Lockheed Martin and Albany Engineered Composites announce teaming deal aimed at scaling hypersonics production

Lockheed Martin said it has entered a teaming agreement with Albany Engineered Composites, a segment of Albany International Corp., to accelerate delivery of hypersonic capabilities for U.S. hypersonic programs. The announcement, made in a corporate release on Aug. 10, is framed as a move to match government demand for high-rate output with what the companies describe as scalable composite manufacturing.

Under the teaming agreement, Lockheed Martin and Albany Engineered Composites plan to pursue upcoming full-rate production opportunities tied to hypersonic weapons programs. Lockheed said the collaboration brings together its systems integration experience with Albany’s composite production approach, with the goal of reducing technical and schedule risk as programs move toward higher-volume manufacturing.

The companies said the effort is intended to support what they describe as the U.S. Department of War’s call for reliable, cost-effective hypersonic systems delivered at scale. They characterize the collaboration as a unified, low-risk solution designed to speed development timelines without sacrificing performance and quality expectations for mission-ready systems.

The release says the partners’ roles and cost responsibilities are structured to let each side respond to shifting program requirements and government directives. That flexible structure, according to the statement, is meant to help the team adapt quickly while maintaining accountability for execution as production requirements evolve.

Lockheed Martin Vice President and General Manager of Strategic and Missile Defense Systems Johnathon Caldwell described the partnership as a pairing of “system integration and battle-ready engineering” with Albany’s composite production capabilities. Caldwell said the companies are accelerating delivery of technologies intended to bolster the “Arsenal of Freedom” and strengthen the defense industrial base.

Albany Engineered Composites President Chris Stone said the future of hypersonics depends on more than new designs. In his comments, Stone emphasized that hypersonics also requires the ability to manufacture advanced composite structures at unprecedented scale. He said the partnership combines Lockheed’s architecture with Albany’s composite technologies and agile manufacturing to deliver a low-risk solution aligned with what he described as the Department of War’s speed and quality demands.

For readers not steeped in defense manufacturing, composites are engineered materials made by combining fibers and resins to achieve strength-to-weight advantages that can be important in high-performance aerospace and weapons applications. In this context, the companies are betting that scaling composite structures will be a gating factor as hypersonic programs move from prototypes toward production quantities.

The announcement does not specify which hypersonic program or which component categories are in view. It also does not disclose contract values, production targets, or timelines for any particular award. Instead, the companies focus on an enabling relationship aimed at positioning them for “full-rate production opportunities” and for future deliveries tied to hypersonic weapons programs.

As with many defense teaming announcements, key commercial details remain undisclosed. The release does not say whether the partners have won a new contract, received an option exercise, or secured government funding, nor does it provide milestones for manufacturing qualification or ramp schedules. It also does not outline how much work Lockheed would perform versus Albany, beyond describing a defined structure of roles and cost responsibilities.

Looking ahead, the main thing to watch is whether this teaming agreement translates into named government awards or production schedules for hypersonic efforts. Analysts and industry observers will likely focus on subsequent announcements that identify specific programs, define deliverables, and clarify how quickly composite manufacturing capacity can be scaled under full-rate production requirements.