Built inorbit.

Ferris Wheel Technologies specializes in orbital construction. We produce, outfit, and verify advanced assets on orbit.

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Core technologies

From launch to operating antenna: how a builder satellite constructs on orbit.
  1. Turnkey builder satellite

    A builder satellite is a self-contained, solar-powered spacecraft that constructs the product on orbit. We deliver it turnkey, with raw materials, integrated manufacturing equipment, robotic assembly modules, navigation, and communication.

  2. Manufacturing of structural elements

    We exploit a low-power technology for producing high-performance carbon fiber reinforced polymer beams with various cross sections in space. Thermoset resins are triggered on orbit and cure rapidly by frontal ring-opening metathesis polymerization, a reaction powered by the resin’s own chemical energy.

  3. Robotic assembly and construction

    Precision machines join struts into truss frameworks to form the structural skeleton of the asset. This allows structures larger than any launch fairing. Mass-optimized rigid joints minimize thermal and assembly distortions, enabling higher dimensional accuracy and stiffness than deployable structures.

  4. Functional element integration

    The builder satellite equips the truss for its mission: solar panels for large power wings, RF mesh for antennas, optical panels for imaging systems, or multi-layered walls for enclosed habitats like the bays and airlocks of commercial space stations.

  5. In-space validation and verification

    Integrated in-space mechanical, thermal, and electrical verification and validation of the constructed asset. Built-in structural health monitoring sensors enable lifetime condition assessment.

Product lineup

  • Solar power

    Customizable solar wings ranging from 100 kW to 1 MW.

  • Radio frequency antenna

    A 20+ m antenna, with RF mesh carried on an assembled truss.

  • Longwave infrared optics

    A 10+ m high-precision longwave infrared optical system for remote sensing.

  • Orbital warehouse depot

    A depot of spare parts for on-orbit servicing with integrated robotics.

Team

Sameh Tawfick, PhD

Co-founder

Professor of Mechanical Engineering at the University of Illinois Urbana-Champaign. Inventor and in-space manufacturing pioneer. Sam holds a PhD from the University of Michigan and was a postdoctoral associate at MIT and a visiting professor at the University of Cambridge, UK.

Yun Seong Kim, PhD

Co-founder

Yun Seong holds a PhD from the University of Illinois Urbana-Champaign in processing and manufacturing of composite materials, and is the inventor of several frontal polymerization manufacturing technologies.

Contact

For all inquiries, email us at .