Albany Engineered Composites Wins $21.2M IBAS Award to Advance Carbon‑Carbon Thermal Protection for Hypersonics and Rocket Motors

Albany Engineered Composites (AEC), part of Albany International Corp., announced an IBAS program award yielding $21.2 million in funding over 30 months. The award was granted through the U.S. government's Industrial Base Analysis and Sustainment (IBAS) initiative for Strengthening America's Manufacturing and Defense Industrial Base (SAMDIB). The contracting authorities named are the U.S. Army Contracting Command – Rock Island and Cornerstone Other Transaction Authority.

The effort targets carbon‑carbon composite thermal protection systems (TPS) for two defense applications: hypersonic vehicles and solid rocket motors (SRM). Both applications expose materials to extreme temperatures and mechanical stress, which drives a need for specialized composite systems able to withstand high heat fluxes and maintain structural integrity.

Albany will apply multiple advanced composite manufacturing approaches it already uses in other programs. The stated capabilities to be leveraged include 3D‑woven, near‑net‑shape preforms and Resin Transfer Molding (RTM). The program also includes carbon‑carbon densification processes, which are critical for achieving the thermal and mechanical properties required of TPS in extreme environments.

Chris Stone, president of Albany Engineered Composites, said: "Hypersonic systems and solid rocket motors place extraordinary demands on the material systems used and the manufacturing processes required to produce them." That sentence frames the program's objective: to match advanced materials and production techniques with defense performance needs.

The award emphasizes scalable manufacturing capability rather than a one‑off materials demonstration. For defense platforms that may require recurring production or quantities beyond prototypes, repeatable manufacturing routes, cost control, and process maturity become deciding factors for fielding new TPS solutions. The program intends to move beyond laboratory methods toward production‑focused processes.

The award sits within IBAS and SAMDIB, U.S. government efforts aimed at strengthening domestic industrial capacity for critical defense technologies. The use of Cornerstone OTA as the contracting vehicle indicates a flexible transaction structure often used for prototype and advanced manufacturing work aligned with defense modernization priorities.

Implications for the defense industrial base If the program successfully develops scalable production routes for carbon‑carbon TPS, that could provide a domestic supply option for high‑temperature thermal protection used in hypersonic and SRM applications. The program links advanced textile and composite manufacturing methods with defense needs, reflecting a broader trend of leveraging specialized textile and composite firms in aerospace and defense supply chains.

Next steps described in the announcement