Subsurface Intelligence: Astrolab and Interstellar Mapping Target Lunar Volatiles
Astrolab and Interstellar Mapping join forces to locate hydrogen-bearing volatiles on the lunar south pole, utilizing thermal subsurface modeling to optimize the FLIP rover's mission.
Mission Parameters
Astrolab has secured a strategic partnership with Interstellar Mapping to enhance the search for critical lunar resources. According to Payload, this collaboration marks Interstellar Mapping’s first involvement in a commercial U.S. rover deployment. The objective is the identification of "hydrogen-bearing volatiles"—essential water ice deposits that could transform the Moon into a deep-space logistics hub.
Tactical Scouting
Interstellar Mapping will provide subsurface thermal analysis to guide the FLEX Lunar Innovation Platform (FLIP) rover. Rather than simply targeting permanently shadowed regions, the team will utilize thermal modeling to predict where volatiles persist beneath the regolith. "Understanding what is happening thermally beneath the surface helps us identify where water and other volatiles are most likely to persist," stated Andrew Hazelton, CEO of Interstellar Mapping.
Payload Configuration
FLIP is scheduled for a November launch integrated with Astrobotic’s Griffin-1 lander, targeting the lunar south pole via a NASA CLPS contract. The hardware manifest includes:
Helium-3 Detection: Specialized cameras for regolith analysis.
Precision Guidance: Laser-based tracking and LiDAR for 3D mapping.
* Environmental Sensors: Instruments to measure the impact of lunar dust on mission hardware.
Success in locating these volatiles is a prerequisite for sustained lunar operations and the eventual trajectory toward Mars.