ATLANTA, GA (August 5, 2021) – Atomic-6 has been awarded a $750,000 Phase II STTR from the US Air Force to advance the manufacturing of a smaller diameter and higher performing Bi-Stable Collapsible composite support beam for the Roll-Out Solar Array (ROSA) system, which is currently in use on the International Space Station. This is the company’s fourth SBIR/STTR Air Force award in 2021.
“Larger solar arrays mean more power but having an efficient way of packaging a large array into a rocket payload fairing can prove difficult,” said Mr. Niccoli Scalice, AFRL Space Vehicles Directorate, Deployable Structures Deputy Thrust Lead, and Composites Lead. “The capability Atomic-6 can bring to the ROSA program would allow for the deployment of even larger solar arrays, which enables more power to the system, while not dramatically increasing the mass of the deployable system required for the larger array.”
“Atomic-6 is thrilled to be recognized by the Air Force as a cutting-edge, leading partner in composite manufacturing and the next evolution of efficient, lightweight, strong and competitively priced parts. Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) are among the most desirable infusions of capital that a new, high-tech company can receive. Now the real fun begins. To infinity and beyond!” said Trevor Smith, Atomic-6 President and Chief Executive Officer.
It takes real effort and expertise to construct a successful SBIR/STTR proposal. It’s art and science, and not a fit for every startup. Atomic-6 was lucky enough to be introduced to Victoria Falls Technology. They have been instrumental in assisting us through the SBIR/STTR submission process and making sure we meet the deliverable requirement timelines once we receive our contracts.” said Smith.
About Atomic-6
At Atomic-6, we leverage a proprietary manufacturing process that optimizes fiber-to-resin ratios, significantly reduces porosity, and expedites production cycle times. This process is not limited to a single type of fiber or resin; it extends across a broad spectrum of available materials. What sets us apart is our capability to custom-engineer not just the material systems but also the tooling and processing methods, tailored specifically to the multifaceted requirements of the space, aeronautics, hypersonics, and armor industries. By doing so, we can meet the unique and often complex demands of our customers, offering a level of customization that goes beyond typical industry standards.
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