- Integrated Systems
-
Building Blocks
- A Wide Array of Markets & Applications
- Aerospace and Defense Subsystem Integration
- Actuation and Control for Aircraft
- Structural Testing of Automotive Systems
- Rapid Development of Medical Devices
- Naval System Integration
- Vibration Control for Aerospace and Defense
- A Wide Array of Markets & Applications
-
Advanced Technologies
- Advancing the Capabilities of Surveillance Systems
- Improving Thrust in Mission-Critical Applications
- Introducing Green Technology to Satellite Propulsion
- Transitioning from Hydraulic to Electric Technology
- Reducing Vibration in Defense Mechanisms
- Minimizing Vehicle Downtime in Hostile Conditions
- Next Generation Flight Controls
- Redefining Performance in Steel Mills
-
High Performance & Extreme Environments
- Precision Control for Subsea Exploration
- Improved Performance for Downhole Drilling
- Medical Applications
- Formula One Racing
- Enhancing Mobility in Anti-Missile Systems
- Improving Image Quality in Medical CT Scanners
- Minimizing Noise in Equipment for Sleep Disorders
- Innovating Next-Generation Flight Control Systems
- Engineering Excellence
Next Generation Flight Controls
It’s not always the young upstart who offers the most innovative design concepts. Moog has decades of leadership in solving the most challenging technical problems in aerospace. We can leverage unique skills acquired in the development of advanced flight control technologies dating back to programs such as the F-15 Eagle fighter and the B-2 Spirit bomber. What makes us truly unique is our ability to successfully combine technology development and maturation in the design and production environment.
Over the past decade, Moog invested to develop the EHA technology which fundamentally enables ‘power by wire’ flight controls for the F-35 Joint Strike Fighter. This same technology has recently been selected for the primary flight controls on Airbus’s next-generation commercial transport, the A350XWB.