Introducing MLC1 • Our proprietary Hydrogen-based Biomaterial Polymer Composite purpose-built to protect space assets for deep space exploration.
We need to solve against the single greatest threat to interplanetary expansion.
Yet, current industry-standard shielding materials are not effective to protect space assets against harmful radiation.
We have developed the solution for cosmic radiation.
We are your end-to-end radiation shielding partner to protect against radiation shielding. Our proprietary hydrogen-based biomaterial polymer composite designed and proven to protect assets in a thriving interplanetary Space Economy.
A new paradigm for radiation shielding.
modern, flexible Solution for radiation shielding
Reduces payload weight and launch cost compared to industry standard materials.
Provides superior shielding against cosmic and solar radiation.
Ensures extended durability of electronics in extreme environments.
Fast production and delivery for mission-critical space missions and projects.
We are testing and validating MLC1 repeatedly.
Space-proofing MLC1 for multiple orbits & Use Cases
We have tested and validated MLC1 terrestrially. We are now testing and validating MLC1 in orbit with industry partners and through on-product demos.
Q2 2026
Q4 2026
Case Study
how MLC1 enables modern compute in Space: 94% Lower Cost & 15.6x More Performance
MLC1 lets you use the electronics you want to use. We have proven MLC1 shielding enables modern processors to survive space—freeing budget, mass, and software choices.
With MLC1, one of our commercial partners was able to upgrade from rad-hardened Venus S-A1760 to a COTS processor (Nuc 14 Perf. 185H) with MLC1 shielding.
With MLC1, we help our partners achieve 15.6× increase in performance with a 94% lower cost.
Ensures extended durability of electronics in extreme environments.
Run real-time ML and achieve onboard autonomy.
Less aluminum vaulting → simpler integration & mass freedom.
Don't be stuck in the past
Use modern software stacks • PyTorch, ROS2, Current-Gen CPUs, and more.
We can purpose-design and manufacture MLC1 to cater your hyper-specific requirements.
Adaptable Materials Platform
Applications of MLC1
3D Printing
INJECtion MOLDING
Conformal Coatings
PPE Fabrics
MANUFACTURED MATERIAL
Uses of MLC1
Satellites
ELECTRONICS
ENCLOSURE BOXES
LENS & OPTICs
Space Suits
BIOLOGIC ENCLOSURES
Space Habitats
Nuclear EQUIPMENT
MEDICAL EQUIPMENT
DEFENSE EQUIPMENT
National Security
AND MORE
Our Progress
in the Industry
Sep 8, 2025
•
Military & Aerospace Electronics
Sep 3, 2025
•
SpaceNews
Jul 16, 2025
•
ISS National Lab
From our Team
Oct 1, 2025
•
Aug 28, 2025
•
Internal
Jul 28, 2025
•
Internal
View all past updates ->
