Moog’s Flo-Tork pneumatic and hydraulic rack and pinion rotary actuators have been utilized in the most demanding commercial and military applications for more than 60 years.
Matching catalog or bespoke product with application requirements, has garnered a reputation for solving the most complex challenges with rotary motion and become the sole source provider of actuators in critical locations.
Our proven actuator designs and durability are showcased by the countless actuators fielded over 50 years ago for critical applications, still in use today.
Our website gives a brief overview of the products we offer and the industries which we serve. Explore our website for your rotary actuator needs.
News & Events
East Aurora, NY (Mar 24, 2022) – Moog Inc. (NYSE: MOG.A and MOG.B) Space and Defense Group will highlight mission-critical surface and subsea solutions along with air and hypersonic missile solutions to an expected audience of 15,000 industry professionals at Sea-Air-Space (SAS) 2022 at the Gaylord National Resort & Convention Center in National Harbor, Maryland. Moog will be located at booth #237 from April 4-6. On display will be our 4-Axis Fin Control Actuation System (CAS), which supports torpedo and missile steering and our new missile systems interactive demonstrator. Additionally on display will be our additively manufactured subsea controller simulator servovalve cutaway, as well as some examples of our linear and rotary Naval actuators. READ MORE
EAST AURORA, NY, June 8, 2021 - Moog Inc. (NYSE: MOG.A and MOG.B) Orrville, OH Operations supplied five Megatork rotary actuators to Archhydro for the U.S. Army Corps of Engineers’ (USACE) LaGrange Lock and Dam Rehabilitation on the Illinois River. Moog provided Megatork rotary actuators to efficiently and effectively move the lock’s mitregatemechanism. The USACE’s $117-million infrastructure project replaced traditional open-geared hydraulic cylinders with Megatork sealed actuation technology while refreshing the 81-year old lock and reducing the impact floods cause to the infrastructure on the critical waterway. READ MORE