Lunar Colonization
A permanent return to the Moon: crewed base, resource extraction, space hub
Overview
Establishing a permanent human presence on the Moon. Infrastructure for resource extraction, scientific research, and a staging point for Mars and orbit.
Impact: Scientific and logistical infrastructure for sustained lunar exploration
Involved actors
Roadmap
Artemis II: first crewed lunar flyby in over 50 years
Four astronauts, April 1-10, 2026: first crewed flight of the Orion capsule
Impact: Humans return to the vicinity of the Moon. Distance record broken.
Blue Moon MK1 "Endurance": uncrewed cargo landing
Blue Origin commercial demonstration on the Shackleton Connecting Ridge: autonomous guidance and cryogenic propulsion, carrying NASA payloads
Impact: Risk reduction for the crewed landings of 2028
Artemis III: rendezvous and docking in Earth orbit
Tests of the Blue Origin and SpaceX crewed landers in test configurations, without landing
Impact: Qualification of the systems essential to the following landing
Artemis IV: first landing at the South Pole
Two astronauts descend to the surface for about a week
Impact: Humans back on the surface after more than 50 years
ISRU pilot plant operational
In-situ lunar water/oxygen production
Impact: Lunar energy self-sufficiency
Projects
Active
NASA — Artemis & SLS
NASA
Artemis II flew in April 2026. Artemis III (2027) will demonstrate rendezvous and docking in Earth orbit; the landing itself falls to Artemis IV in 2028.
Crewed lunar return program. SLS (Space Launch System), Orion, lunar habitats.
- SLS rocket
- Orion capsule
- Lunar habitats
- ECLSS
- Power systems
Roadmap: Artemis III: rendezvous and docking in Earth orbit
2027
SpaceX — Starship HLS
SpaceX
HLS (Human Landing System) for Artemis: orbital refueling, lunar airlock bay, lunar propulsion.
Starship variant optimized for the Human Landing System. Orbital refueling, lunar landing, ascent.
- Starship HLS
- Orbital refueling
- Starbase infrastructure
- Landing legs
Roadmap: Starship in test configuration: rendezvous and docking with Orion (Artemis III)
2027
CNSA — Chang'e program
CNSA
A continuous chain of exploration missions: orbiters, landers, rovers. Permanent base 2030+.
Robotic missions and future crewed missions to the Moon. Chinese lunar base.
- Orbiters
- Landers
- Rovers
- Lunar base
- ISRU
Roadmap: Chang'e 7 south pole landing
2026
ISRO — Chandrayaan & Pragyan
ISRO
Lunar science and technology. Next-generation Pragyan rovers for future missions.
Indian robotic lunar exploration. Rovers, orbiters, science missions.
- Chandrayaan orbiters
- Pragyan rovers
- Science experiments
Roadmap: Chandrayaan 4 sample return
2028
Development
ESA — Surface Systems & Science
ESA
Luna modular habitats (HALO), In-Situ Resource Utilization (ISRU), science forecastle.
Inflatable habitats, pressurized rovers, scientific infrastructure for the Moon.
- Modular habitats
- ISRU
- Lunar communications
- Power systems
Roadmap: HALO module qualification
2028+
Axiom Space — Lunar Logistics
Axiom Space
Commercial freight and support supplies for Artemis missions and lunar operations.
Cargo transport services to the Moon. Commercial resupply modules.
- Cargo transport
- Lunar lander module
- Payload integration
Roadmap: First lunar cargo mission
2027
Blue Origin — Blue Moon
Blue Origin
Multi-decade commercial lunar lander program. Cargo (Blue Moon), crew and lunar service variants.
Reusable commercial lunar lander for cargo and crew. Multiple capacity variants.
- Lunar lander
- ECLSS
- Cargo payload
- Commercial ops
Roadmap: Blue Moon MK1 "Endurance": uncrewed cargo landing
2026