On December 7, 2025, Russia’s space agency, Roscosmos, announced the completion of the first full-scale prototype of its modular LunaOrbital Station. This next-generation lunar platform is specifically designed to operate in a polar orbit around the Moon by early 2030, signifying Russia’s assertive step to regain prominence in the global space race. Engineers at the Korolyov Rocket & Space Corporation confirmed that the critical systems integration phase—including the power modules, automated docking mechanisms, and advanced thermal components—has been successfully finalized after two years of intensive development.
The LunaOrbital Station represents Russia’s strategic response to the increasing competition in deep space, primarily from the U.S. Artemis Program and the China-led International Lunar Research Station (ILRS). The completed prototype is scheduled to undergo rigorous vacuum-environment stress testing in early 2026. This will be followed by complex docking trials utilizing simulators of the planned Soyuz-G spacecraft, ensuring operational readiness for crewed and uncrewed missions.Roscosmos explicitly emphasized the station’s role in future international cooperation. The platform is designed to support long-duration research activities, facilitate lunar landing missions, and serve as a base for joint experiments with BRICS nations—especially India and China—who are actively expanding their own deep-space collaboration efforts. The station is positioned not just as a national asset but as a critical element of a multipolar approach to lunar exploration.
