The New Lunar Era: A Comprehensive Guide to Who's Going to the Moon, When, and How
Executive Summary
The Moon is experiencing its most active period of exploration since the Apollo era. Multiple nations, space agencies, and private companies are converging on Earth's nearest celestial neighbor with an unprecedented cadence of missions. This report provides a comprehensive overview of the current lunar landscape—who is involved, what they're building, when they plan to arrive, and how the new space race is reshaping geopolitics.
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Part I: The United States — Artemis Program
Overview
The Artemis program, formally established in 2017, represents NASA's flagship effort to return humans to the lunar surface. Unlike Apollo's brief visits, Artemis aims to establish a sustained human presence on the Moon as a stepping stone to Mars.
Key Milestones
| Mission | Target Date | Objectives |
|---------|-------------|------------|
| Artemis I | Completed Nov 2022 | Uncrewed test flight around the Moon |
| Artemis II | Early 2026 | First crewed lunar flyby since 1972 |
| Artemis III | Mid-2027 | First crewed landing since Apollo 17 |
| Artemis IV | 2028 | First mission to Lunar Gateway |
| Artemis V | 2030 | Blue Origin crewed landing |
| Artemis VI-XI | 2032-2036 | Sustained surface operations |
Artemis II: Return of Human Explorers
The four-person crew includes NASA astronauts Reid Wiseman (Commander), Victor Glover (Pilot), and Christina Koch (Mission Specialist), along with Canadian Space Agency astronaut Jeremy Hansen. This mission will mark several historic firsts:
- First person of color to travel to the Moon (Glover)
- First woman to travel to the Moon (Koch)
- First non-American to travel to the Moon (Hansen)
The 10-day mission will take the crew around the Moon in a free-return trajectory, traveling farther from Earth than any human mission before. Launch is currently targeted for early 2026, following delays caused by heat shield issues discovered after Artemis I.
Artemis III: Boots on the Surface
Originally planned for 2024, the first crewed landing has been pushed to mid-2027. The mission will utilize:
- **Space Launch System (SLS)**: NASA's super heavy-lift rocket
- **Orion Spacecraft**: Crew transport to lunar orbit
- **Starship HLS**: SpaceX's Human Landing System for descent to the surface
Astronauts will land near the lunar South Pole, a region of intense scientific interest due to potential water ice deposits in permanently shadowed craters. The mission will include approximately one week on the surface.
Human Landing Systems: Two Providers
**SpaceX Starship HLS**
- Contract value: $2.9 billion (initial), expanded for Artemis IV
- Requires multiple in-orbit refueling operations before lunar transit
- Largest spacecraft ever designed for lunar landing
- In-space propellant transfer demonstration expected in 2026
**Blue Origin Blue Moon Mark 2**
- Contract value: $3.4 billion
- Selected for Artemis V (2030)
- Consortium includes Lockheed Martin, Draper, Boeing, Astrobotic, and Honeybee Robotics
- Can support crew of four for up to 30 days on lunar surface
- Uncrewed demonstration mission planned before crewed flight
Lunar Gateway: The Orbital Outpost
Gateway will be humanity's first space station in lunar orbit, serving as a staging point for surface missions and deep space research.
**International Partners:**
- NASA (United States): Power and Propulsion Element (PPE), HALO module
- ESA (Europe): Lunar I-Hab, Lunar View, Lunar Link communications
- JAXA (Japan): Life support systems, batteries, HTV-XG resupply
- CSA (Canada): Canadarm3 robotic system
- MBRSC (UAE): Crew and Science Airlock
**Key Specifications:**
- 15+ year planned lifespan
- 125 cubic meters habitable volume when complete
- Completes lunar orbit every 6.5 days
- Supports crews of up to 4 astronauts
The initial configuration (PPE + HALO) will launch on a SpaceX Falcon Heavy in 2027, with I-Hab arriving on Artemis IV in 2028.
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Part II: Commercial Lunar Payload Services (CLPS)
NASA's CLPS program represents a paradigm shift in lunar exploration—purchasing transportation services from private companies rather than building government-owned landers.
Program Overview
- Contract ceiling: $2.6 billion through 2028
- 14 companies currently eligible to bid
- Philosophy: "Many shots on goal" with acceptance of risk
Active CLPS Providers and Missions
Intuitive Machines (Houston, Texas)
**IM-1 (February 2024)**
- First private company to soft-land on the Moon
- Odysseus lander landed but tipped to 30-degree angle
- Delivered 6 NASA payloads to Malapert A crater
**IM-2 (March 2025)**
- Athena lander targeted Mons Mouton near South Pole
- Carried PRIME-1 drill to search for water ice
- Landed but tipped over after altimeter failure
- Partial mission success with limited data return
**IM-3 (Second half 2026)**
- Target: Reiner Gamma lunar swirl
- Payloads include magnetometer, camera arrays, small rovers
- Will study unusual magnetic field anomaly
**IM-4 (2027)**
- Awarded September 2024
- Return to lunar South Pole
Firefly Aerospace (Cedar Park, Texas)
**Blue Ghost Mission 1 (March 2025)**
- Successfully landed in Mare Crisium
- Delivered 10 NASA payloads
- First fully successful CLPS mission
**Blue Ghost Mission 2 (2026)**
- Will deploy European Space Agency's Lunar Pathfinder satellite
**Blue Ghost Mission 3 (2026)**
- Target: Gruithuisen Domes
- 6 NASA payloads
Astrobotic Technology (Pittsburgh, Pennsylvania)
**Peregrine Mission One (January 2024)**
- First CLPS mission to launch
- Propellant leak prevented lunar landing
- Controlled re-entry into Earth's atmosphere
**Griffin Mission One (Late 2025)**
- Much larger lander than Peregrine
- Will carry Astrolab's FLIP rover
- Target: Lunar South Pole
**LunaGrid Program**
- Developing lunar surface power infrastructure
- Could provide power to other companies' assets
Blue Origin (Kent, Washington)
**Blue Moon Mark 1 Pathfinder (2025-2026)**
- Self-funded demonstration mission
- 3,000 kg payload capacity (far exceeds other CLPS landers)
- Will validate BE-7 engine and precision landing
- Launch on New Glenn rocket
**Blue Moon Mark 1 Serial 2**
- First commercial payload delivery mission
- Available to NASA and commercial customers
Draper/ispace US
**APEX 1.0 Mission (2026)**
- Target: Schrödinger Basin on lunar far side
- Seismometers and heat flow instruments
- First CLPS mission to far side
ispace (Tokyo, Japan) — Outside CLPS
**HAKUTO-R Mission 1 (2023)**
- Crashed during landing attempt
- First private Japanese lunar mission
**HAKUTO-R Mission 2 "RESILIENCE" (June 2025)**
- Target: Mare Frigoris (northern region)
- Tenacious rover will collect lunar soil for NASA
- Partnership with Redwire announced for future missions
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Part III: China — The Rising Lunar Power
Chang'e Program Overview
China's lunar exploration program has achieved remarkable success with a steady cadence of increasingly complex missions. Named after the Chinese Moon goddess, Chang'e has positioned China as a peer competitor to the United States in lunar exploration.
Completed Missions
| Mission | Year | Achievement |
|---------|------|-------------|
| Chang'e 1 | 2007 | First Chinese lunar orbiter |
| Chang'e 2 | 2010 | High-resolution mapping |
| Chang'e 3 | 2013 | First soft landing, Yutu rover |
| Chang'e 4 | 2019 | First far-side landing (historic first) |
| Chang'e 5 | 2020 | Sample return (1.7 kg) |
| Chang'e 6 | 2024 | Far-side sample return (first ever) |
Upcoming Missions
**Chang'e 7 (2026)**
- Target: Shackleton Crater, South Pole
- Orbiter, lander, rover, and "mini-flying probe"
- Primary objective: Search for water ice
- International payloads from Egypt, Bahrain, Italy, Switzerland, Thailand, Russia
**Chang'e 8 (2028-2029)**
- In-situ resource utilization technology demonstration
- 3D printing of bricks from lunar regolith
- 200 kg international payload capacity
- Payloads selected from Russia, South Africa, Thailand, Turkey, Pakistan, Iran, Peru, and others
Crewed Lunar Landing (2030)
China has publicly committed to landing astronauts on the Moon before 2030. Key developments:
- **Long March 10**: New super heavy-lift rocket in development
- **Mengzhou**: New crewed spacecraft successfully tested
- **Lanyue**: Crewed lunar lander in development
- **Lunar Spacesuit**: Design phase complete
International Lunar Research Station (ILRS)
China and Russia jointly lead the ILRS initiative—a direct competitor to NASA's Artemis program.
**Phase 1 (By 2035): Basic Station**
- Located at lunar South Pole
- Integrated Earth-Moon information network
- Chang'e 7 and Chang'e 8 form foundation
- Robotic operations with short-term crewed visits
- Possibly powered by small nuclear reactor
**Phase 2 (By 2050): Station Network**
- South Pole base as hub
- Lunar orbital station
- Exploration nodes at equator and far side
- Long-term crewed capability
**ILRS Member Nations (as of late 2025):**
- Russia, Venezuela, Belarus, Pakistan, Azerbaijan, South Africa, Egypt, Nicaragua, Thailand, Serbia, Kazakhstan, Senegal, Turkey
- Organizations: International Lunar Observatory Association (Hawaii), Nano-SPACE (Switzerland), Thales Group (France)
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Part IV: India — Chandrayaan Program
Historic Achievement
On August 23, 2023, India's Chandrayaan-3 mission successfully landed near the lunar South Pole, making India:
- Fourth country to soft-land on the Moon
- First country to land in the South Polar region
- The landing site was named "Shiv Shakti Point"
August 23 is now celebrated as National Space Day in India.
Chandrayaan-4: Sample Return Mission
**Target Launch: 2027-2028**
India's most ambitious lunar mission will attempt to return approximately 2-3 kg of lunar samples to Earth.
**Mission Architecture:**
- Five modules (vs. three for Chandrayaan-3)
- Two separate rocket launches (LVM-3 and PSLV)
- Earth-orbit docking before lunar transit
- Lunar sample collection via robotic arm
- Return samples to Earth
**Modules:**
1. Propulsion Module: Ferries spacecraft to Moon
2. Descender Module: Lands on surface
3. Ascender Module: Lifts off with samples
4. Transfer Module: Docking and sample transfer
5. Re-entry Module: Returns to Earth
**Budget:** ₹2,104 crore (~$250 million)
**Preparation:** SPADEX (Space Docking Experiment) launched to demonstrate docking capability needed for this mission.
LUPEX: Japan-India Collaboration
**Target: 2028-2029**
The Lunar Polar Exploration Mission is a joint venture between ISRO and JAXA:
- ISRO provides the lander
- JAXA provides the rover and H3 launch vehicle
- Target: Lunar South Pole
- Will search for water ice and demonstrate lunar night survival
Future Roadmap
- **Chandrayaan-5**: Approved March 2025; objectives TBD
- **Gaganyaan**: India's first crewed spaceflight (precursor to eventual crewed lunar missions)
- **Long-term goal**: Potential crewed lunar landing in 2030s
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Part V: Japan — JAXA Lunar Efforts
SLIM Mission (January 2024)
The Smart Lander for Investigating Moon achieved a "pinpoint landing" within 55 meters of target—far more accurate than any previous lunar landing. Though it landed inverted, it returned valuable data and demonstrated precision technology.
International Partnerships
**With NASA (Artemis):**
- Providing Gateway life support systems
- Batteries for multiple Gateway modules
- HTV-XG cargo resupply spacecraft
- Japanese astronaut to serve on Gateway crew
**With India (LUPEX):**
- Providing rover and launch vehicle
- Joint water ice exploration
**With Toyota:**
- Developing pressurized lunar rover
- 6-wheel vehicle with 10,000 km range
- Can support two astronauts for 42 days
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Part VI: Other National Programs
European Space Agency (ESA)
Not pursuing independent lunar landers but deeply integrated into Artemis:
- Orion service modules (providing propulsion and life support)
- Gateway modules (Lunar I-Hab, Lunar View, Lunar Link)
- European astronauts will fly on Artemis missions
United Arab Emirates
- Providing Gateway Crew and Science Airlock
- Rashid rover flew on ispace Mission 1 (lost in crash)
- Rashid 2 rover planned for future mission
South Korea
- Danuri orbiter (2022) mapping the Moon
- Planning lunar lander mission for late 2020s
Russia
- Luna 25 (2023) crashed during landing attempt
- Partner in China's ILRS
- No near-term independent lunar landing planned
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Part VII: The Emerging Lunar Economy
Resource Potential
**Water Ice**
- Confirmed in permanently shadowed craters
- Could provide drinking water, oxygen, and rocket fuel
- Both US and China targeting South Pole for this reason
**Helium-3**
- Potential fusion fuel
- Abundant on lunar surface
- China has explicitly cited this as long-term goal
**Rare Earth Elements**
- Critical for electronics and clean energy
- Moon may offer alternative to terrestrial sources
Infrastructure Development
**Power Systems**
- Astrobotic's LunaGrid
- Nuclear fission systems under development
**Communications**
- Intuitive Machines' lunar relay constellation
- ESA's Lunar Link on Gateway
- Multiple commercial data relay services planned
**Data Centers**
- Lonestar Data Holdings testing prototype on IM-2
- Concept: Backup critical data off-planet
Emerging Services Market
Companies now offering:
- Payload delivery to lunar surface
- Lunar surface mobility (rovers)
- Communications relay
- Power generation
- Sample return
- Resource prospecting
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Part VIII: The New Space Race Dynamic
US vs. China
The competition centers on:
1. **Who lands humans first** (after Apollo): US targeting mid-2027; China targeting before 2030
2. **Sustained presence**: Both planning permanent bases at South Pole
3. **International alliances**: Artemis Accords vs. ILRS partnership
Artemis Accords
59 nations have signed as of late 2025, agreeing to:
- Peaceful lunar exploration
- Transparency in operations
- Interoperability of systems
- Preservation of heritage sites
- Resource extraction principles
Notable signatories: US, UK, Canada, Japan, Australia, South Korea, UAE, India, France, Germany
ILRS Partnership
Alternative framework led by China and Russia:
- Open to nations excluded from Artemis
- Focused on "mutual consultation, joint construction, shared benefits"
- Attracting Global South participation
Key Timelines Comparison
| Milestone | United States | China |
|-----------|---------------|-------|
| Next robotic landing | 2025 (multiple CLPS) | 2026 (Chang'e 7) |
| Crewed lunar orbit | Early 2026 (Artemis II) | TBD |
| Crewed landing | Mid-2027 (Artemis III) | Before 2030 |
| Permanent base | 2030s (Artemis Base Camp) | 2035 (ILRS Phase 1) |
| Sample return | Via Artemis missions | Completed 2020, 2024 |
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Part IX: Challenges and Risks
Technical Challenges
1. **Landing precision**: Multiple missions have crashed or tipped
2. **Thermal management**: Extreme temperature swings
3. **Lunar dust**: Abrasive, clingy, hazardous
4. **Radiation exposure**: No magnetic field protection
5. **Communications**: Far-side operations require relay satellites
Programmatic Risks
1. **Schedule delays**: Artemis has experienced multiple delays
2. **Cost overruns**: Inspector General cited $93 billion through 2025
3. **Political continuity**: Programs span multiple administrations
4. **Supply chain**: Specialized components with limited suppliers
Geopolitical Considerations
1. **Resource rights**: No international agreement on extraction
2. **Landing site conflicts**: Both powers targeting same South Pole regions
3. **Dual-use technology**: Military implications of lunar infrastructure
4. **Alliance fragmentation**: Nations choosing sides
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Conclusion: The Lunar Decade
The 2020s represent the most active period of lunar exploration in human history. Key takeaways:
1. **Multiple pathways to the Moon**: Government programs, commercial services, and international partnerships all advancing simultaneously
2. **Competition accelerating progress**: US-China rivalry driving investment and urgency
3. **Commercial viability emerging**: Private companies demonstrating they can reach the Moon at lower costs
4. **International collaboration**: Despite competition, significant cross-border cooperation continues
5. **Infrastructure focus**: Unlike Apollo's flags-and-footprints approach, current efforts emphasize sustainable presence
6. **Resource utilization on horizon**: Water ice mining could fundamentally change lunar economics
7. **India as emerging power**: Third major lunar program with ambitious plans
The next five years will determine whether humanity establishes a permanent presence on the Moon—and who leads that effort.
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Quick Reference: 2025-2030 Lunar Mission Calendar
2025
2026
2027
2028
2029-2030
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*Report compiled January 2026. Timelines subject to change based on technical progress and policy decisions.*