Exoplanet limb with cratered terrain and a low sun on the horizon
Terrain & Hazard Mapping
Surface models for landing zones, traverses and infrastructure planning, built around the constraints a mission actually has.
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Map the Moon before you move on it.
Interstellar Mapping turns lunar terrain, resource and environmental data into mission-ready intelligence for safer landing sites, routes and infrastructure decisions.
From lunar terrain to mission decisions.
We turn orbital and surface observations into practical geospatial intelligence for landing sites, rover routes, infrastructure and resource planning.
Lunar
Gravity.
Every landing zone, rover route and infrastructure decision begins with how the lunar surface actually behaves. We turn topography, hazards and environmental context into mission-ready intelligence.
Intelligence for surfaces no one has worked before.
Terrain, resources and environmental context become useful only when they can guide a real mission. We build the geospatial layers teams need to decide where to land, where to move and what to avoid.
Comet nucleus venting jets of gas and dust
Resource & Volatile Intelligence
Geospatial datasets that help teams identify and evaluate material and resource targets before committing hardware.
Ice moon ridgeline beneath a banded gas giant
Operational Environments
Environmental context for routes, assets and operating windows where terrain and local conditions shape every decision.
Mapping is how the unknown becomes route.
Before a site becomes infrastructure, it has to become a decision. Interstellar Mapping turns lunar observations into the spatial intelligence teams need to move from uncertainty to operations.