Coverage: 1957 – 2040s Read time: ~25 min Agencies: 8+

1. Overview

As of 2026, humanity has launched over 10,000 objects to orbit and beyond. Roughly 60 nations and dozens of private companies operate or have operated spacecraft. The pace of launches has accelerated dramatically since 2015 — SpaceX alone conducts more launches per year than all nations combined did in the 1960s. The missions below represent milestones, scientific achievements, and the most consequential commercial and governmental space programmes.

Space Race 1957–1969 Post-Apollo 1970–1989 Space Station Era 1990–2009 New Space 2010–2019 Artemis & Commercial 2020–2026 Deep Space 2027–2040s

2. Early Space Age (1957–1972)

Year	Mission	Agency	Achievement
1957	Sputnik 1	Roscosmos	First artificial satellite. 184-day orbit. Radio beacon heard worldwide. Triggered the Space Race.
1957	Sputnik 2	Roscosmos	First living creature in orbit — dog Laika. Proved biological survival in space (briefly).
1958	Explorer 1	NASA	First US satellite. Discovered the Van Allen radiation belts.
1959	Luna 2	Roscosmos	First spacecraft to reach another world — impacted the Moon.
1959	Luna 3	Roscosmos	First photographs of the Moon's far side.
1961	Vostok 1	Roscosmos	Yuri Gagarin: first human in space, first orbit. 108 minutes. April 12, 1961.
1962	Friendship 7 (MA-6)	NASA	John Glenn: first American to orbit Earth. 3 orbits.
1962	Mariner 2	NASA	First successful flyby of another planet — Venus. Confirmed hot dense atmosphere.
1963	Vostok 6	Roscosmos	Valentina Tereshkova: first woman in space.
1965	Voskhod 2	Roscosmos	Alexei Leonov: first spacewalk (EVA), 12 minutes outside.
1965	Mariner 4	NASA	First flyby of Mars. 21 photographs revealed craters; dashed hopes of a habitable surface.
1966	Luna 9	Roscosmos	First soft landing on the Moon. Proved surface was solid (not deep dust).
1967	Apollo 1 (fire)	NASA	Cabin fire during ground test killed Grissom, White, Chaffee. Led to major redesign.
1968	Apollo 8	NASA	First crewed flight to the Moon. "Earthrise" photograph. Christmas Eve broadcast.
1969	Apollo 11	NASA	Neil Armstrong and Buzz Aldrin land on the Moon (Sea of Tranquility). July 20, 1969. First humans on another world.
1970	Apollo 13	NASA	Oxygen tank explosion. Crew survived using LM as lifeboat. "Successful failure."
1970	Venera 7	Roscosmos	First soft landing on another planet (Venus). Survived 23 minutes of 465°C surface.
1971	Mariner 9	NASA	First spacecraft to orbit Mars. Mapped 85% of surface. Revealed Valles Marineris and Olympus Mons.
1972	Apollo 17	NASA	Last human Moon landing. Cernan, Evans, Schmitt. "Blue Marble" photograph of Earth.

Buzz Aldrin on the lunar surface during Apollo 11, July 20, 1969. Neil Armstrong and the Eagle lander are reflected in Aldrin's visor. Photo: NASA / Neil Armstrong.

Apollo Crewed Missions — Crew, Duration & Notes

Mission	Commander · CM Pilot · LM Pilot	Launch	Duration	Outcome
Apollo 1	Gus Grissom · Ed White · Roger Chaffee	Planned Feb 21, 1967	—	Cabin fire on launch pad Jan 27, 1967. All 3 killed.
Apollo 7	Wally Schirra · Donn Eisele · Walter Cunningham	Oct 11, 1968	10 d 20 h	First crewed Apollo; Earth orbit shakedown. TV broadcast to public.
Apollo 8	Frank Borman · Jim Lovell · Bill Anders	Dec 21, 1968	6 d 3 h	First humans to the Moon. Lunar orbit. "Earthrise" photo on Christmas Eve.
Apollo 9	Jim McDivitt · Dave Scott · Rusty Schweickart	Mar 3, 1969	10 d 1 h	Earth orbit LM test. First crewed LM flight. EVA spacesuit testing.
Apollo 10	Tom Stafford · John Young · Gene Cernan	May 18, 1969	8 d 0 h	Lunar orbit dress rehearsal. LM descended to 15.2 km from surface.
Apollo 11	Neil Armstrong · Michael Collins · Buzz Aldrin	Jul 16, 1969	8 d 3 h 18 m	First Moon landing. Sea of Tranquility. 21 h 36 m on surface. 21.55 kg samples.
Apollo 12	Pete Conrad · Dick Gordon · Alan Bean	Nov 14, 1969	10 d 4 h	Precise landing 183m from Surveyor 3. 7.75 h EVA. 34.4 kg samples.
Apollo 13	Jim Lovell · Jack Swigert · Fred Haise	Apr 11, 1970	5 d 22 h	O₂ tank explosion Apr 13. Moon landing aborted. LM used as lifeboat. All crew survived.
Apollo 14	Alan Shepard · Stu Roosa · Ed Mitchell	Jan 31, 1971	9 d 0 h	Fra Mauro (Apollo 13 target). 9.38 h EVA. Shepard hit two golf balls on the Moon.
Apollo 15	Dave Scott · Al Worden · Jim Irwin	Jul 26, 1971	12 d 7 h	First lunar rover (LRV). Hadley Rille. 18.55 h EVA. 77 kg samples.
Apollo 16	John Young · Ken Mattingly · Charlie Duke	Apr 16, 1972	11 d 2 h	Descartes Highlands. 20.23 h EVA. 95.7 kg samples.
Apollo 17	Gene Cernan · Ron Evans · Harrison Schmitt	Dec 7, 1972	12 d 14 h	Taurus-Littrow. Schmitt: only geologist on Moon. 22.05 h EVA. 110.5 kg samples. Last humans on Moon.

Total Apollo programme cost: ~$28B in 1960s dollars ≈ $280B in 2024 dollars. 6 successful landings · 12 humans walked on the Moon · 382 kg of lunar samples returned · programme ran 1961–1972.

3. Moon Missions

Year	Mission	Agency	Achievement / Notes	Status
1969–72	Apollo 11–17	NASA	6 successful landings, 12 humans walked on the Moon, 382 kg of samples returned.	Complete
1990	Hiten	JAXA	Japan's first lunar mission. Demonstrated aerobraking. Impacted Moon 1993.	Complete
1994	Clementine	NASA	Mapped the Moon globally. First evidence of water ice at lunar south pole.	Complete
2008	Chandrayaan-1	ISRO	India's first lunar mission. MIP probe confirmed water molecules in lunar soil.	Complete
2009	LRO / LCROSS	NASA	LRO: detailed lunar mapping, still active. LCROSS: impactor confirmed water ice at Cabeus crater.	Complete
2010	Chang'e 2	CNSA	Lunar orbiter; later flew to L2 and then asteroid Toutatis flyby.	Complete
2013	Chang'e 3 / Yutu	CNSA	First soft landing on Moon since 1976. Yutu rover operated 31 months.	Complete
2019	Chang'e 4 / Yutu-2	CNSA	First-ever landing on Moon's far side (Von Kármán crater). Yutu-2 still operating in 2026 — longest-lived lunar rover.	Active
2019	Chandrayaan-2	ISRO	Orbiter healthy; Vikram lander crashed at ~500m altitude due to software fault.	Partial
2020	Chang'e 5	CNSA	First lunar sample return since Luna 24 (1976). Returned 1.73 kg from Mons Rümker.	Complete
2023	Chandrayaan-3 / Pragyan	ISRO	First landing at lunar south pole. Vikram lander + Pragyan rover confirmed sulphur and water ice. India becomes 4th nation to soft-land on Moon.	Complete
2024	IM-1 (Odysseus)	Intuitive Machines	First commercial soft landing on Moon (tipped on side near Malapert A). Carried NASA instruments.	Complete
2025	Artemis II	NASA	First crewed lunar flyby since Apollo 17. 4 astronauts, 10-day mission around the Moon. SLS + Orion.	2025
2026	Chang'e 6	CNSA	Sample return from lunar far side South Pole–Aitken Basin — most ancient crater on Moon.	2026
2026+	Artemis III	NASA	First crewed Moon landing since 1972. SpaceX Starship HLS lands at lunar south pole. Targets water ice region.	2026+
2027	Luna 27 (LUNA-RESURS)	Roscosmos	Planned polar lander; search for water ice and resources. Previously Luna-25 crashed 2023.	2027

4. Mars Missions

Year	Mission	Agency	Achievement / Notes	Status
1976	Viking 1 & 2	NASA	First successful Mars landers. Biology experiments inconclusive. Operated 6+ years. High-res surface images.	Complete
1997	Mars Pathfinder / Sojourner	NASA	First Mars rover. Sojourner operated 83 days. Demonstrated airbag landing.	Complete
2001	Mars Odyssey	NASA	Longest-operating Mars spacecraft. Mapped hydrogen (water ice) deposits. Still active 2026.	Active
2003	Mars Express	ESA	ESA's first Mars mission. MARSIS radar found subsurface liquid water lake under south polar ice. Active 2026.	Active
2004	Spirit & Opportunity (MER)	NASA	Spirit: 6 years. Opportunity: 15 years, 45 km. Confirmed liquid water once flowed on Mars.	Complete
2006	Mars Reconnaissance Orbiter	NASA	HiRISE camera at 25 cm/pixel resolution. Identified recurring slope lineae. Communications relay. Active 2026.	Active
2012	Curiosity (MSL)	NASA	Sky-crane landing. Confirmed Gale Crater was habitable lake. Still driving in 2026 — 14+ years.	Active
2014	MOM (Mangalyaan)	ISRO	India's first interplanetary mission. Reached Mars orbit on first attempt — only nation to do so. $74M total cost.	Complete
2016	ExoMars TGO / Schiaparelli	ESA Roscosmos	TGO mapped methane and other trace gases. Schiaparelli lander crashed (thruster anomaly).	TGO Active
2021	Perseverance + Ingenuity	NASA	Caching samples for future return. Ingenuity helicopter: 72 flights — first powered flight on another planet. Active 2026.	Active
2021	Tianwen-1 / Zhurong	CNSA	China's first Mars orbiter+lander+rover. Zhurong rover operated 358 days. Confirmed subsurface water ice.	Complete
2021	Hope Probe (EMM)	UAE	UAE's first space mission. Mars climate orbiter studying atmosphere. First Arab interplanetary mission.	Active
2026	Mars Sample Return (phase)	NASA ESA	Earth Return Orbiter + Sample Fetch Rover planned to retrieve Perseverance's cached tubes. Budget and timeline under review.	2027+
2030s	Starship Mars Mission	SpaceX	Elon Musk's stated goal: uncrewed Starship to Mars ~2026, crewed mission 2028–2030. No confirmed manifest yet.	TBD

NASA's Curiosity rover self-portrait at the "Namib Dune" in the Murray Formation of Gale Crater, January 2016. Curiosity has driven over 30 km on Mars since landing in August 2012. Photo: NASA/JPL-Caltech/MSSS.

5. Outer Planets & Deep Space

Year	Mission	Agency	Achievement	Status
1972–73	Pioneer 10 & 11	NASA	First spacecraft through asteroid belt. Pioneer 10: first Jupiter flyby (1973). Pioneer 11: first Saturn flyby (1979). Pioneer anomaly sparked dark matter debate.	Lost contact
1977	Voyager 1 & 2	NASA	Flyby of all four giant planets. Voyager 1 is humanity's most distant object (~24 billion km, 2026). Voyager 2 is the only spacecraft to visit Uranus and Neptune. Both in interstellar space.	Active
1989	Galileo	NASA	Jupiter orbiter + atmospheric probe. Discovered Europa's subsurface ocean. Operated 1995–2003.	Complete
1990	Ulysses	NASA ESA	First spacecraft over solar poles. Studied solar wind in 3D. Operated 19 years.	Complete
1997	Cassini-Huygens	NASA ESA	Saturn orbiter (13 years). Huygens probe landed on Titan — furthest landing from Earth ever. Discovered Enceladus geysers and subsurface ocean.	Complete 2017
2006	New Horizons	NASA	Pluto flyby 2015 — first close images. Heart-shaped Tombaugh Regio. Then Arrokoth flyby 2019 (furthest object ever visited). Entering Kuiper Belt.	Active
2011	Juno	NASA	Jupiter polar orbiter. Mapped magnetic field, confirmed deep atmospheric bands. Now extended to Ganymede, Europa, Io flybys.	Active
2016	OSIRIS-REx	NASA	Sampled asteroid Bennu (2020). Returned 121g of material to Earth (2023) — largest asteroid sample ever. Now en route to asteroid Apophis.	Active (→Apophis)
2019	Hayabusa2	JAXA	Sampled asteroid Ryugu, including subsurface material. Returned 5.4g to Earth 2020. Confirmed organic molecules including amino acid building blocks.	Extended (→1998 KY26)
2023	JUICE (JUpiter ICy moons Explorer)	ESA	En route to Jupiter. Will orbit Ganymede — first orbit of a moon other than our own. Arrives 2031. Study of Ganymede, Europa, Callisto.	En route
2024	Europa Clipper	NASA	Largest NASA planetary science spacecraft. 49 flybys of Europa. Will assess habitability of its subsurface ocean. Arrives Jupiter 2030.	En route
2027	Dragonfly	NASA	Nuclear-powered rotorcraft to Titan. Will fly to dozens of sites on Titan's surface — largest moon of Saturn, only body with lakes of liquid hydrocarbons. Launch 2028, arrives 2034.	Approved

Pluto photographed by New Horizons at closest approach, July 14, 2015 — the first close images ever taken of the dwarf planet. The heart-shaped Tombaugh Regio is clearly visible. Photo: NASA/Johns Hopkins University APL/Southwest Research Institute.

6. Space Telescopes & Observatories

Year	Mission	Agency	Achievement / Notes	Status
1990	Hubble Space Telescope	NASA ESA	Most productive science instrument ever. 1.5 million+ observations. Serviced 5 times by shuttle. Deep field images showed early universe. Active 2026 (1 gyro mode).	Active
1999	Chandra X-ray Observatory	NASA	Sharpest X-ray images. Studied black holes, supernovae, galaxy clusters. Active 2026.	Active
2003	Spitzer Space Telescope	NASA	Infrared telescope. Studied exoplanet atmospheres, cool brown dwarfs, distant galaxies. Retired 2020.	Retired 2020
2009	Kepler / K2	NASA	Discovered 2,662 confirmed exoplanets. Showed planets are common around stars. Retired 2018.	Retired 2018
2009	Planck	ESA	Mapped CMB with highest precision. Confirmed ΛCDM model. Age of universe: 13.8 billion years. Retired 2013.	Complete
2015	LISA Pathfinder	ESA	Technology demonstrator for gravitational-wave detection in space. Exceeded all requirements. Retired 2017.	Complete
2018	TESS	NASA	All-sky exoplanet transit survey. Found 7,000+ candidates, 400+ confirmed planets. Active 2026.	Active
2021	JWST	NASA ESA CSA	Most powerful space telescope. Infrared. 6.5m mirror. Images galaxies forming 400 million years after Big Bang. Studying exoplanet atmospheres for biosignatures. At L2. Active 2026.	Active
2023	Euclid	ESA	Dark energy and dark matter survey. Will map 1/3 of sky in visible + near-IR. Active 2026, returning data.	Active
2027	Roman Space Telescope (Nancy Grace)	NASA	100× Hubble field of view in near-infrared. Dark energy surveys, microlensing exoplanet census, coronagraph test for direct exoplanet imaging.	2027
2034	LISA	ESA	Space gravitational-wave detector. Three spacecraft, 2.5 million km triangle. Will detect supermassive black hole mergers across the observable universe.	2034
2035	Habitable Worlds Observatory (HWO)	NASA	Successor to Roman. ~6m UV/optical/IR telescope. Primary goal: direct imaging and spectroscopy of Earth-like exoplanets to search for biosignatures.	~2035+

The Hubble Space Telescope photographed from Space Shuttle Atlantis during Servicing Mission 4 (STS-125) in May 2009. This was the final shuttle servicing mission. Photo: NASA.

7. Space Stations

Years	Station	Agency	Notes	Status
1971–82	Salyut 1–7	Roscosmos	First space stations. Salyut 1: first occupied station (1971). 7 stations total, military and scientific missions.	Deorbited
1973–74	Skylab	NASA	First US station. 3 crews. Solar telescope. Reentry 1979.	Deorbited
1986–2001	Mir	Roscosmos	First modular station. 15 years of continuous occupation. US-Russia cooperation in 1990s. Deorbited 2001.	Deorbited
1998–	ISS	NASA Roscosmos ESA JAXA	Largest structure in space: 109m × 73m. 420km altitude. Continuously inhabited since Nov 2000. Over 270 individuals from 21 countries. Retirement planned ~2030 (deorbit 2030–2035).	Active
2021–	Tiangong (CSS)	CNSA	Chinese Space Station. 3-module core. Crew of 3. Independently replacing ISS for China. Fully operational 2022. Planned 10+ year life.	Active
2025+	Axiom Station	Axiom Space	First commercial space station. Modules attaching to ISS from 2025 then separating after ISS retirement. Will serve as primary LEO lab post-ISS.	In development
2025+	Gateway (Lunar)	NASA ESA JAXA	Lunar orbital station. Staging point for Moon landings. First modules (PPE + HALO) launch ~2025. Will orbit near-rectilinear halo orbit around Moon.	In development

The International Space Station photographed from Space Shuttle Discovery (STS-119), March 2009. At 109m × 73m and 420,000 kg, it is the largest structure ever assembled in space, housing research across biology, physics, astronomy, and meteorology. Photo: NASA.

8. Commercial & New Space

Since 2010, private launch companies have fundamentally changed the economics of space access. SpaceX reduced launch costs by ~10× through reusable rockets. A new wave of commercial stations, lunar landers, and interplanetary vehicles is now in development.

Year	Mission / Vehicle	Operator	Achievement	Status
2010	Falcon 9 / Dragon	SpaceX	First commercial ISS resupply (2012). First propulsive booster landing (2015). Crew Dragon first commercial crewed ISS flight (2020). 200+ Falcon 9 launches by 2026.	Active
2019	Crew Dragon Demo-2	SpaceX NASA	First crewed commercial spacecraft to reach ISS. Ended US dependence on Soyuz for crew transport.	Complete
2021	Inspiration4	SpaceX	First all-civilian crew. Jared Isaacman funded. Highest orbit for Dragon (590 km). 3-day mission.	Complete
2021	Blue Origin New Shepard	Blue Origin	Jeff Bezos reached space. First paying passenger (90-year-old Wally Funk). 20 flights total before 2022 failure, resumed 2024.	Active
2023	Starship IFT-1 → IFT-6	SpaceX	World's largest rocket (121m). Progressive test flights. IFT-5 (Oct 2024): booster caught by tower arms (mechazilla). IFT-6 (Jan 2025): ship splashed down successfully.	Testing
2024	Polaris Dawn	SpaceX	Highest Earth orbit since Apollo (1,408 km). First commercial spacewalk (Sarah Gillis, Anna Menon). Studied space radiation.	Complete
2024	New Glenn	Blue Origin	First orbital launch of New Glenn heavy-lift rocket. Successful orbit, booster ocean landing failed on first attempt.	Active
2025+	Starlink V2 / Gen3	SpaceX	4,000+ operational satellites (2026). Direct-to-cell service. ~$10B revenue/year. Largest satellite constellation ever by far.	Active
2025+	Rocket Lab Neutron	Rocket Lab	Medium-lift partially reusable rocket. 13-tonne LEO capacity. Targeting 2025–2026 debut to complement Electron.	Development
2025+	ULA Vulcan Centaur	ULA	Replaced Atlas V. First flight Jan 2024 (Peregrine lunar lander). Will launch Dream Chaser spaceplane.	Active

9. Failures & Disasters

For every celebrated success, multiple missions have failed — sometimes with the loss of life, sometimes because of software bugs, engineering errors, or units mismatches. These failures shaped safety culture and engineering practice more profoundly than any successes.

Crewed Disasters

Date	Mission	Crew Lost	Cause	Legacy
Jan 27, 1967	Apollo 1 fire	Gus Grissom, Ed White, Roger Chaffee	Cabin fire during ground test in a pure-oxygen atmosphere. Faulty wiring under Grissom's seat ignited. The inward-opening hatch could not be opened under internal pressure. All three died within minutes.	Program halted 20 months. Complete Apollo capsule redesign: quick-opening hatch, fire-resistant materials, mixed O₂/N₂ atmosphere on the pad. The most impactful safety overhaul in US space history.
Jun 30, 1971	Soyuz 11	Georgy Dobrovolsky, Vladislav Volkov, Viktor Patsayev	A pressure-equalisation valve opened prematurely during module separation at 168 km altitude. The capsule depressurised in 112 seconds. The crew, not wearing pressure suits (no room in the capsule), were found dead on recovery. The first and only humans to die in space.	Soyuz redesigned to carry only 2 suited cosmonauts. Requirement for suits during ascent/reentry became permanent. Salyut programme redesigned. All subsequent crewed missions worldwide require pressure suits during critical phases.
Jan 28, 1986	Challenger (STS-51-L)	Francis Scobee, Michael Smith, Ronald McNair, Ellison Onizuka, Judith Resnik, Gregory Jarvis, Christa McAuliffe	O-ring seal in the right solid rocket booster failed due to cold temperatures (−3°C at launch, O-rings brittle below 17°C). Hot gases breached the external tank. Orbiter broke apart 73 seconds after launch at 46,000 ft. Engineers had warned against launching in cold weather; management overruled them.	32-month shuttle standdown. Rogers Commission. O-rings redesigned with heaters. Launch decision process overhauled — engineers now have formal authority to scrub. Christa McAuliffe (Teacher in Space) became a symbol. Normalisation-of-deviance concept enters engineering culture.
Feb 1, 2003	Columbia (STS-107)	Rick Husband, William McCool, Michael Anderson, Kalpana Chawla, David Brown, Laurel Clark, Ilan Ramon	A 750g piece of foam insulation struck the leading edge of the left wing during launch, creating a 15–25 cm hole in the reinforced carbon-carbon panels. During reentry, superheated plasma (~1480°C) entered the wing structure. Vehicle broke apart over Texas and Louisiana at 63 km altitude, travelling at 18× the speed of sound.	2.5-year standdown. Columbia Accident Investigation Board (CAIB). NASA's risk management culture overhauled. Foam strikes had occurred on previous missions but were not acted upon. Shuttle program retired 2011 partly as result. Kalpana Chawla: first Indian-American in space; memorialised worldwide.

Robotic Mission Failures

Year	Mission	Agency	Failure Mode & Cost
1993	Mars Observer	NASA	Lost 3 days before Mars orbit insertion. Probable cause: rupture in fuel pressurisation line caused spacecraft to spin uncontrollably. Cost $813M. Led to NASA's "faster, better, cheaper" policy — which then produced two more Mars failures in 1999.
1999	Mars Climate Orbiter	NASA	Lost at Mars orbit insertion. Root cause: Lockheed Martin's navigation software output thruster data in pound-force·seconds; NASA's trajectory team assumed newton-seconds. The unit mismatch pushed the spacecraft 170 km too low, causing it to burn up in the atmosphere. Cost $327.6M. Considered the most embarrassing units error in engineering history.
1999	Mars Polar Lander	NASA	Lost during powered descent. Most likely cause: spurious signal from landing leg sensors, generated when legs deployed during descent, falsely indicated touchdown and shut off the engines at ~40 m altitude. Spacecraft crashed at full descent speed. Cost $165M. Part of the "cheaper, faster" failure cluster alongside MCO.
2003	Beagle 2	ESA	ESA's Mars lander went silent after separation from Mars Express on Christmas Day 2003. Found on the surface in 2015 by Mars Reconnaissance Orbiter — partially deployed with 2–3 of its 4 solar panel "petals" open, blocking the radio antenna. Probable cause: bounced and collided with a rock, or a petal was damaged during airbag landing.
2016	Schiaparelli EDM	ESA Roscosmos	ExoMars test lander crashed at ~300 km/h. IMU readings saturated for 1 second; onboard computer concluded it had already landed, jettisoned the parachute, and fired its retrorockets for only ~3 seconds instead of the required 30. The lander was still 3.7 km above the surface. Telemetry was received throughout — the failure was diagnosed precisely.
2019	Beresheet	SpaceIL (Israel)	First private Moon lander. An inertial measurement unit (IMU) was accidentally switched off during descent, triggering a chain of resets. Main engine could not restart in time. Crashed at ~500 km/h. Reportedly carried a payload of tardigrades and human DNA — location unknown on lunar surface.
2019	Chandrayaan-2 Vikram	ISRO	Lander entered an uncontrolled roll during powered descent. Software could not correct fast enough. Impacted ~500m from target at ~50 m/s rather than near-zero. Orbiter healthy and operating. ISRO did not release official failure analysis. Cost ~$140M total (lander + orbiter). Chandrayaan-3 successfully landed the same target site in 2023.
2023	Luna-25	Roscosmos	Russia's first lunar mission since Luna-24 in 1976. An orbit-correction manoeuvre engine fired for 127 seconds instead of the planned 84 seconds due to a software error. Spacecraft entered an uncontrolled orbit and crashed on the Moon at ~2.5 km/s near the south pole — the very target it was racing to beat Chandrayaan-3 to. India landed 3 days later.
2024	Peregrine Mission 1	Astrobotic / NASA CLPS	First commercial US lunar lander under NASA's CLPS programme. A propellant valve failed to close after launch, causing an oxidiser leak. The spacecraft lost ~40% of its propellant within hours and could not achieve a lunar trajectory. Redirected to burn up on Earth reentry 10 days later. Carried 5 NASA science instruments and commercial payloads including human remains. Cost ~$108M in NASA funding.

10. Planned Missions 2025–2040s

Target Date	Mission	Agency	Goal
2025	IMAP	NASA	Interstellar Mapping and Acceleration Probe — study heliopause and local interstellar medium.
2025	Artemis II	NASA	First crewed Orion flight, lunar flyby with 4 astronauts.
2026	Chang'e 7	CNSA	South pole orbiter + lander + rover + mini-flying probe to search for water ice.
2026	Lunar Flashlight (follow-on)	NASA	Map water ice deposits at lunar south pole for future ISRU (in-situ resource utilisation).
2026	Mars Sample Return (ESO)	ESA	Earth Return Orbiter departs — first leg of returning Perseverance samples.
2026+	Artemis III	NASA	First crewed Moon landing since 1972. Starship HLS at south pole.
2027	Roman Space Telescope	NASA	Dark energy, microlensing, direct exoplanet imaging tech demo.
2028	Dragonfly	NASA	Rotorcraft lander to Titan. Chemistry of pre-life organics in hydrocarbon seas.
2028	LUPEX (Lunar Polar Exploration)	JAXA ISRO	Joint rover mission to lunar south pole. Drill to confirm water ice quantity and accessibility.
2028	Mars Ice Mapper	NASA ESA JAXA CNSA	Map shallow ground ice to select human landing sites.
2030	Europa Clipper (arrives)	NASA	49 Europa flybys, full habitability assessment of subsurface ocean.
2031	JUICE (arrives)	ESA	Jupiter system tour, then Ganymede orbit — first moon orbiter other than our own.
2032	Uranus Orbiter & Probe	NASA	Highest priority Planetary Science Decadal Survey 2023–2032. First dedicated Uranus mission. Atmospheric probe + orbiter.
2034	LISA	ESA	Space gravitational wave observatory. Three spacecraft in solar orbit, 2.5 million km baseline.
2035+	Enceladus Orbilander	NASA	Proposed orbiter + lander for Saturn's moon Enceladus. Sample the plumes for biosignatures.
2035+	Habitable Worlds Observatory	NASA	~6m UV/optical/IR; direct imaging of Earth twins around nearby stars.
2040s	Human Mars Mission	NASA SpaceX	NASA's Moon-to-Mars roadmap targets humans at Mars by late 2030s. SpaceX Starship independent path targets earlier.

11. Agency Profiles

NASA — National Aeronautics and Space Administration (USA, est. 1958)
Budget ~$25B/year (2026). Leads planetary science, human spaceflight (Artemis), and flagship telescopes. Partners extensively with ESA, JAXA, and commercial providers. Operates JPL (robotic missions), Johnson SC (human spaceflight), Goddard (satellites/telescopes).

ESA — European Space Agency (22 nations, est. 1975)
Budget ~€7.8B/year. Ariane 6 launch vehicle after Ariane 5 retirement. Major missions: Rosetta (comet lander), Gaia (stellar mapping), Mars Express, JUICE, LISA. Strong science programme; partners with NASA on Hubble, JWST, Mars Sample Return.

Roscosmos (Russia, successor to Soviet space programme)
Operated Soyuz crew vehicles to ISS until 2022 relations deteriorated. Launched Luna-25 (crashed 2023). Programme under strain due to sanctions and brain drain post-2022. Partnering with CNSA for joint lunar base programme (ILRS).

CNSA — China National Space Administration (est. 1993)
Most rapidly expanding programme. Chang'e lunar series, Tianwen Mars mission, Tiangong space station, Beidou navigation system (35 satellites). Targeting crewed Moon landing by 2030. Planning ILRS (International Lunar Research Station) with Russia. BeiDou: global navigation rival to GPS.

ISRO — Indian Space Research Organisation (est. 1969)
Budget ~$1.5B/year — extremely high value-per-dollar. Chandrayaan-3 landed at south pole 2023. Gaganyaan crewed mission planned 2025. Aditya-L1 solar observatory launched 2023. Commercial arm NewSpace India growing rapidly.

JAXA — Japan Aerospace Exploration Agency (est. 2003)
Known for precision engineering. Hayabusa series (asteroid sample return), H3 rocket, Kibo module on ISS, SLIM precision Moon lander (2024 — landed at 55m from target). Partnering with NASA on Artemis Gateway.

SpaceX (USA, est. 2002, Elon Musk)
Transformed launch economics. Falcon 9: 250+ flights, ~60% reuse rate, $67M per launch vs $450M for Atlas V. Starship: world's largest rocket ever, fully reusable, targets Mars colonisation. Starlink: 4,000+ operational satellites. Crew Dragon sole US crew vehicle for ISS as of 2026.

Blue Origin (USA, est. 2000, Jeff Bezos)
New Shepard suborbital tourism. New Glenn heavy-lift rocket debuted 2024. Working on Blue Moon lunar lander for Artemis. Long-term goal: O'Neill-style space colonies and moving heavy industry off Earth.