Socialing Company
Socialing Company

Regolith Shielding Cartridge

Moon dust cartridges stacked to create radiation shielding on the moon.

A thin, open-top ISRU shell (cold-sintered or vacuum-set silicate–regolith, optionally fiber-doped), robot-placed around the habitat, filled with loose soil, then capped. The shell is the container. The soil is the shield mass. A few grams per square meter of Earth film or recycled lander plastic is allowed only at the lid seal.


 

It is not itself a green-field invention. It productizes threads that already exist: confinement-formation losing to higher ISRU-structure ratios, hollow-brick / Moon-BRICCSS thinking, and low-temperature consolidation of regolith.

PDF Viewer

Download PDF

The Product

Intellectual property

  • Patents (if filed): cartridge geometry, interlocking, lid-seal method, low-temperature shell process, robotic fill/cap sequence.  
  • Copyright: drawings, CAD, reports, the concept images, simulation write-up.  
  • Know-how that is not patented: process windows, kill criteria, imported-mass budget, Gate 0–2 test plan.

 

Without filed patents, NASA mostly gets a disclosure + license to practice, not an exclusive asset.

A product definition, not hardware

 The acquirable “product” is the RSC spec:

  • thin ISRU shell + loose-regolith fill + cap  
  • imported mass target (~8 g/m² class)  
  • jobs split: contain / seal / abrade / shield  
  • H1 backup (Earth bags) still in the architecture

There is no factory, no flight unit, no qualified material. 

Process and test IP

  • Stage-gate with imported-mass and dust-leak KPIs  
  • Why fabric bags fail the contract  
  • Coupon → 1:1 vacuum stack → CLPS pathfinder sequence  
  • Which paths were killed (geopolymer skin, full loom) and why

Agencies pay for decision logic and test methods as much as for a shape. 

People (if there were a company)

NASA rarely “acquires” a firm for this. More typical: hire the inventors under a contract, or fold them into a NASA center / JPL / KSC ISRU team, or fund them via SBIR/STTR.

RSC-CS Course Spider

Demo video

PDF Viewer

Download PDF
Mechanical spider robot on stacked boxes.

RSC-S1 Shellform

Demo video

PDF Viewer

Download PDF
Robots and machines process and shape stone blocks on a rocky surface.

Copyright © 2026 Socialing Company - All Rights Reserved.

  • ABOUT US
  • HOW IT WORKS
  • REGISTER SLACK
  • SUBMIT REPORT
  • EXPERIMENT
  • CONTACT US
  • Terms Of Service
  • Privacy Policy

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept

Groups are 18+

I ACKNOWLEDGE