The U.S. aluminium forging for aerospace market represents an important segment of the aerospace manufacturing industry, supporting the production of lightweight and safety-critical components used across aircraft, engines, and space systems. Aluminium forging involves shaping high-strength aluminium alloys through heat and compressive forces using equipment such as hammers and presses. Wrought aluminium billets, bars, or plates are transformed into near-net shapes for applications including landing-gear beams, bulkheads, structural rings, and other aerospace components.
According to Fortune Business Insights, the U.S. aluminium forging for aerospace market size was valued at USD 322.00 million in 2024. The market is projected to grow from USD 354.84 million in 2025 to USD 539.49 million by 2032, exhibiting a CAGR of 6.2% during the forecast period. Forging improves grain structure and aligns it with component geometry, enhancing strength, fatigue resistance, toughness, and reliability compared with cast or machined parts.
A major trend shaping the U.S. aluminium forging for aerospace market is the transition toward larger, more integrated, near-net-shape components. Original equipment manufacturers and Tier-1 suppliers are increasingly seeking single, complex forgings that can replace multiple bolted or welded sub-assemblies. Integrated landing-gear beams, large fuselage frames, and engine structural rings are examples of components benefiting from this approach.
The shift toward larger and integrated components is supported by the benefits of weight reduction, reduced assembly time, and fewer fatigue-critical joints. U.S. forging companies are investing in higher-capacity presses, advanced ring-rolling mills, and improved die-design and simulation capabilities. These investments are also supporting the processing of larger sections and complex geometries in advanced 7xxx and Aluminium-Lithium alloys.
Ramp-Up in Aircraft Production and Fleet Renewal Programs is Anticipated to Boost Market Growth
The anticipated increase in aircraft production and fleet renewal programs is a major structural driver for aluminium forging demand. Airlines are modernizing fleets and increasing capacity, while aircraft manufacturers continue to address extended order backlogs. New aircraft and associated engine sets require numerous aluminium forgings, including landing-gear beams, wheels, structural rings, bulkheads, brackets, and actuators.
Increasing aircraft delivery volumes can therefore contribute to higher demand for aluminium forgings. Forging companies are responding by investing in advanced presses, ring mills, automation, and heat-treatment capacity. These developments can expand production capabilities and support greater use of aluminium-intensive components where weight reduction, fatigue life, and certification benefits are important.
Competition from Alternative Materials and Manufacturing Processes is Anticipated to Limit Market Growth
The market faces competition from composites, titanium alloys, and additive manufacturing. Aerospace manufacturers are increasingly using carbon-fiber composites in selected wing and fuselage applications, while titanium forgings are used in areas requiring high temperature and corrosion resistance. Additive manufacturing is also being applied to certain components where complex geometries or internal channels are required.
These alternatives can offer different performance advantages, including stiffness-to-weight characteristics and temperature capabilities. Once a material is selected for an aerospace program, changing the material can require extensive testing, certification, and design re-approval. This creates a challenge for aluminium forging suppliers seeking to regain applications that have shifted toward alternative materials.
Aftermarket & Life-Extension Programs for Aging Fleets are anticipated to Create New Market Opportunities
Aftermarket and fleet life-extension programs provide opportunities for aluminium forging suppliers. Commercial and military aircraft reaching extensive maintenance intervals require replacement or refurbishment of components such as landing gear, structural components, hinges, actuators, and engine support hardware.
Demand for certified replacement forgings can increase as aircraft operators extend the operational life of existing fleets. Replacement components may also be redesigned using advanced aluminium alloys or optimized geometries, creating opportunities beyond new-aircraft production programs.