Mars Global Simulant Clay Derivative (MGS-1C) - Clay-Focused Martian Regolith Analog for ISRU & Material Reactivity Agglutinates enabling terrestrial experiments that better

enabling terrestrial experiments that better approximate the physical

These applications support technology development and scientific inquiry where fine lunar dust presents a dominant operational or environmental factor

Designed for batch consistency and repeatability

or electrostatic interactions with lunar regolith analogs

and mechanical behavior of lunar surface materials for scientific research and lunar hardware testing

Mars Global Simulant Clay Derivative (MGS-1C) - Clay-Focused Martian Regolith Analog for ISRU & Material Reactivity Agglutinates enabling terrestrial experiments that betterWhat Mars Global Hydrated Clay Simulant MGS 1C is A clay enhanced Mars regolith simulant derived from MGS 1, engineered to support in situ resource utilization (ISRU), clay reactivity, and material behavior studies under Martian analog conditions. What This Simulant Represents MGS 1C is a clay derivative variant of the Mars Global Simulant (MGS 1) formulated to emphasize clay like mineral phases and clay behavior that are central to many ISRU