Aerospace Forging Market - Size, Share, Industry Trends, and Forecasts (2026-2034)

By Process Type:

Based on the process type, the market is segmented into closed die forging, open die forging, seamless rolled rings forging, and others.

Trends in the process type:

• Factors including the growing aerospace & defence sector and rising need for high-performance aircraft parts and components with exceptional strength and durability are key trends driving the closed die forging segment.

• The open die forging segment is driven by several factors, including increasing aircraft production and growing need for high-strength aerospace components with improved fatigue resistance.

The closed die forging segment accounted for the largest revenue share of 54.28% in the market in 2025.

• The closed die forging process involves the method of hammering or pressing preformed metal blanks into a set of dies that are shaped as a three-dimensional negative of the aerospace part to be manufactured.
• In closed die forging process, the hammer and anvil completely enclose the workpiece, which further forces the metal to fill all areas of the dies. The impact of the top die on the raw material forms and converts it into the required forged form.
• The closed die forging process is capable of manufacturing a wide range of 3D shapes along with fabrication of complex parts with tight tolerances.
• Moreover, closed die forging process offers several benefits including superior mechanical properties, various shapes and dimensions with tighter tolerances, precise and consistent impressions, improved surface finish, and others. The above benefits of closed die forging process are key aspects increasing its adoption for forging of aircraft components.
• Further, factors including the growing aerospace & defense sector and rising demand for high-performance aircraft parts and components with exceptional strength and durability are key prospects driving the closed die forging process segment.
• According to the aerospace forging market analysis, the above factors are further propelling the market growth.

The seamless rolled rings forging segment is anticipated to register a significant CAGR during the forecast period.

• The seamless rolled rings forging process is usually performed by punching a hole in a thick, round piece of metal and further rolling and squeezing the metal piece into a thin ring. Ring diameters typically range from a few inches to 30 feet.
• Moreover, rings forged by the seamless ring rolling process can weigh less than 1 lb up to 350,000 lbs. Also, rolled ring forging offers various benefits including high tangential strength and ductility, superior pressure resistance, and the ability to forge a wide range of materials, among others.
• Additionally, rolled ring forgings are ideal for utilization in aircraft components such as engine bearings, wheel bearings, rotor spacers, sealed discs and cases, pressure vessels and valve bodies, and other related components.
• In addition, factors including increasing commercial aircraft deliveries and rising need for economical forging solutions for fabrication of aircraft components with high tangential strength and superior pressure resistance are vital aspects boosting the rolled rings segment.
• Consequently, the above factors are anticipated to boost the aerospace forging market during the forecast period

By Material:

Based on material, the market is segmented into aluminium alloys, titanium & titanium alloys, stainless steel, nickel-based superalloys, and others.

Trends in the material:

• Factors including the rising production of aircraft and increasing need for lightweight and high-strength forged components for integration in aircraft are driving the aluminium alloy segment.
• The titanium & titanium alloys segment is primarily driven by factors including increasing production of military and commercial aircraft, combined with the rising need for aircraft forgings with high tensile strength and superior heat resistance.

The aluminium alloys segment accounted for the largest revenue share in the aerospace forging market in 2025.

• Aluminium alloy is composed of a combination of aluminium and other elements such as magnesium, nickel, zinc, and others.
• Moreover, aluminium alloy offers various benefits including high versatility, superior strength, reliability, lightweight, design flexibility, corrosion resistance, and improved fuel efficiency, among others.
• Additionally, the utilization of aluminium alloys for aircraft forgings offers high ductility at normal forging temperatures while requiring low forging pressure. The above benefits of aluminium alloy are key determinants for increasing its utilization in aircraft forgings.
• Furthermore, factors including the rising production of aircraft, combined with the increasing need for lightweight and high-strength forged components for integration in aircraft, are key prospects driving the aluminium alloy segment.
• Therefore, the above factors are further propelling the market growth.

The titanium & titanium alloys segment is anticipated to register the fastest CAGR during the forecast period.

• Titanium & titanium alloys are among the key materials used in aircraft forgings.
• Moreover, titanium & titanium alloys offer a range of benefits including very high strength-to-weight ratio, excellent heat resistance, superior corrosion resistance, and longer life span even at extreme temperatures. The above factors are further increasing its adoption in aircraft forgings.
• Also, the use of titanium & titanium alloy-based forged components makes aircraft lighter, safer, and more fuel-efficient under extreme flight conditions.
• In addition, the segment is driven by increasing production of military and commercial aircraft, combined with the growing demand for aircraft forgings with high tensile strength and superior heat resistance.
• Hence, the above factors are anticipated to boost the aerospace forging market during the forecast period.

By Aircraft Type:

Based on application, the market is segmented into aircraft structure, engine components, landing gear, and others.

Trends in the aircraft type:

• Factors including rising investments in commercial aircraft development, technological advancements in aircraft manufacturing, and the growing need for aircraft with longer flight range and endurance are key trends driving the fixed wing aircraft segment.
• The rotary wing aircraft segment is primarily driven by factors including rising investments in military aircraft such as special mission aircraft and transport aircraft, increasing cases of medical and emergency rescue missions, combined with rising development of advanced helicopters.

The fixed wing segment accounted for the largest revenue share in the market in 2025.

• Fixed wing aircraft refers to a type of aircraft with wings that remain stationary while generating the aircraft's lift. Fixed wing aircraft is capable of flight using wings that produce lift generated by the aircraft's forward air speed and the shape of the wings.
• Moreover, fixed wing aircraft offer a range of benefits, including higher speed capabilities, longer flight range and endurance, greater payload capacity, improved stability in turbulent weather conditions, along with relatively lower maintenance and operational costs, among others.
• Aircraft forgings are primarily used in multiple components of fixed wing aircraft, including engines, structural parts, landing gear components, and other related components.
• Additionally, factors including the rising development of commercial aircraft, technological advancements in aircraft manufacturing, and increasing need for aircraft with longer flight range and endurance are vital aspects driving fixed wing aircraft segment.
• Therefore, the aforementioned factors are further driving the aerospace forging market.

The rotary wing segment is anticipated to register a substantial CAGR during the forecast period.

• Rotary wing aircraft is a type of aircraft that is completely or partly sustained in the air by lifting rotors revolving around a vertical axis. Rotary wing aircraft typically include aircraft which consist of rotors that provide lift throughout the entire flight, such as helicopters, gyrodynes, and autogyros.
• The primary benefits of rotary wing aircraft includes its ability to fly vertically, hover over a fixed position at a given height, and take off and land in a very small space.
• Moreover, aircraft forgings are often used for the fabrication of various structural parts and components integrated into rotary wing aircraft.
• In addition, factors including rising investments in military aircraft such as special mission aircraft and transport aircraft, increasing cases of medical and emergency rescue missions, along with rising development of advanced helicopters are key aspects driving the rotary wing aircraft segment.
• Hence, the aforementioned factors are anticipated to drive the adoption of rotary wing aircraft for military operations, in turn propelling the market during the forecast period.

By Application:

Based on end-user, the market is segmented into commercial aviation, military aviation, business & general aviation, and others.

Trends in the application:

• Factors including the growing commercial aviation sector and rising aircraft production are among the key prospects driving the market.

• The market is also driven by rising investments in aircraft manufacturing facilities and increasing need for reliable air defence systems.

The engine/propulsion components segment accounted for the largest revenue share in the market in 2025, and it is anticipated to register a significant CAGR during the forecast period.

• The primary components of an aircraft engine include turbine blades, compressor blades, vanes, casings, and others. These components enable the aircraft engine to use air and fuel to produce power to drive a shaft connected to a propeller or rotor blades or to provide thrust out of the exhaust.
• Moreover, forged aircraft engine components offer several benefits, including lightweight, low density, excellent mechanical properties, wide temperature range, and others, making them ideal for integration in commercial and military aircraft.
• Additionally, factors including rising air travel activities, significant advancements in aircraft engine manufacturing, and increasing aircraft MRO (maintenance, repair, and overhaul) activities are key aspects driving the engine/propulsion components segment.
• Therefore, the aforementioned factors are further driving the aerospace forging market.