May 2026 Volume 8

EQUIPMENT & TECHNOLOGY

Looking Ahead As defense programs adapt to evolving threats, advancements in materials, and new operational requirements, forgings will continue to be an essential component of mission-critical manufacturing. The development of electrified ground vehicles, unmanned systems, advanced propulsion platforms, and next generation aerospace initiatives highlights the need for components that deliver exceptional strength, durability, and reliability. Although designs and materials may change, the fundamental benefits of forging remain consistent. With a skilled workforce, deep process expertise, and ongoing investments in equipment and workforce development, the forging industry is prepared to meet future defense demands. Forged components will continue to be vital in establishing a strong foundation of strength, dependability, and sustained performance for the systems that protect our service members.

of manufacturing processes that provide consistent performance and predictable behavior. Forged components are ideal for these requirements because of their durability, high production consistency, and ease of repair. These qualities are particularly beneficial during sustainment and modernization efforts. When spare parts are needed years after the original manufacturing, forging processes can be retested and requalified reliably. This high level of reproducibility is crucial in defense projects that require strict control over configuration, traceability, and documentation. Domestic Forging Capacity and Supply Chain Resilience In recent years, there has been a major focus on strengthening supply chain resilience within the defense industrial base. Many cases have shown dependence on a limited supplier network for critical parts, highlighting the need to maintain strong domestic forging capabilities. U.S.-based forging companies are vital for ensuring continuity, material traceability, and the stability of long-term programs. Aside from meeting regulatory requirements, domestic forging provides practical advantages. Shorter supply chains enhance responsiveness to demand changes and allow for timely engineering updates. Improved cooperation between original equipment manufacturers (OEMs), Tier 1 suppliers, and forging partners encourages clearer communication and accelerates problem-solving. These benefits are especially important during the launch of new programs, prototype development, and low-rate initial production. Even small early issues in these phases can significantly affect cost and schedule.

Darren Bogenschutz Sr. Account Manager Portland Forge Email: dbogenschutz@portlandforge.com Phone: 260-729-5401

The Importance of Early Supplier Engagement The true advantages of forging become most apparent when forging suppliers are involved early in the design process. When engaged at this stage, engineers can develop components that fully leverage forging capabilities, rather than adapting designs meant for other manufacturing methods. Key factors like grain flow orientation, parting line placement, draft requirements, and material selection should be addressed from the outset. Postponing these discussions often results in unnecessary tooling modifications, redesigns, and qualification delays, all of which can raise costs and risks. Early collaboration allows forging suppliers to contribute their extensive expertise, acting as an extension of the customer's engineering and supply chain teams. This partnership enhances manufacturability, performance, and the overall success of the project.

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