China and Russia’s International Lunar Research Station (ILRS), launched through a March 2021 cooperation agreement, is expanding beyond its original partnership. At least 13 countries had signed on by September 5, 2024, including South Africa, Pakistan, Egypt, Thailand, Serbia, Belarus, Venezuela, and Azerbaijan.[1][2] China targets astronaut landings by 2030 and a basic ILRS configuration by the mid-2030s; planned precursor missions include Chang’e-7 and Chang’e-8, focused on south-pole reconnaissance and local-resource utilisation.[2][3]
The programme is designed around permanent installations, lunar water and mineral extraction, surface manufacturing, orbital infrastructure, and potentially nuclear power. Russia has discussed a small lunar nuclear power unit intended to support ILRS facilities, while China is developing an integrated satellite network and retains a more diversified navigation architecture than GPS: BeiDou uses 56 satellites across three orbital regimes, compared with GPS’s 31 medium-Earth-orbit satellites.[1][2] This creates both resilience opportunities and strategic risks: a lunar archive dependent on rival terrestrial networks could face disruption, exclusion, surveillance, or conflict in cislunar space.
The Ark team should model ILRS as a potential parallel infrastructure provider rather than merely a diplomatic bloc. Track Chang’e-7 and Chang’e-8 schedules, south-pole landing-site selection, reactor deployment plans, ILRS partnership agreements, communications relays, and resource-extraction demonstrations. Research interoperability and isolation scenarios for power, navigation, timing, communications, and logistics; preserve independent lunar beacons and hardened local records; and assess whether limited technical interfaces with ILRS systems could improve redundancy without making the Ark politically or operationally dependent on either major coalition.