Project F12
Project F12 explorers the possibilities presented by modular habitat construction using rhombic dodecahedra.
I first started work on Project F12 in January 2020 when I was researching the feasibility of faceted space habitats. Originally conceived of as a single, multi-way docking hub, it grew into a system for modular, space-filling construction. The project gets its name from the twelve faces of the rhombic dodecahedron which comprise each module. The chosen shape is the result of a morphological study I conducted, culminating in the draft of an academic paper.
Project F12
Visit the Project F12 page for more details, renderings, sketches, and academic paper.
Key Features:
Plesiohedron (shape that fills space when duplicated without leaving gaps)
Modular panels
Unfolding deployment
Various configuration types at the multi-module level (linear and spherical for example)
Various modular insert types (plug, dock, window, exterior structure, etc.)
Disassemblable and reconfigurable
Bulk shielding
Deployment:
Panels are constructed on Earth, connected at the hinging edges, and placed inside a rocket fairing in an alternating stack configuration.
Once in position on orbit, the stack is released from the vehicle.
One-by-one, the panels unfold into their operational shape using using temporary tensile cable.
Structural connections are engaged and tightened, sealing the gaskets.
The now-assembled module is pressurized and is ready to occupy.
Further gas/electrical connections are made between panels from the inside.
I will post new blog updates as I add more content related to this project.
Updates:
I have added the following pages to this site:
