In-Situ Resource Utilization– tag –
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NASA Launches Call for Proposals to Accelerate Moon Base Technologies, Focusing on Vertical Solar Arrays, ISRU Oxygen Extraction, RSG, Advanced Manufacturing, and Nanomaterials
MeriTalk USA Overview NASA has issued a solicitation for proposals under its Lunar Enabling Infrastructure Accelerator to advance technologies for a sustainable Moon base at the lunar South Pole. The five key areas targeted are vertical ... -
NASA Solicits High-Efficiency Radioisotope Power Systems for Lunar Exploration, Targeting 3-4x Fuel Reduction with RSGs
American Nuclear Society USA Overview NASA is soliciting proposals for radioisotope power systems (RPSs), specifically focusing on high-efficiency radioisotope Stirling generators (RSGs), to support lunar exploration missions and a base ... -
NASA Solicits Proposals for Lunar Surface Technologies: Vertical Solar Arrays, Regolith Oxygen Extraction, and Radioisotope Stirling Generators for Moon Base
NASA USA Overview NASA is actively seeking proposals to advance key technologies for lunar exploration and the establishment of a Moon Base at the lunar South Pole. Critical areas include vertical solar array technology for consistent po... -
NASA Calls for Proposals in Five Key Technology Areas for Lunar Outpost Development: Oxygen Extraction, Advanced Manufacturing, and More
NASA USA Overview NASA has initiated a call for proposals in five key technology areas to establish a sustainable human presence at the lunar South Pole. These include vertical solar arrays for power, oxygen extraction from regolith, hig... -
Materials Advancements Shaping Lunar Power: Radiation-Resistant Perovskite Solar Cells Maintain Over 85% Efficiency
AZoM Unknown Overview Future lunar outposts hinge on innovative materials technology designed to endure extreme temperatures, vacuum, radiation, and abrasive dust. A recent review highlights the potential of radiation-resistant PV system... -
NASA Artemis Program Advances Lunar Resource Mining for Helium-3 and Water Ice Towards Permanent Lunar Base by Mid-2030s
Facebook (It's Science, Cosmic Curiosity) USA Overview NASA's Artemis program is bolstering robotic missions focused on prospecting lunar resources such as Helium-3, water ice, titanium, and aluminum, aiming to establish a permanent luna... -
Artemis Program Forges Sustainable Lunar Future, Leveraging ISRU and Private Sector Innovation
Science/Tech Article USA Overview NASA's Artemis program is rapidly deploying foundational infrastructure for sustained human lunar presence by the late 2020s. This ambitious endeavor integrates insights from robotic missions like LRO an... -
Orbital Manufacturing Takes Shape: Varda Space and Axiom Pioneer Microgravity Production of Advanced Materials
Facebook USA Overview Leading aerospace startups Varda Space and Axiom are actively developing orbital manufacturing stations, leveraging microgravity to produce superior materials like ZBLAN fiber, high-purity pharmaceuticals, and advan... -
Novel In-Space Manufacturing Method Incorporates Unidirectional Carbon Fibers into Regolith Simulants for Lunar Habitat Shields
MDPI Switzerland Overview A new research study describes an innovative manufacturing process for structural shields for future lunar settlements, involving the embedment of unidirectional carbon fibers into regolith simulants for in-spac... -
China’s LandSpace Achieves First Land-Based Recovery of Zhuque-3 Reusable Rocket First Stage, Bolstering Low-Cost Space Access
Aerospace Global News China Overview Chinese private aerospace firm LandSpace successfully executed the first land-based recovery of its Zhuque-3 reusable rocket's first stage on August 19. This landmark achievement, China's first orbita...
