Roscosmos Signs 2025 Contract to Deploy Lunar Nuclear Power Plant by 2036

This announcement echoes the 1957–1969 Cold-War space sprint—when Sputnik (1957) and Apollo 11 (1969) used public deadlines to galvanise budgets—yet it shifts the contest from one-off feats to durable infrastructure, more akin to Britain’s 19th-century telegraph cable network that locked in global influence for decades. The move rides two deeper currents: (1) the revival of compact nuclear systems for off-planet logistics after the abortive U.S. SNAP-10A reactor (1965) and Soviet BES-5 satellites (1967-88); and (2) the fragmentation of space governance into competing blocs (Artemis vs. Sino-Russian ILRS). Whether Russia can overcome post-Soviet budget volatility and its 2023 Luna-25 crash is uncertain, but even a partial success would plant the first extraterrestrial baseload grid, pre-requisite for resource extraction (helium-3, rare earths) and long-duration habitats. On a 100-year horizon, this may prove less about which flag flies and more about who writes the engineering standards for energy beyond Earth—much as maritime law written in the 17th century still shapes trade routes today.