BLOMPOD - Inflatable Lunar Habitat Module

Research based on exploration of possible moon habitation scenarios, through the development of inflatable, modular, scalable architecture.
Project incorporates various rocket fairing constraints, such as those form Starship and New Glenn, to ensure practical deployability.
BLOMPOD aims to address the unique challenges of establishing sustainable human presence on the Moon.

The overarching aim is to prototype a habitat system that supports initial lunar outposts while scaling to full settlements,
emphasizing efficiency, adaptability, and human-centered design.

This study employs a multi-faceted approach, creation of detailed 3D models of habitats, using software like Blender and Rhino for structural analysis and visualization.
Analysis of space architecture and currently available technologies from NASA and private sectors.
Mission planning scenarios focused on creating first lunar settlement.

Predicted Location and Mission Focus

Situated within the lunar south polar ridge adjacent to Shackleton Crater,
the primary compound serves as a strategic base for exploration.
The missions focal point lies in investigating nearby craters — De Gerlache, Sverdrup,
and Shackleton — to ascertain the extent of water deposits, evaluate potential utilization methods, and devise extraction techniques.
With its abundant water resources, the chosen site presents an ideal location for scientific endeavors and potentially, the establishment of a lunar settlement.

Linear Urbanism & Growth of Settlment

BLOMPOD follows linear urbanism along a central infrastructure spine — a road that enables efficient movement and future expansion.
Living habitats are buffered by roads from research and industrial zones, creating safe, walkable villages.
The linear structure adapts to lunar topography: straight paths or curved alignments that circumnavigate craters or integrate with lava tubes.
Over time, settlements organically emerge along the spine — turning a single
transportation line into a network of interconnected districts and communities.

Modularity and System Integration

BLOMPOD system consists of two main components: a modular airlock and an inflatable module.
Modular airlock equipped with four universal mounting slots for interchangeable interface panels.
Depending on mission requirements, slot can accomodate: hatch, robotic manipulator or suitport.
Multiple airlocks can be docked together to form pressurized transfer corridors or to connect two seperate inflatable modules.

Inflatable Habitat and Human-Centered Interior

Each packed module is fit for Starship/New Gelnn fairings and inflates on-site to 10m diameter.
Modular furniture and partitions allow mission-specific adaptation.
Habitat can host from 1-4 inhabitants at a time.
Interior of the habitat is designed in warm tones, primarily beige and soft amber.
Psychologically comfortable, cozy, home-like environment.
Dynamic 24-hour light cycle to support circadian rhythm and psychological well-being.
Reduces sleep disruption, enhance psychological resilience during extended isolation.

BLOMPOD has been in works for several years.
Project gained recognition via various publications [designboom, ArchDaily],
special mention in Moon Village Competition 2024.
In addition BLOMPOD has been presented on Harbin Institute of Technology.