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Building a
better frontier

Building a
better frontier
by conquering
the harsh
environment of
space

Unlock world-leading mission performance

Space radiation is often seen as a ‘black box’ due to its complexity. We take the time, risk and uncertainty out of protecting your mission so you can focus on your core product value.



Aegis 3D-printed conformal shielding systems provide any electronic system with rad-hard resiliency. No need for clunky, expensive custom designed mechanical assemblies or costly components.

*up to
40X
*up to
10X
*up to
5X
*from just
2 weeks

THE PROCESS

Select from a variety of pre-screened and shielded systems or let us space-proof your custom payload.

Request Quote

  • Diagnose
  • Design
  • Deliver

Provide your orbit details, radiation tolerance, and desired payload. Missing radiation data? We’ll use our state-of-the-art radiation transport systems to diagnose an optimal level of protection for your components.

We design an Aegis conformal system that satisfies your mission parameters and is optimized on a component level to offer maximum protection. Radiation screening services are available on request.

Sit back. Your Aegis conformal shielding systems will be printed and shipped with lead times as low as 2 weeks.

More than just a shield - the building blocks of a permanent future in space

Satisfying multiple mission requirements with a single multifunctional composite layer

Durability for a Variety of Structural Applications

Optimal thermal & optical properties for flexible integrations

Building on decades of radiation physics research from NASA & ESA, CSC's 3D printed metamaterial - Plasteel™ - seamlessly integrates high performance shielding into virtually any form factor.

Applications

  • Aegis Electronic Systems

    The new wave of space commercialization requires computing performance far exceeding what traditional rad-hardened components have to offer.

    With AegisTM , modern electronics can reliably and safely be sent into orbit.

    AegisTM protects any system from failures, charge build up, and degradation due to ionizing radiation.

  • Stations and Habitats

    Microgravity Research & Manufacturing, Space Tourism, and more.

    Entire space station modules can be seamlessly 3D printed to create an ideal environment for highly sensitive microgravity R&D, on-orbit manufacturing, or even space tourism.

  • Space Suits

    Safer, more comfortable, and form fitting space suits.

    CSC is conducting groundbreaking research on thin, flexible space suits for NASA’s Artemis program to land the first woman on the moon.

DRAG TO SHIELD