United States Metal Forging Market Outlook to 2030: Size, Share, Growth and Trends

The United States Metal Forging Market was valued at USD 13,720 Mn in 2024 . That figure represents manufacturer-level forging revenue on an ex-works basis and includes all process types and end-use applications within the United States. The base year also recorded 4,850 Kilotons of forging volume, which implies that the market is not a niche specialty category but a broad industrial production base. Automotive remained the largest revenue pool in 2024, while aerospace and defense continued to expand the value mix through higher-specification alloy and certification requirements.

The base case points to a faster-growth cycle ahead, with the United States Metal Forging Market projected to reach USD 21,280 Mn by 2030 , representing a 7.6% CAGR over 2025-2030. This is materially higher than the historical 4.1% CAGR recorded over 2019-2024. The acceleration comes from three structural shifts: higher aerospace throughput, stronger power-generation component demand, and richer revenue mix from alloy-intensive and certification-heavy forgings. Volume is also expected to expand, which means growth is supported by production, not only pricing.

The next profit pool is shifting away from commoditized hydrocarbon-linked applications and toward power generation, aerospace, and high-performance alloy forgings. Power Generation Forging is the fastest-growing end-use segment at 11.3% CAGR , while Oil, Gas & Energy Forging is the slowest at 3.8% CAGR . This gap matters because higher-growth pools generally require larger presses, tighter quality assurance, more heat-treatment control, and stronger metallurgical traceability. Those factors increase switching costs and create better pricing discipline for qualified suppliers.

Labor availability and compliance cost are the two most immediate operational constraints, but labor tightness is the more practical day-to-day risk. Forging throughput depends on experienced operators, tool-and-die technicians, metallurgists, and testing staff; when those roles are short, capacity exists on paper but not in deliverable output. Environmental and permitting rules also matter, especially for combustion-intensive plants, yet skilled labor remains the constraint that most directly affects lead times, scrap, and backlog conversion. Companies with stronger workforce pipelines and automation will therefore outperform in execution quality.

The United States Metal Forging Market sits in the upper tier of global peer markets and ranks 2nd in the selected comparison set behind Germany, while remaining ahead of Japan, India, and Mexico by current market value. Its strength is not only scale, but also diversity across automotive, aerospace, defense, and energy applications. Compared with mature peers, the United States also offers a stronger medium-term growth profile, supported by domestic content policy, aerospace recovery, and power-system investment. India grows faster, but from a lower and less diversified value base.

Automotive production still matters most for near-term planning because it provides recurring, program-based volume that keeps forging lines utilized across a wide component set. In 2024, the United States produced 10.56 Mn vehicles , which preserved the market’s largest end-use revenue pool in Automotive Forging. Aerospace and power generation are more attractive for margin and longer-term growth, but automotive remains the key stabilizer for asset utilization, die loading, and working-capital efficiency. In practical terms, it remains the sector that best anchors weekly production planning.

It is both, but the forecast is modestly more value-led than volume-led. Market value is expected to grow at 7.6% annually, while volume is projected to grow at 5.8% . The difference reflects richer product mix, higher alloy content, more certified forgings, and a gradual rise in realized revenue per ton. That pattern suggests that the best performers will not simply be those shipping the most tons, but those shifting their output toward precision, certification-heavy, and performance-critical applications with better pricing power.