NASA Taps Chief for Lunar Fission Power
Steven Sinacore will lead a fast-moving effort to put atomic power on the Moon.
Stories about commercial, civil, and international missions on and around the Moon.
Steven Sinacore will lead a fast-moving effort to put atomic power on the Moon.
Charania, who also recently signed on as an advisor for Balerion Space Ventures, brings 25+ years of experience at many of the biggest names in the space industry.
The Trump administration’s first big change to the Artemis program is a plan to deliver a 100kw nuclear fission reactor to the lunar surface by 2030, with the job done almost entirely by the private sector.
“There needs to be more transparency on how the world is thinking about lunar sustainability,” said Charity Weeden, a former NASA policy chief whose views do not represent the agency. “It’s critical not to mess up, because you don’t necessarily get a second chance.”
“Senegal chooses to join the great human adventure that has always driven us to explore the unknown,” Maram Kairé, the director general of the Senegalese Agency for Space Studies, said at a ceremony at NASA HQ in DC. “This signature marks a meaningful step in our space diplomacy and in our ambition to contribute to the peaceful exploration of outer space.”
Lunar Helium-3 Mining, LLC (LH3M) secured its fifth US patent last month, covering the company’s end-to-end architecture for He-3 detection, extraction, and refinement on the Moon.
A two-and-a-half week internal investigation revealed that the lander’s Laser Range Finder (LRF) was likely to blame for the high-speed collision with the lunar surface.
A tangible example of Europe’s efforts to achieve technological independence at home—and on another world.
The contract—part of NASA’s NextSTEP-2 Appendix R set of studies—tasks Sierra Space with examining how it would upgrade its LEO space station technology to withstand the lunar environment, given the Moon’s sharp regolith and extra gravity.
CEO Steve Altemus hopes to win new NASA Moon contracts in 2025.
Zeno’s technology uses the heat emitted from nuclear waste—an isotope called Strontium-90—to power systems in extreme environments where solar cells and batteries fail.
Space resources startup Interlune announced yesterday that its first customers are ready to buy its Moon-mined Helium-3.