PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2111523
PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2111523
Aerospace Forging market size was valued at US$ 27,801.3 Million in 2025, expanding at a CAGR of 5.2% from 2026 to 2033.
Aerospace forging is actually a fabrication procedure that entails forging metals through the use of localised compressive pressures. The compounding of the alloys is achieved by introducing various elemental powders during the process of forging the metal parts. This forms very strong but lightweight structures that are needed in aeroplanes. This produces very strong fatigue- and fracture-resistant structures as a result of optimum grain flow in the structures under extremely stressed conditions. The application of modern isothermal forging technology has enabled the fabrication of various complex engine discs and aircraft landing gears in almost net shape, hence reducing material wastage and machining time. Consequently, aerospace forging becomes very important in the manufacture of aircraft parts.
Aerospace Forging Market- Market Dynamics
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High demand across the aerospace sector is increasing the need for aerospace forgings, as manufacturing firms will require high-strength, light-weight and durable components to increase the performance and fuel efficiency of their aircrafts in addition to safety issues in the production process. For instance, in December 2025, according to the Aerospace, Security and Defence Industries Association of Europe (ASD), "The revenue generated by Europe's aerospace industry has risen by 10.1 per cent from the previous year to (US $358,000 million); civil aeronautics, accounting for much of the year-on-year increase in the aerospace segment, has generated (US $141,800 million) in revenue and provided 406,300 jobs compared to last year due to higher demand for commercial and advanced aeroplane technologies, despite certain bottlenecks. These favourable movements in the aerospace sector may drive a further increase in the demand for high-performance aerospace forgings worldwide.
The Global Aerospace Forging market is segmented on the basis of Material, Aircraft, Process Type, End Use, and Region.
The commercial aircraft segment holds a prominent share in the electric vehicle motor controller market because of the electrification of commercial aircraft, rising demands for energy-efficient propulsion systems, and rising investments in electric and hybrid-electric aircraft. For instance, in June 2025, according to the International Air Transport Association (org.), there are high demands for commercial aircraft, which have exceeded their supply. The number of commercial aircraft delivered has reduced by almost 30 percent from its highest level. As regards the above scenario, the global backlog of orders in the industry stands at 17,000 planes. The shortage of commercial planes implies that airlines require about 5,400 airplanes (18 percent of in-service aircraft). It will take 3 to 5 years with the present rate of aircraft deliveries of about 2,000 per year. This sustained aircraft demand is expected to accelerate adoption of advanced electric motor controller technologies.
In terms of material, titanium accounts for a substantial share in the global Aerospace Forging market due to its exceptional strength-to-weight ratio, superior corrosion resistance, and high-temperature performance, making it the preferred material for manufacturing critical aircraft engine components and structural parts. In May 2025, ATI signed a multi-year agreement, with terms and conditions expected to enhance ATI's role in the aerospace titanium supply chain while serving continued demand for forged aerospace components, including plate, sheet, and billet for the aircraft. This continues to pave the way for titanium's application in next-generation aerospace forging technologies globally.
Aerospace Forging Market- Geographical Insights
North America accounted for the key share of the Aerospace Forging market, backed by the use of advanced manufacturing technologies and a well-established aerospace and defense industry in the region. For instance, in Feb 2026, according to the US Center for Advanced Manufacturing (Org.), the US manufacturing industry is adopting more advanced manufacturing technologies in order to compete on the international market despite the challenges of labor and innovations. The report showed that up to 2.1 million manufacturing jobs could be unfilled in the year 2030 due to the absence of a skilled labor force, while at the same time; there would be a growing demand for advanced manufactured goods, increasing annually at 5.6%. These advancements continue to strengthen the region's leadership in the Aerospace Forging market.
The global Aerospace Forging market is consolidated, with major players like Arconic, ATI, Bharat Forge, Precision Castparts Corp., and Scot Forge Company possessing market shares. Market dynamics are based on the certification process, advanced manufacturing processes, and long customer qualification processes. In September 2025, Arconic announced a USD 57.5 million expansion project at the Davenport Works in which the firm will double the production of high-purity aluminum used in aerospace and defense industries in the US. The technology will improve the supply of aerospace-grade metals by Arconic to be used in their customers' aircraft and defense products. This strategic expansion reinforces competitive positioning while supporting the growing demand for high-performance aerospace forging solutions.
In May 2026, Bharat Forge entered into a strategic alliance with Embraer by entering into a contract according to which it will supply forged raw materials for the purposes of the aviation industry. This particular strategic alliance is noteworthy because it is the first ever strategic alliance between Embraer and an Indian firm for the procurement of forged raw material.