Curtiss-Wright Corporation once again commanded attention at the 55th International Paris Air Show held at Le Bourget, Paris, in June 2025. Known as a stalwart of aerospace and defense with roots tracing back to the early days of aviation—and even connections to the Wright brothers themselves—Curtiss-Wright solidified its reputation as an innovator at this major global aerospace event. Their presentation featured a remarkable array of commercial and military aerospace technologies, showcasing their continued role in pushing flight systems, sensors, and modular solutions that define the future of aviation.
At the heart of Curtiss-Wright’s presence was their substantial lineup of advanced aerospace solutions that address the multifaceted challenges faced by today’s aircraft platforms. Situated in Hall 3, booth D28, the company attracted substantial interest from aerospace industry insiders, military officials, and enthusiasts alike. Central to their display was an emphasis on rugged Modular Open Systems Approach (MOSA)-based technologies—an increasingly significant trend in defense electronics. MOSA enables adaptation, scalability, and interoperability of systems in an environment where operational demands evolve rapidly. This design philosophy ensures that aerospace platforms remain flexible, capable of integrating new technologies without discarding legacy systems, which is crucial when mission versatility and quick upgrades are non-negotiable.
An essential highlight of Curtiss-Wright’s demonstration was their sensor and motion control technology portfolio. These sensor systems provide enhanced situational awareness and precision data acquisition, performing reliably even in harsh environments—conditions that challenge both manned and unmanned aircraft systems. In real-time flight test instrumentation, Curtiss-Wright’s hardware and software allow test pilots and engineers to monitor system diagnostics and analyze performance metrics on the fly. This capability translates into safer flights, more efficient aircraft operations, and accelerated development cycles. By harnessing these sensor innovations, aerospace manufacturers benefit from refined testing processes and heightened safety margins that ultimately protect lives and investments.
Beyond sensors, Curtiss-Wright’s fully integrated flight technology systems stood out as a testament to decades of expert innovation. Grounded in early electric actuator concepts designed originally for business jets and military aircraft, these actuation systems deliver precision control over critical flight surfaces, landing gear, and weapon systems. Ruggedized for resilience under extreme operational stresses, their motion control technologies improve aircraft stability and responsiveness—imperatives for both passenger safety in commercial aviation and mission success in defense scenarios. This combination of accuracy and robustness bridges diverse aerospace needs, underscoring Curtiss-Wright’s mastery in delivering trusted hardware solutions that thrive under pressure.
Curtiss-Wright also showcased a forward-looking commitment by emphasizing open-system architectures and software-driven platforms, reflecting the growing complexity of avionics systems in the modern battlefield and commercial aviation landscape. Their secure processing and communications solutions are engineered to withstand rising cyber threats targeting connected aerospace systems. Cybersecurity resilience is no longer optional but a strategic necessity, and Curtiss-Wright’s MOSA-compliant developments provide defense partners with agile means to integrate emerging technologies swiftly, all while safeguarding critical legacy infrastructure. This balance of innovation and protection offers a competitive edge in an aerospace ecosystem where threats evolve as fast as the technology itself.
The company’s enduring legacy and global footprint came into focus as well. With manufacturing and operational centers spread across the United States, Europe, and Asia, Curtiss-Wright is a truly international player. Their participation in the 2025 Paris Air Show poignantly harkens back to the first event in 1908, where the Wright brothers demonstrated their pioneering flights. This lineage enriches Curtiss-Wright’s brand narrative as a continuous innovator actively shaping aviation’s trajectory through more than a century of technological evolution.
Financially, Curtiss-Wright entered 2025 with strong momentum, evidenced by recent announcements on increased share repurchase authorizations and raised dividend payouts, signaling robust confidence in their market position. The company also secured important contracts, including turret drive stabilization systems for European defense customers—a diversification that bolsters both their aerospace and defense portfolios. This effective synthesis of commercial aerospace demands with expanding defense and industrial markets is made possible by Curtiss-Wright’s tailored, reliable solutions designed for mission-critical and complex operational environments.
At the Paris Air Show 2025, Curtiss-Wright’s blend of historic heritage and advanced innovation was unmistakable. Their comprehensive range of rugged sensors, precise actuators, and integrated, software-controlled architectures highlighted a multifaceted approach to aerospace technology. By pioneering MOSA-based designs and addressing critical cybersecurity challenges, Curtiss-Wright not only supports current aerospace platforms but also actively defines the future of flight systems within an increasingly complex, connected environment. Their ongoing dedication to adaptability and excellence ensures the company remains a key driver of aviation’s next transformative leaps.
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