Albany Engineered Composites has been awarded a $21.2 million contract through the U.S. government’s Industrial Base Analysis and Sustainment (IBAS) program under the Strengthening America’s Manufacturing and Defense Industrial Base (SAMDIB) initiative. The program will support the development of carbon-carbon composite thermal protection systems (TPS) for hypersonic vehicles and solid rocket motors.
The effort is focused on establishing vertically integrated production capacity for full-scale TPS, extending beyond material development to include the manufacturing infrastructure and production processes required for repeatable, production-ready components. This is particularly important for hypersonic and propulsion applications, where thermal protection structures must withstand extreme temperatures and mechanical loads while maintaining dimensional stability.
Albany will apply several advanced composite manufacturing technologies across the program. These include 3D-woven, near-net-shape preforms, resin transfer molding (RTM), carbon-carbon densification, advanced machining, and inspection. The combination allows composite structures to progress from near-net-shape reinforcement through matrix processing, densification, finishing, and quality verification within an integrated production framework.
The use of 3D-woven preforms provides through-thickness reinforcement and enables complex near-net-shape architectures before resin processing. RTM can then be used to impregnate the preforms with controlled resin distribution. Subsequent carbonization and densification convert the material into carbon-carbon structures capable of operating in extreme thermal environments.
Advanced machining and inspection capabilities are also central to the manufacturing approach. Full-scale TPS components require controlled geometry, dimensional accuracy, and process repeatability. Integrating these capabilities with composite processing can reduce manufacturing variability and support the transition from development-scale components to repeatable production.
For hypersonic vehicles, carbon-carbon composites are used in thermal protection applications exposed to severe aerodynamic heating. The material combines high-temperature capability with relatively low density, making it suitable for components where conventional metallic structures can face significant thermal and weight constraints. Similar requirements arise in solid rocket motor systems, where thermal protection components must withstand intense heat and erosive environments.
The IBAS program therefore targets both advanced composite performance and industrial-scale manufacturing capacity. By combining established composite processing technologies with production-focused infrastructure, Albany aims to strengthen the domestic manufacturing base required to produce full-scale thermal protection systems for defense applications.
The contract adds to Albany Engineered Composites’ work in advanced composite manufacturing for aerospace and defense applications, with the program focused on translating carbon-carbon technology into a scalable production capability for hypersonic and solid rocket motor systems.
Source: Albany Engineered | LinkedIn
