The value proposition for the proposed ROC-Array technology is to enable the next-generation of large-scale space deployable solar arrays with considerably higher performance (e.g., reduced mass, increased mechanical properties, increased packaging efficiency and increased scale-ability) at reduced system complexity and cost. Of critical importance to NASA, the proposed technology could enable future space exploration missions in which Solar Electric Propulsion is a key element of mission design.
While the proposed ROC-Array technology is tailored to best serve the needs of horizon missions for high-power NASA and military satellites, scaled versions of the proposed technology have broad applicability within the space deployables market. Specifically, the proposed technology could enable larger-scale systems that may otherwise not be achievable using conventional space deployable technologies, and scaled versions can bring value in reduced cost/complexity over competing designs for lower-power applications.
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