Articles
At first glance, the Moon appears to be covered in the same gray material everywhere. It isn't. Lunar regolith is a complex mixture of minerals, broken rock, impact glass, breccias, agglutinates, and extremely fine particles produced and reworked over billions...
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The lunar surface may look like a simple layer of gray dust, but lunar regolith is a complex granular material whose physical, mechanical, mineralogical, and thermal properties directly affect how humans and machines will operate on the Moon. For engineers developing...
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It is a familiar weekend battle for parents everywhere: prying the tablet out of your child’s hands to get them to engage with the real world. We have all been there, searching for that elusive activity that is both educational...
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Testing your precision hardware in generic sandbox dirt simply is not an option when a billion-dollar lunar mission is on the line. In the world of aerospace engineering and planetary science, off-world failure carries catastrophic costs. That is precisely why...
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Building Better Test Beds: Why Simulant Depth and Geometry Matter More Than You Think Every lunar rover wheel, ISRU excavator scoop, and regolith-moving robotic arm eventually has to prove itself somewhere before it ever leaves Earth. That "somewhere" is a...
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