The Lunar Race — Where Each Nation Stands
Progress toward crewed or significant robotic lunar capability. Track based on milestones achieved, hardware status, and stated timelines.
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🇺🇸
USA / NASA Target: 2027 crewed landing |
On Track |
Artemis II crewed lunar flyby complete (Apr 2026). Artemis III next.
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🇨🇳
China / CNSA Target: 2030 crewed landing |
On Track |
Chang'e 6 far-side sample return done (2024). Long March 10 & crewed lander in dev.
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🇷🇺
Russia / Roscosmos Target: 2030s (ROSS / Luna) |
Constrained |
Luna-25 crashed (2023). Luna-27 in development. Sanctions limiting progress.
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🇮🇳
India / ISRO Sample return: 2028 · Station: 2035 |
Ascending |
Chandrayaan-3 south pole landing done (2023). Gaganyaan crewed mission next.
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🇯🇵
Japan / JAXA Partner: Artemis lunar surface |
Partner |
SLIM landed 2024 (robotic). Gateway module & lunar rover via NASA partnership.
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🇦🇪
UAE / MBRSC Rashid 2 rover · 2026 |
Emerging |
Rashid 1 crash-landed (2023). Rashid 2 rover in development for 2026 attempt.
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🇰🇷
South Korea / KARI Lunar landing: 2032 |
Building |
Danuri orbiter mapping Moon (active). Nuri independent launch confirmed 2023.
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Progress % is an editorial estimate based on milestones, hardware status, and timeline proximity — not an official metric.
Who Spends What — Global Space Budgets
Key Missions — 2026 to 2030
Scroll to explore. Every mission is a live node in the race.
Dates are current best estimates and subject to change. All missions subject to funding and technical review.
Major Space Agencies
Two Camps, One Moon
Space is increasingly geopolitical. Two parallel governance frameworks are forming around lunar exploration — one US-led, one China-Russia-led. Which camp a nation joins has real implications for data sharing, resource rights, and whose hardware lands on the Moon first.
International Commercial Launch Companies
Landspace / Zhuque-3
China's most ambitious private launch company. Zhuque-2 became the world's first methane-fueled rocket to reach orbit (2023). Zhuque-3 is a fully reusable medium-lift vehicle — China's answer to Falcon 9 — with a first hop test completed in 2024. If it achieves rapid reuse at scale, it will be the first non-SpaceX company to do so.
landspace.com ↗Galactic Energy / Ceres-1
One of China's most active private launch companies, with Ceres-1 flying commercially to LEO and SSO since 2020. Multiple successful missions for commercial satellite customers. Their Pallas-1 medium-lift vehicle is in development. Represents China's deepening commercial launch ecosystem beyond CASC government launches.
Arianespace / ArianeGroup
Europe's launch heritage going back to Ariane 1 in 1979. Ariane 6, after multiple delays, is operational — though at higher cost than SpaceX competitors. The Vega-C small launcher suffered a failure and is being recertified. Europe's challenge: Ariane 6 was designed in the pre-Falcon 9 cost era and will struggle to compete on price without a reusability roadmap, which ArianeGroup is now developing (Themis demonstrator).
Arianespace ↗ispace / Interstellar Technologies
ispace's HAKUTO-R Mission 1 lander crashed on the Moon in 2023 — but the company learned, built Mission 2, and is preparing for another attempt. Interstellar Technologies' MOMO sounding rocket and ZERO orbital vehicle represent Japan's first fully private launch attempts. Japan's private space sector is nascent but technically serious.
Agnikul Cosmos / Skyroot Aerospace
India's commercial space sector opened up significantly after policy reforms in 2020. Agnikul completed the world's first flight of a fully 3D-printed rocket engine (Agnibaan SOrTeD) in 2024. Skyroot's Vikram-S became India's first private rocket in space in 2022. Both are pre-orbital but represent a genuinely new direction for Indian space industry beyond ISRO.
Orbex / Skyrora
The UK is working to establish its first domestic orbital launch capability at SaxaVord Spaceport in the Shetland Islands — the northernmost launch site in Europe, ideal for polar orbits. Orbex's Prime rocket uses bio-propane and targets SSO missions. The UK Space Agency has backed the development as part of a strategy to reduce dependency on non-British launch services.
The Artemis Accords — A New Space Governance Framework
The Artemis Accords, initiated by NASA and the US State Department in 2020, are bilateral agreements establishing norms for civil space exploration — transparency, interoperability, release of scientific data, protection of heritage sites, and the right to extract space resources. Critically, they exist outside the UN framework. As of 2026, 54 nations have signed. China and Russia have not. The Accords are increasingly a geopolitical alignment tool as much as a technical framework.
Selected signatories (54 total as of 2026):
Explore Further
The US companies, the economics behind the missions, and the future programs from every nation.
US Launch Companies → Future Missions → Space Economy →