01 Shift towards Electro-Mechanical Actuators The military actuators market is witnessing a shift towards electro-mechanical actuators (EMAs) due to their precision, efficiency, and low maintenance advantages. Unlike traditional hydraulic or pneumatic systems, EMAs are free of fluids, eliminating the risk of leakage and improving reliability in critical military operations. These actuators are particularly suited for advanced applications like unmanned aerial vehicles (UAVs) and next-generation missile systems. For instance, Curtiss-Wright Corporation recently developed electro-mechanical actuators specifically optimized for UAVs, offering enhanced reliability and reducing long-term maintenance costs. This trend highlights the growing preference for EMAs in modern military technology, driven by their ability to meet the demanding performance standards required in complex defense systems.
02 Growing Military Spending of Various Countries Rising military spending globally is a major driver for the military actuators market. Countries like the United States, China, and India have significantly increased their defense budgets to modernize their armed forces with advanced technologies. This surge in spending fuels the demand for military actuators, which are crucial in high-precision applications such as missile systems, drones, and advanced combat vehicles. Actuators play a key role in ensuring optimal performance, maneuverability, and functionality of these defense systems.
01 High Cost of Advanced Actuators One of the main challenges in the military actuators market is the high cost of developing and producing advanced actuators. Many actuators, particularly those used in advanced fighter jets or unmanned systems, require complex designs and high-grade materials, making them expensive to manufacture. Technologies like electromechanical or piezoelectric actuators, which are often used in cutting-edge military systems, involve precision engineering and strict military standards, further driving up production costs. Moreover, budget limitations in a country's defense procurement programs may restrict the adoption of these high-tech solutions, especially in nations with lower defense budgets. This cost barrier can limit the widespread use of advanced actuators, particularly in emerging economies.
01 Increasing Adoption of Actuators in UAVs Actuators play a crucial role in controlling flight surfaces, payloads, and landing mechanisms, ensuring precision and reliability in UAV operations. The growing reliance on UAVs for reconnaissance, surveillance, and combat missions has driven this trend. As defense agencies worldwide continue to invest heavily in UAV technologies, the importance of actuators in modern military applications becomes even more pronounced.With such investments and applications expanding, the demand for advanced actuators in UAVs is expected to grow significantly, offering substantial opportunities in the market.
November 2025 Lockheed Martin Australia awarded Moog Australia a contract to develop the control actuation system for the locally manufactured Guided Multiple Launch Rocket System. The system integrates a control unit with four actuators that independently position the rocket’s fins, strengthening Australia's sovereign guided-weapons manufacturing capability.
July 2025 Safran completed the acquisition of Collins Aerospace’s flight-control and actuation business for approximately USD 1.8 billion. The acquisition strengthens Safran’s portfolio of flight-control and actuation systems across military aircraft, helicopters, and missile platforms.
July 2025 Woodward completed the acquisition of Safran’s North American electromechanical actuation business. The transaction expanded Woodward’s capabilities in electromechanical flight-control technologies and reinforced its aerospace and defense actuation portfolio.
June 2025 Moog completed an expansion of its East Aurora, New York, manufacturing operations, including a new advanced electromechanical actuation facility. The expansion enhances production and testing capacity for mission-critical defense and aerospace actuation systems.
May 2025 Moog announced the successful performance of its Fin Control Actuation System during the guided flight test of Leidos’ Black Arrow small cruise missile. The actuator system precisely controlled missile flight surfaces throughout the test, supporting next-generation precision-strike capabilities.