NASA Selects Continuous Composites for Advanced Space Structures Development
Continuous Composites is contracted by NASA to develop low-CTE composite structures for space applications via CF3D technology. This initiative could enhance structural integrity and performance of aerospace components under extreme temperature conditions.
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NASA has selected Continuous Composites to create advanced composite structures focused on low Coefficient of Thermal Expansion (CTE) for space applications. The project will utilize Continuous Fiber 3D Printing (CF3D) to manufacture an open isogrid rib structure measuring approximately 1.6 by 3.3 feet.
The CF3D technology allows for the precise placement of carbon fiber strands, resulting in structures that maintain strength and stiffness while minimizing thermal expansion. This initiative not only targets aerospace but also has implications for defense and commercial sectors. The outcomes are anticipated to improve the resilience and efficiency of space components, crucial for future missions requiring high durability in extreme environments.
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