Goodwinds Composites is a provider of NDAA-compliant, U.S.-manufactured carbon fiber rods and tubes for UAVs, robotics, and unmanned systems, offering lightweight structural solutions and custom engineering support.
Unmanned Systems Technology (UST) is pleased to announce the addition of Goodwinds Composites to our global supplier ecosystem. Their new supplier profile showcases a comprehensive range of high-performance carbon fiber rods and tubes, engineered to meet the demanding structural requirements of defense and commercial unmanned systems.
With over 18 years of experience, Goodwinds Composites specializes in lightweight, high-strength structural components that enhance UAV durability and performance. Combining domestic manufacturing with direct engineering support, the company works closely with OEMs and developers to optimize composite structures for specific loads, operating environments, and mission requirements. Its flexible manufacturing capabilities support everything from initial prototyping to ongoing production, with custom solutions designed to meet precise specifications.
Key products and capabilities from Goodwinds Composites include:
Roll-Wrapped Carbon Fiber Tubes: Custom-engineered cylindrical and tapered tubes with tailored fiber orientations, wall thicknesses, and resin systems, providing optimized stiffness, torsional strength, and impact resistance for UAV booms, airframes, and landing gear.
Pultruded Carbon Fiber Rods & Tubes: Lightweight, high-strength structural components available in round, flat, and square profiles, offering excellent axial stiffness for drone arms, wing spars, tail booms, and internal supports.
Micro-Pultruded Carbon Rods: Precision-manufactured, small-diameter carbon fiber rods offering consistent dimensions and minimal weight for reinforcing fixed-wing UAV structures and other lightweight applications.
Custom Composite Manufacturing & Engineering: U.S.-based production with direct engineering collaboration, flexible order quantities, material selection support, and scalable manufacturing from prototypes through to contract production.
Goodwinds Composites’ expertise has been demonstrated in demanding aerospace and unmanned applications, including the supply of custom roll-wrapped landing-leg tubes for NASA’s Ingenuity Mars helicopter. Engineered to withstand extreme temperature variations and landing impacts, these components contributed to an aircraft that successfully completed 72 flights on Mars.
To learn more about Goodwinds Composites’ lightweight UAV structures and precision carbon fiber manufacturing, visit their full profile on Unmanned Systems Technology.
