Continuous Composites prints carbon fiber missiles for the US Army

Continuous Composites has been awarded a contract by the United States Army to produce missile components using its CF3D technology, which incorporates carbon fiber. This 3D printing technique is designed to manufacture parts more quickly and cost-effectively than traditional methods. The project aims to enhance the reliability of the defense supply chain while optimizing military expenditures without impacting public services or taxpayer contributions.

CF3D technology involves depositing continuous carbon fiber within a thermosetting resin, resulting in structures that are both strong and lightweight. This approach differs from traditional methods like winding or molding, as it allows for the creation of complex geometries without the need for costly molds. The Army plans to utilize this technology for missile components where reliability is crucial, thereby speeding up production and removing weak points common in traditional assemblies that involve multiple joints.

While the Army's goal is to produce parts more efficiently, this does not translate to reduced taxes for citizens. Instead, the focus is on manufacturing more missiles within the same budget, enhancing the military's capabilities and modernizing its arsenal.