Precision Castparts - Company Analysis and Outlook Report 2026 (Updated)
Executive Summary
Record recovery confirmed: Precision Castparts reported full-year 2024 revenues of $10.4 billion, a 12% year-over-year increase that pushed the company past its pre-pandemic 2019 peak for the first time, with pre-tax earnings rising 24.4% to approximately $1.9 billion.
Operational resilience tested: The February 2025 fire at the SPS Technologies fastener facility in Jenkintown, Pennsylvania, destroyed over 80% of the 560,000-square-foot plant. PCC redirected production across its global network, and no major aerospace customer experienced a production line stoppage.
Capital deployment accelerating: PCC has committed a combined total exceeding $628 million across two landmark projects: a $500 million renewable-energy-powered titanium melt facility in Ravenswood, West Virginia, and a $128 million R&D and manufacturing center in Mason, Ohio, signaling a long-term capacity build-out aligned with Boeing and Airbus production ramp-up timelines.
Acquisition trajectory resuming: The March 2026 acquisition of UK-based Morvern Group marks PCC’s first confirmed deal since its Berkshire Hathaway acquisition, deepening its turbine casting capabilities in European aerospace and defense supply chains.
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Table of Contents
Executive Summary
Key Facts: Company Profile
Business Overview: What PCC Actually Does
Product Segment Breakdown: Four Integrated Manufacturing Pillars
Investment Cast Products
Forged Products
Airframe Products
Metals Products
Revenue and Growth Drivers
Commercial Aircraft Production Ramp-Up
Boeing - Company Analysis and Outlook Report 2026 (Updated)
Next-Generation Engine Content Uplift
Defense Aerospace as a Countercyclical Anchor
Aftermarket and MRO Expansion
Financial Snapshot: From Pandemic Trough to Record Recovery
The SPS Technologies Fire and PCC’s Response
What Happened in Jenkintown
Immediate Operational Response
Rebuild Timeline and Capacity Plans
The $500 Million Ravenswood Titanium Facility
Why This Investment Matters?
Renewable Energy Integration
The $128 Million Mason, Ohio R&D Center
Morvern Group Acquisition
Competitive Analysis: Where PCC Stands Against Its Peers
Head-to-Head with Howmet Aerospace
Arconic
GKN Aerospace
ATI Inc.
TransDigm Group
PCC’s Structural Competitive Advantages
The Tariff Headwind: Aerospace Supply Chain Under Trade Pressure
Boeing and Airbus Production Ramps: The Revenue Multiplier Effect for PCC
Boeing’s Recovery Trajectory
Airbus’s 2026 Ambitions
Industry 4.0 and Digital Manufacturing at PCC
Financial and Commercial Implications
For Aerospace OEMs and Tier 1 Suppliers
For MRO Operators
For Defense Procurement Agencies
Key Risks: Probabilities and Scenarios
1. SPS Technologies Rebuild Execution Risk
2. Boeing and Airbus Production Rate Risk
3. Raw Material Price Volatility
4. Tariff Escalation and Trade Policy Disruption
5. Additive Manufacturing (3D Printing) Disruption
6. Labor and Workforce Constraints
SWOT Analysis
My Final Thoughts
Primary Sources
Key Facts: Company Profile
Full Company Name: Precision Castparts Corp. (PCC)
Headquarters: Lake Oswego, Oregon, USA
Founded: April 1, 1953 (by Joseph Buford Cox)
Parent Company: Berkshire Hathaway Inc. (wholly owned since January 2016; acquired for $37.2 billion)
President & CEO: Mark Donegan (in role since 2002)
Primary Markets Served: Commercial Aerospace, Defense Aerospace, Power Generation, General Industrial
FY2024 Revenue: $10.4 billion
FY2025 Operating Cash Flow: $2.4 billion
Manufacturing Footprint: Facilities across the United States, United Kingdom, Europe, and Asia
Federal Contracts (2025): $78.5 million in active U.S. government contract obligations (per HigherGov data)
Business Overview: What PCC Actually Does
Precision Castparts is a worldwide, diversified manufacturer of complex metal components for the aerospace, defense, power generation, and general industrial sectors. The company is not a system integrator or a final assembler; it sits deep in the aerospace supply chain as a Tier 1 and Tier 2 supplier of structural and engine components that cannot, in most cases, be sourced from any other qualified manufacturer.
This sole-source positioning is not accidental. It is the product of decades of capital investment, proprietary process know-how, and rigorous FAA and customer-level certifications that make switching suppliers a multi-year, multi-million-dollar undertaking for any OEM.
PCC’s origins date to 1953 when the company was spun off from an investment casting operation originally established to manufacture chainsaw teeth.
From that industrial starting point, PCC grew through organic capability development and a disciplined series of acquisitions into what is today the world’s largest manufacturer of structural investment castings and forged aerospace components.
Segment Breakdown: Four Integrated Manufacturing Pillars
Investment Cast Products
This segment, operated through PCC Structurals and PCC Airfoils, is the company’s technological crown jewel. It produces structural investment castings in nickel, titanium, aluminum, and steel alloys, along with airfoil castings for both commercial and military turbine engines.
The single-crystal turbine blade remains the most technically demanding product in this segment. A single-crystal blade is grown from a molten superalloy in such a way that the entire component is one continuous crystal lattice, eliminating grain boundaries that would otherwise be the failure points under the extreme thermal and mechanical stress inside a modern turbofan engine.
PCC is one of a very small number of manufacturers globally capable of producing these components at commercial scale and to the tolerances required by engine OEMs such as GE Aerospace, CFM International, Pratt & Whitney, and Rolls-Royce.
Airfoil castings also include high-pressure turbine vanes and blades for programs including the CFM LEAP engine (which powers the Boeing 737 MAX and Airbus A320neo) and the GE9X (which powers the Boeing 777X).
The content per engine on these next-generation powerplants is 20-30% higher than on the previous-generation engines they are replacing.
Forged Products
The Forged Products segment is anchored by Wyman-Gordon, one of the oldest and most respected names in aerospace forgings, along with PCC Energy Group, Titanium Metals Corporation (TIMET), and Special Metals Corporation.
This segment produces titanium and nickel superalloy forgings for airframes and engines, seamless pipe and fittings for oil and gas and power generation applications, and specialty materials used in mission-critical structural applications. The integration of TIMET, acquired for $2.9 billion in 2012, gives PCC vertical control over a significant portion of its titanium supply chain, from melting raw sponge all the way through to finished forged and machined components.
Special Metals Corporation is the leading producer of nickel-based superalloys including the well-known Inconel, Waspaloy, and Hastelloy product families. These alloys are the base materials for hot-section engine components across the entire commercial and military aerospace industry.
Airframe Products
The Airframe Products segment, operating through PCC Fasteners (including the SPS Technologies brand) and PCC Aerostructures, manufactures aerospace fastening systems and complex structural components at high volume.
PCC produces more than 500 million fasteners annually across its fastener operations. These are not commodity fasteners; they are high-strength, precision-engineered bolts, nuts, and associated hardware that must meet strict aerospace specifications for materials, dimensional tolerance, and fatigue performance.
The segment also produces complex aerostructures, machined components, and integrated structural assemblies for airframe programs at Boeing, Airbus, and their direct suppliers.
Metals Products
The Metals Products segment provides premium nickel-based alloys and titanium mill products to aerospace and other demanding industrial customers. It also operates revert and recycling services, which allow PCC to recover and reprocess high-value alloy scrap from its own manufacturing operations, reducing both costs and environmental impact.
Revenue and Growth Drivers
Commercial Aircraft Production Ramp-Up
The single largest driver of PCC’s revenue trajectory is the ongoing production ramp-up at Boeing and Airbus. As of early 2026, Boeing has received FAA authorization to produce up to 42 Boeing 737 MAX aircraft per month, with targets to reach approximately 53 per month by the end of 2026. Boeing delivered 88 787 Dreamliners in 2025 and is targeting capacity to deliver up to 120 in 2026.
Airbus delivered 793 commercial aircraft in full-year 2025 and is targeting approximately 900 deliveries in 2026, with an internal roadmap to raise A320-family production to 75 aircraft per month by 2027. Airbus and Boeing combined delivered approximately 185 aircraft in December 2025 alone.
Each incremental aircraft produced by either OEM contains substantial PCC content. The 737 MAX uses LEAP-1B engines from CFM International, and the A320neo family uses either LEAP-1A engines or Pratt & Whitney GTF engines. PCC supplies casting and forging content to both engine programs.
As Boeing and Airbus steadily increase monthly build rates, PCC’s revenue base grows proportionally, and often faster than the headline delivery counts would suggest, because PCC also ships spares and replacement parts independently of new aircraft deliveries.
Next-Generation Engine Content Uplift
The shift from older CFM56 and V2500 engines to the LEAP and GTF platforms represents a structural step-up in the dollar content PCC supplies per engine. Newer high-bypass ratio turbofans use more advanced alloys, more complex geometries, and tighter tolerances, all of which play to PCC’s manufacturing strengths and command higher selling prices.
The GE9X engine, powering the Boeing 777X, is similarly high-content for PCC. It incorporates next-generation ceramic matrix composite (CMC) components alongside traditional nickel superalloy parts, and its overall complexity requires more precision-processed content per unit than its predecessor, the GE90.
This content uplift means that even if Boeing and Airbus deliver only a modest percentage more aircraft in any given year, the number of high-value components PCC ships can grow at a meaningfully faster rate.
Defense Aerospace as a Countercyclical Anchor
PCC’s defense revenue provides a degree of insulation from commercial aerospace cycles. The company supplies components for the F-35 Lightning II program through its investment castings and forgings for the F135 engine, made by Pratt & Whitney. The F-35 program remains one of the largest and longest-running defense aviation contracts in history, with production continuing across multiple international customers well into the 2030s.
PCC also supplies components for the CH-53K heavy-lift helicopter program operated by the U.S. Marine Corps. Defense program revenues are typically structured on long-term contracts with multi-year visibility, providing a stable cash generation base that complements the more cyclical commercial aerospace segment.
With NATO members accelerating defense spending commitments after years of stagnation, and with the U.S. defense budget continuing to prioritize airpower, the demand signal for high-integrity aerospace-grade castings and forgings from the defense side is structurally firmer for 2026 and beyond than it has been at any point since the mid-2000s.
Aftermarket and MRO Expansion
The global in-service commercial aircraft fleet now exceeds 25,000 aircraft. Every one of those aircraft contains PCC-supplied components that require periodic replacement, inspection, and maintenance through the MRO (Maintenance, Repair, and Overhaul) cycle.
Aftermarket spares and replacement parts typically carry higher margins than the original equipment parts supplied during new aircraft production. As the installed base of next-generation aircraft (737 MAX, A320neo, 787, A350) grows and matures, the aftermarket opportunity for PCC grows alongside it.
Financial Snapshot: From Pandemic Trough to Record Recovery
PCC’s financial journey over the past five years is one of the most striking recovery stories in the aerospace supply chain. The COVID-19 pandemic collapsed commercial air travel and, with it, new aircraft deliveries. Large commercial aircraft deliveries dropped to 723 in 2020 from a peak of 1,606 in 2018. PCC was directly exposed to this collapse, and its revenues and earnings contracted sharply.
Warren Buffett himself acknowledged the difficulties, writing in his 2020 Berkshire Hathaway annual letter that he had paid too much for PCC and had miscalculated the economic resilience of commercial aviation demand. Berkshire ultimately took an impairment charge of approximately $10 billion against the value of its PCC investment.
The turnaround has been substantial.
Full-year 2024:
Revenue: $10.4 billion (+12% year-over-year)
Pre-tax earnings: ~$1.9 billion (+24.4% year-over-year)
Revenue milestone: First time PCC's revenues surpassed the 2019 pre-pandemic peak
Second quarter of fiscal 2025:
Revenue: $2.7 billion (+1.6% year-over-year)
Pre-tax earnings growth: +37% year-over-year
Operational highlight: Jenkintown fire response with zero customer line stoppages
Full-year 2025 (cash flow):
Net cash flows from operating activities: $2.4 billion
Comparison: Average of $0.9 billion in 2021/2022
Comparison: $1.7 billion in 2015 (last full fiscal year before Berkshire acquisition)
The $2.4 billion in 2025 operating cash flow, reported directly in the Berkshire Hathaway 2025 Annual Report, is the clearest signal of how decisively PCC’s profitability has recovered.
It comfortably exceeds what the company generated in its last pre-acquisition fiscal year and more than doubles the post-pandemic trough. Benzinga reported in March 2025 that Berkshire had also moved to increase its valuation estimate for PCC, narrowing the accumulated impairment gap by close to $2 billion.
The revenue uplift has been driven primarily by higher demand for aerospace products, along with, to a lesser extent, power generation products. The earnings outperformance relative to revenue growth reflects improved manufacturing efficiency and the operating leverage inherent in PCC’s fixed-cost-heavy production infrastructure.
Recent Development: The SPS Technologies Fire and PCC’s Response
What Happened in Jenkintown
On February 17, 2025, a fire destroyed more than 80% of the SPS Technologies fastener manufacturing facility in Jenkintown, Pennsylvania. The plant, originally built more than a century ago, occupied approximately 560,000 square feet and specialized in high-strength aerospace nuts, bolts, and associated products. Crucially, the facility produced more than 700 parts that were sole-sourced – meaning no other qualified supplier existed – for major aerospace customers.
The fire’s impact was compounded by the fact that the building’s fire suppression system was temporarily out of service at the time of the incident. The system had been taken offline for repairs following a ruptured water main, with alternative fire prevention protocols in place as required by the fire marshal.
All employees present at the time of the fire were safely evacuated. However, the industrial damage was severe.
Immediate Operational Response
What happened next is a case study in how Berkshire Hathaway’s financial backing and PCC’s distributed manufacturing network function under extreme pressure. PCC immediately mobilized engineering and production resources across its global facilities to redirect production of the 700-plus sole-sourced parts.
According to the Berkshire Hathaway 2025 Annual Report, no customer experienced a production line stoppage as a result of the fire. This outcome, in an industry where a single missing fastener can halt an entire aircraft assembly line, reflects both the depth of PCC’s operational redundancy and the speed with which its team executed the contingency response.
As reported directly on the SPS Technologies fire update site, approximately 250 employees, representing roughly half the Jenkintown workforce, were separated from the company after May 18, 2025. Remaining workers and facilities in the broader PCC Fasteners network absorbed the critical production workload.
Rebuild Timeline and Capacity Plans
PCC has committed to rebuilding the Jenkintown facility. Plans submitted call for a new 350,000 square-foot aerospace manufacturing plant on the site of the former facility, with an expected reopening target of 2028. The new facility will be smaller than the original, reflecting a more concentrated production focus on the highest-value sole-sourced components.
The impact on the broader aerospace fastener supply chain was felt beyond PCC. Reuters reported in March 2025 that competitor Howmet Aerospace was seeing increased demand for long-term supply agreements from aerospace customers seeking to diversify their fastener sourcing following the Jenkintown fire.
The $500 Million Ravenswood Titanium Facility
Why This Investment Matters?
PCC’s subsidiary TIMET (Titanium Metals Corporation) is constructing a new, greenfield titanium melt facility in Ravenswood, West Virginia. The total project investment is $500 million, making it one of the largest single capital commitments in U.S. titanium manufacturing in decades.
Titanium is the second most critical raw material in aerospace manufacturing after nickel-based superalloys. It is used extensively in airframe structures, engine components, landing gear, and fasteners because of its exceptional strength-to-weight ratio and corrosion resistance.
The strategic imperative behind the Ravenswood investment is straightforward: PCC’s customers, and the broader aerospace industry, need a larger and more resilient domestic titanium melt capacity to reduce dependence on foreign sources, particularly given the geopolitical risks associated with Russian titanium supply that have become more acute since 2022.
Renewable Energy Integration
The Ravenswood facility is being designed to operate on 100% renewable energy, supplied through a dedicated solar energy microgrid developed in partnership with BHE Renewables, a Berkshire Hathaway Energy subsidiary. This makes it the first PCC facility to achieve full renewable energy operation.
AMG Critical Materials N.V., a specialist supplier of vacuum furnace technology, was selected to provide the vacuum arc re-melting, electron beam welding, and electron beam melting furnaces at the heart of the plant. AMG’s CEO described the Ravenswood contract as one of the largest orders in the history of AMG Engineering.
Construction was progressing through 2025 with an original target of fall 2025 for initial operations. The facility will produce titanium products for the aerospace industry and selected other sectors, integrating directly into PCC’s downstream forging and component manufacturing operations.
The $128 Million Mason, Ohio R&D Center
PCC has also announced a $128 million investment in a new R&D engineering lab and manufacturing center in Mason, Ohio. This facility is oriented toward next-generation manufacturing technologies, including advanced process simulation, digital twin applications, and real-time quality monitoring systems.
The Mason investment positions PCC to continue developing proprietary process knowledge in casting and forging at a time when aerospace OEMs are demanding components with increasingly tight tolerances and more complex internal geometries.
Morvern Group Acquisition
On March 1, 2026, PCC completed the acquisition of Morvern Group, a UK-based manufacturer of wax patterns, ceramic core assemblies, tooling, and dynamic profiling components for industrial and aero turbine sectors. Morvern operates specialized facilities in Derby and Worcester in the United Kingdom.
The acquisition was advised by Steen Associates on the sell side. Financial terms were not disclosed, but pre-deal intelligence indicated that Morvern was expected to generate approximately GBP 22 million in 2025 revenues with GBP 6 million in EBITDA, with 2026 projections of GBP 30 million in revenues and GBP 7 million-plus in EBITDA.
For PCC, the strategic logic is clear. Wax patterns and ceramic cores are integral upstream inputs to the investment casting process. By bringing Morvern’s specialized UK capabilities in-house, PCC expands both its manufacturing footprint in European defense supply chains and its vertical integration in the casting process itself. This is particularly relevant for turbine programs supplied through the United Kingdom, including Rolls-Royce engine platforms used across commercial, defense, and industrial markets.
This acquisition also signals a resumption of PCC’s historically acquisitive growth strategy after a multi-year pause during the post-pandemic recovery period.