activity or surface weathering likely introduced hydrogen into iron oxides. Because these clasts are preserved inside a regolith breccia, they provide a record of near-surface processes. The study proposes that similar hydrated iron phases may have...

The interval of grid lines is 30° for both latitude and longitude. In 2024, the Chang’e-6 mission returned the first regolith samples from the lunar farside. The red star is the sampling site (41.64°S, 153.99°W). Credit: Proceedings of the National...

can become valuable experiments, shedding light on the dynamics of artificial objects interacting with the lunar regolith. A SpaceX Falcon 9 Just Hit The Moon! A spent SpaceX Falcon 9 upper stage is set to impact the Moon this August. This unplanned...

with data from NASA’s Lunar Reconnaissance Orbiter, enhancing our understanding of how such impacts modify the regolith. Danuri itself, launched on 4 August 2022 aboard a Falcon 9, became South Korea’s first lunar probe after entering lunar orbit four...

from 32 untouched soil sites within Gusev Crater, producing the most comprehensive iron‑mineral profile of Martian regolith to date. Among the findings, crystalline hematite emerged in ordinary Martian dust—a surprise, as earlier analyses had not...

of atmospheric interference in orbit. Robotic Builders and In‑Situ Resources The proposal relies on extracting lunar regolith to fabricate ceramics, concrete, glass, solar cells, oxygen, and water. Imported hydrogen would support processes that convert...

Drilling, sampling, and chemical analysis Beyond imaging, Venera 13 deployed a mechanical drill that penetrated the regolith, retrieved a sample, and transferred it to a sealed analysis chamber. Inside the chamber—maintained at roughly 30 °C and 0.05...

Earth, NASA is seeking innovations in in-situ resource utilization, specifically focusing on oxygen extraction from lunar regolith. By separating oxygen trapped within the pervasive layers of moon dust and shattered rock, future missions could generate...

Crater Models The impacts occurred at a shallow 10-degree angle, interacting with varied terrain that included loose regolith. When researchers compared these craters against standard physics simulations, they found that existing models frequently...

down delicate organic molecules. The Rosalind Franklin mission represents a strategic shift: by probing deep beneath the regolith, researchers hope to access material that has remained protected from these destructive conditions since Mars was a wetter,...

robots must be designed to withstand extreme challenges, including intense solar radiation, the abrasive nature of lunar regolith, and the complexities of operating within microgravity environments, all while ensuring absolute reliability when working...

methodologies used to interpret Martian observations. Past research often relied on optical properties modeled after lunar regolith—the loose, rocky debris covering the Moon. However, Khuller and graduate student Pari Mohan found that this lunar-based...

be processed with native gravel and sand to create concrete. Additional solar-powered infrastructure would convert lunar regolith into glass fiber and functional solar cells. The entire assembly process would be managed by tele-operated machines,...

gravity, standard mechanical scoops are ineffective; the gas-driven system will allow the spacecraft to capture loose regolith safely and reliably. Beyond hardware, the Deep Space Network will serve as the mission’s lifeline, providing the necessary...

from the pit walls will provide unprecedented insight into the Moon’s volcanic history. By analyzing the layers of exposed regolith and ancient lava flows, scientists can reconstruct how volcanic activity shaped the lunar surface over billions of years....

Task Since arriving on Mars, Perseverance has carefully drilled, sealed, and stored 33 sample tubes containing rocks, regolith, and atmospheric material. These samples were selected to represent a wide range of geological environments, including ancient...

turned to Mars Global Simulant-1. This artificial soil closely matches the grain size and mineral makeup of real Martian regolith. They mixed the simulant with bacteria, nutrients, and 1 percent perchlorate. The mixture was poured into small cube molds....

pole, earmarking roughly $20 billion for the venture. The location was chosen because of the presence of water ice in the regolith, a resource that could support life‑support systems and fuel production. Construction of the base is slated to begin...

contentious aspect of the mission involved on‑board biology experiments aimed at detecting microbial activity in Martian regolith. Although the results fell short of confirming life, the experiments sparked ongoing debates about how to design future...

and merged hundreds of individual readings to produce an unprecedented profile of iron‑bearing minerals in typical Martian regolith. Their work highlighted the presence of hematite and chemically altered magnetite—minerals that form when water interacts...