Curtiss-Wright Targets Strong Growth in Defense, Nuclear Sectors

Curtiss-Wright Charts Ambitious Growth Path in Defense and Nuclear

Curtiss-Wright Corporation (NYSE:CW) outlined a comprehensive strategic vision for robust growth at the Baird 55th Annual Global Industrial Conference on November 12, 2025. The company highlighted strong performance in its defense electronics and nuclear segments, projecting significant expansion driven by increased global defense spending and a revitalization of the nuclear power industry. Despite substantial investments in capital expenditure to fuel future growth, Curtiss-Wright affirmed its commitment to maintaining strong free cash flow and returning capital to shareholders through strategic acquisitions and share buybacks.

Strategic Overview and Key Growth Drivers

Curtiss-Wright is strategically positioned to capitalize on several key market trends. The company anticipates substantial growth from heightened NATO defense spending, particularly in ground vehicle programs, and a resurgent nuclear sector benefiting from new AP-1000 reactor builds and the development of Small Modular Reactors (SMRs). Commercial aerospace also contributes to growth, driven by regulatory mandates and platform ramps. To support this ambitious outlook, Curtiss-Wright plans a 40% increase in capital expenditure this year, following a 30% rise in 2024. Despite these investments, the company maintains a robust free cash flow conversion rate of 108%, demonstrating efficient capital management.

International direct sales, representing 10% of Curtiss-Wright’s business, have surged by over 20% this year, reaching $335 million, primarily in Europe. This growth is bolstered by critical partnerships, such as with Rheinmetall, to supply turret drive stabilization equipment for ground vehicles.

Sectoral Performance and Outlook

Defense Electronics: This segment, a $1 billion business, stands out with its highest margin performance, achieving operating margins of 29% in the third quarter. Curtiss-Wright is introducing over 20 new products this year, aligning with industry mandates like MOSA/SOSA CMOS. Strategic partnerships, including with NVIDIA for embedded Blackwell products and the deployment of Fabric 100, enhance its competitive edge. The company is also exploring new avenues, such as gaining Microsoft Azure validation for small form factor products. Furthermore, Curtiss-Wright is well-aligned with the U.S. "Golden Dome" initiative, contributing to sensor, effector, and critical networking capabilities.

Nuclear Segment: Accounting for approximately 12% of revenues, with 90% from aftermarket services, the nuclear sector is poised for significant expansion. New AP-1000 reactor builds, particularly in the United States and potential orders from Eastern Europe such as Bulgaria and Poland next year, represent substantial incremental revenue. Curtiss-Wright aims to double or triple its content per reactor, potentially reaching $150 million. The company is actively moving into prototyping for SMRs next year, anticipating production in the early 2030s. Key SMR collaborations include X Energy, TerraPower, Westinghouse, NuScale, and Rolls-Royce, with content valued between $20 million and $120 million per design. Capacity expansion is a priority, with current capability for 12-16 reactor coolant pumps per year and plans to greenfield a new site by the mid-2030s if demand continues to accelerate.

Commercial Aerospace: This segment exhibits strong growth rates of 13-15% within the aerospace and defense markets. Key drivers include solid positions across major Airbus and Boeing platforms and the FAA mandate for 25-hour flight data recorders, which is now ramping up and is expected to drive sustained growth throughout the decade.

Financial Strength and Capital Allocation

Curtiss-Wright is guiding for an annual free cash flow of $520-$535 million, maintaining its strong conversion rate above 105%. Capital expenditure is seeing significant increases to support growth initiatives across all segments.

The company's capital allocation strategy prioritizes acquisitions, focusing on critical adjacent technologies to enhance its customer offerings. Despite a rigorous vetting process that often leads to walking away from potential deals, the acquisition pipeline remains active. Beyond M&A, share buybacks are considered an effective method to return capital to shareholders. The board has increased share repurchase authorization by $400 million, bringing the total to $535 million. Curtiss-Wright is on track for a record share repurchase year in 2025 and has increased its dividend for the ninth consecutive year, demonstrating confidence in its financial performance and future prospects.

Conclusion

Curtiss-Wright is navigating a period of significant opportunity, driven by robust demand in defense and a revitalized nuclear industry. The company’s strategic investments in capacity, product innovation, and market expansion, coupled with disciplined financial management and a clear capital allocation strategy, position it for sustained long-term growth. The previously stated goal of $1.5 billion in annualized revenue by the middle of the next decade is now considered conservative, given the accelerating growth in the nuclear sector, signaling an even more optimistic future outlook.

FAQ

Q: What are Curtiss-Wright’s primary growth drivers?
A: The company is primarily driven by increased NATO defense spending, particularly in ground vehicles, and the expansion of the nuclear sector through AP-1000 reactor builds and Small Modular Reactor development.

Q: How is Curtiss-Wright funding its growth initiatives?
A: Curtiss-Wright is increasing its capital expenditure by 40% this year, while maintaining a strong free cash flow conversion rate of 108%. The company also prioritizes strategic acquisitions and shareholder returns through share buybacks and dividends.

Q: What is Curtiss-Wright’s role in the nuclear power industry's resurgence?
A: Curtiss-Wright is a key supplier for AP-1000 reactor builds, aiming to significantly increase its content per reactor. It is also actively involved in prototyping components for Small Modular Reactors (SMRs) with major designers, positioning itself for future production.

Source: Investing.com