Lunar Surface Data Services

Empowering sustainable lunar presence through geospatial intelligence and resource identification.

Explore
Resource Identification

Interstellar’s data allows for identification and location of lunar resources

De-risk missions with our rover routing data including thermal reflective energy analysis

Check before drilling, avoid pockets of volatiles that will sublimate when drilled, damaging equipment, infrastructure and astronauts.

Rover Routing
Hazard Avoidance
Infrastructure Site Selection

Provide detailed analysis for infrastructure site selection, hazard avoidance and power generation.

Empowering Lunar Exploration Through Data

Interstellar Mapping specializes in lunar surface data services, providing essential geospatial intelligence for sustainable infrastructure and resource management on the Moon, ensuring safe and efficient missions for all stakeholders.

A detailed grayscale image of a lunar surface featuring numerous craters and rugged terrain. The surface is pocked with a variety of circular depressions and raised areas, characteristic of an impact-rich environment. Textured patterns radiate from the largest crater, suggesting past significant impacts.
A detailed grayscale image of a lunar surface featuring numerous craters and rugged terrain. The surface is pocked with a variety of circular depressions and raised areas, characteristic of an impact-rich environment. Textured patterns radiate from the largest crater, suggesting past significant impacts.

Lunar Surface Services

Providing geospatial intelligence for sustainable lunar presence and critical infrastructure development.

Resource Identification Services
An astronaut in a white spacesuit stands amid rocky, pale sand cliffs, suggesting a moon-like landscape under a clear blue sky. The terrain is rugged and barren, with various rock formations and a sense of isolation and exploration.
An astronaut in a white spacesuit stands amid rocky, pale sand cliffs, suggesting a moon-like landscape under a clear blue sky. The terrain is rugged and barren, with various rock formations and a sense of isolation and exploration.

Identify and locate lunar resources for efficient mission planning and execution.

A miniature lunar scene with two astronaut figurines in white spacesuits exploring a rocky, gray surface. The setup is illuminated by a light, casting shadows across the terrain. A small American flag is displayed on the right, next to a ladder that is part of what looks like a lunar module replica. Several small rocks and a traffic cone are scattered across the surface.
A miniature lunar scene with two astronaut figurines in white spacesuits exploring a rocky, gray surface. The setup is illuminated by a light, casting shadows across the terrain. A small American flag is displayed on the right, next to a ladder that is part of what looks like a lunar module replica. Several small rocks and a traffic cone are scattered across the surface.
A vast rocky terrain stretches across the image with distinctive craters and a few painted markings. The sky above is partly cloudy, casting dynamic shadows on the ground. Structures with teal roofs are visible on the left side, likely facilities or observation points.
A vast rocky terrain stretches across the image with distinctive craters and a few painted markings. The sky above is partly cloudy, casting dynamic shadows on the ground. Structures with teal roofs are visible on the left side, likely facilities or observation points.
Rover Routing Solutions

De-risk missions with hazard avoidance data for safe rover navigation on the lunar surface.

Site Selection Expertise

Expertise in selecting optimal infrastructure sites for lunar operations.