Moon As The Next Frontier Of Geopolitics And Economy

The renewed global focus on the Moon marks the emergence of a “New Space Race,” where strategic competition, resource extraction, and governance frameworks are redefining outer space politics. The evolving rivalry between major powers like the U.S. and China is shaping the future of lunar exploration and space economy.

Space Situational Competition

• Concept of New Space Race: The Moon is increasingly viewed as a strategic high ground for national security and long-term economic advantage, marking a shift from exploration to competition.
• Strategic Assets on the Moon: Focus is on scarce and high-value locations such as “peaks of eternal light” (areas with near-continuous solar energy) and permanently shadowed crater floors at the lunar South Pole that may contain water ice.
• Current Developments: Major powers like the U.S. and China are deploying “scout missions” to identify, access, and potentially influence control over these resource-rich zones.

Lunar Economy / Space Resource Economy

• Economic Shift in Space Activities: Transition from state-led exploration to a self-sustaining economic model based on extraction and utilisation of lunar resources.
• Key Resources Identified:
  • Water Ice: Critical for producing breathable oxygen and hydrogen fuel for propulsion.
  • Helium-3: Considered a potential future fuel for nuclear fusion.
• Role of Private Sector: Companies like SpaceX and Blue Origin are competing for NASA’s Human Landing System (HLS) contracts, effectively creating a commercial transport ecosystem for lunar missions.

The Chinese Framework (CNSA)

Institutional Leadership: Led by China National Space Administration (CNSA), reflecting a state-driven, long-term strategic vision.

China’s Lunar Programme (Chang’e):

• Programme Structure: A systematic, multi-phase lunar exploration plan named after the Chinese Moon goddess.
• Recent Achievement: Chang’e-6 became the first mission to return samples from the Moon’s far side.
• Upcoming Mission: Chang’e-7 will deploy a “hopping” robot to explore permanently shadowed craters for water ice.

Mengzhou & Long March-10:

• Mengzhou Spacecraft: A next-generation crewed spacecraft capable of carrying up to 7 astronauts to low-Earth orbit or 3 astronauts to the Moon.
• Long March-10 Rocket: A triple-core super-heavy launch vehicle designed to transport the Mengzhou spacecraft and lunar lander, similar in concept to heavy-lift rockets.

International Lunar Research Station (ILRS):

• Alternative Governance Model: A China-led initiative positioned as an alternative to U.S.-led frameworks.
• Partnership Structure: Strong collaboration with Roscosmos and participation from over 15 countries.
• Infrastructure Design: Envisioned as a network of research stations in lunar orbit and on the surface, potentially powered by nuclear energy sources.
• Strategic Implication: Presents a multilateral scientific coalition aimed at counterbalancing U.S. dominance in lunar governance.

The U.S. Framework (NASA)

Institutional Leadership: Driven by NASA, emphasising international partnerships and commercial integration.

Artemis Programme:

• Framework Basis: A multinational initiative involving over 40 countries under the Artemis Accords.
• Revised Roadmap:
  • Artemis III (2027): Planned as an orbital docking test mission.
  • Artemis IV (2028): Targeted as the first human lunar landing mission since the Apollo era.
• Strategic Objective: Establish long-term sustainable human presence on the Moon.

Artemis II Mission (2026 Update):

• Mission Status: Launched on April 1, 2026; currently en route to the Moon.
• Core Objective: Testing life-support systems of the Orion spacecraft in deep-space, high-radiation conditions over a 10-day mission.
• Trajectory Design: Utilises a “free-return trajectory,” ensuring the spacecraft loops around the Moon and safely returns to Earth using gravitational forces.

Space Launch System (SLS) & Orion:

• SLS Rocket Capability: The Block 1 configuration generates approximately 3.9 million kg of thrust, exceeding the Apollo-era Saturn V by about 15%.
• Orion Spacecraft Features: Equipped with the largest ablative heat shield ever built, capable of withstanding temperatures up to 2,760°C during high-speed atmospheric re-entry (expected April 11, 2026).