Precision Missile Actuation Systems

Moog’s sophisticated Fin Control Actuation Systems (FCAS) position missile control surfaces in response to steering commands from the flight computer. The typical FCAS consists of three or four actuators and associated control electronics. Actuation system elements can be integrated into a section of the vehicle, or delivered as modular elements to be built into the missile.

 

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Overview

Moog’s Space and Defense Group has adjacent capabilities in propulsion systems, avionics, power distribution and management, and in the manufacturing, assembly and test of vehicle elements that help achieve best value solutions to fit the logistics of many missile architectures and program needs.

Over the years, Moog has solved some of the most complicated control system challenges our customers encounter. Through application of Pneumatic and Electromechanical Actuation, Moog has consistently supplied state of the art, reliable, and affordable solutions.

Features:

  • A Range of Highly Integrated to Modular Assemblies
  • High Power Density, Compact
  • Electronic Design and Fabrication
  • Motor Design and Fabrication
  • HALT/HASS, EMI, Environmental Test Facilities

Benefits:

  • Flight Proven Design Solutions
  • Demonstrated High Rate Production
  • Reduced Cost Through Production Re-use
  • Short Development Cycle
  • Rapid Prototype Capability

In the News

Moog Receives Substantial Lockheed Martin Award in Support of PAC-3 MSE Contract

Moog Inc. has been selected by Lockheed Martin to provide custom actuators for the Patriot Advanced Capability – 3 (PAC-3®) Missile Segment Enhancement (MSE) contract with the U.S. Army. This upcoming major contract is one of the largest in the history of Moog’s Defense Division valued at over $100 million. The award is attributed to Moog’s exemplary record of quality and on-time deliveries.

Moog stores management system on air tractor fixed-wing aircraft