Moog Blogs

Image Data Transfer Across a Slip Ring in CT Machines

Successful image data transfer across slip rings in helical scan CT machines requires a non-contacting solution. There are two methods used to transfer this data: optical and RF/capacitive coupled data rings.

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Employee Spotlight: Mike Fattey

Mike Fattey, Moog's advanced control systems technical lead, explains how we're working across Moog's different operating groups to develop some really unique autonomous systems solutions!

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Exceptional History in Lunar Exploration Leads to Exciting Future for Moog Space

Moog continues to invest in the key enabling hardware that will be critical to the future lunar and exploration missions...

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Moog Introduces New CEHA Family of Actuators

In this blog we met with Jason Chapo, one of our engineers to discuss Moog’s “CEHA” or Common Electro-Hydrostatic Actuator...

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UB and Moog Inc. Develop AI for Metal Additive Manufacturing

Metal additive manufacturing describes a largely digital method of automated metal part manufacturing using metal powder or metal wire as the raw material....

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Key Slip Ring Technology Behind Medical Computer Tomography (CT) Systems

As a world leader in slip ring design and manufacturing, Moog works with many key CT system manufacturers to provide reliable large diameter slip ring solutions...

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Moog Aircraft Group Employees Honored by USAF, in Coining Ceremony

Moog Aircraft Group recently hosted senior leadership from the USAF 848th Supply Chain Management Group (SCMG) for an Executive Supplier Review.

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Engineering Spotlight: Katelyn Cerankosky

This second spotlight in our ongoing series coincides with the International Day of Women and Girls in Science, so it is only fitting that we feature Systems Test Lead Engineer, Katelyn Cerankosky. 

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Specifying an Ethernet Slip Ring

Guaranteeing performance in your application requires we specify the following details up front to configure the optimal slip ring...

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Moog Innovative Rocket Engines with Duff Bushway

For years Moog has provided thrusters, feed systems and components, and tanks to the leading satellite providers around the globe...

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Electrohydrostatic Actuators by Mike Ercolano

Moog’s EHAs were originally designed to replace conventional electrohydraulic actuators used in an aircraft flight control system.  A conventional electrohydraulic...

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Integrated Motion Assembly Success Stories

Browse Moog's integrated motion assembly success stories to learn how our customers have benefited from working with our engineering experts...

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Moog’s Entry into the New Space Business

Moog is excited to be part of the rapidly evolving space market.  The changes that are taking place are both exciting and daunting at the same time..

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Expanding Moog into the Digital Atmosphere

Digital marketing has exploded in the last 5 years.  At Moog we're doing a great job in recognizing that our digital & social media platforms are a tool we can use..

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Engineering Spotlight: Andrew Crego

Meet Andrew Crego, an Integrated Project Team Lead here at Moog, who has proven his leadership skills on and off the job...

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Matrix™ Series Motors Ideal for Defense Applications

In today's military market, rugged industrial products are utilized to provide the functionality and reliability needed to meet or exceed...

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Issue #2 | Process Development and Control in Metal Additive Manufacturing

For complex processes such as Laser Powder Bed Fusion (LPBF) used in Moog’s Additive Manufacturing Center, the use of DOE has...

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Slip Ring Fundamentals

A slip ring is an electromechanical device that allows the transmission of power and electrical signals from a stationary to...

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Process Development and Control in Metal Additive Manufacturing

The Laser Powder Bed Fusion (LPBF) process used in Moog’s Additive Manufacturing Center (AMC) is complex with a multitude of variables...

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Reducing ROV Operating Costs and Enhancing Reliability with Monitoring Technology

Learn how Moog Focal's condition monitoring technology helps ROVs avoid downtime while performing demanding...

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Wind Turbine Solutions Featured at AWEA WINDPOWER

As a key player in the wind industry, Moog provides high-reliability slip rings in critical applications where durability, performance...

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AM RESHAPING LOGISTICS – A SCENARIO

Imagine a scenario where lives depend upon a mission being flown off the deck of an aircraft carrier far out at sea. The only available aircraft..

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The Benefits of Linear Motors

Today, most motor technologies are set up to run in a rotary fashion. This can be a problem when the need to produce a straight...

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Certification of Production AM Parts - Veripart Issue #2

With the addition of Moog Linear’s capabilities, we moved forward in supporting even the most demanding metal AM use cases..

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George Small Veripart Introduction - Veripart Issue #1

Our first forays into additive manufacturing (AM) go back over 15 years. With our background in manufacturing of complex parts...

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Tim Pargett Discusses Shockwave Technology

ShockWave is a new (patent pending) style of isolator to protect systems from high level vibration and shock environments..

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Submarine Mandates on the Rise: Moog Scales Up Orrville Site to Meet Demand

As the U.S. Navy increases production build rates of the Virginia class boats and advances plans to replace the current fleet of Ohio class...

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The Orbital Maneuvering Vehicle (OMV) Simulation

The basic idea for OMV came from the Rideshare concept. Big rockets are often launched with less payload than their full capacity can handle...

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Innovative Robotic System to Capture Incoming Spacecraft to the International Space Station

The NASA Docking System development project is part of the next generation of human exploration in space. The new docking system...

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Reconfigurable Integrated-weapons Platform (RIwP) – Engineered to Meet Future Warfighter Needs

RIwP (patents pending) is an innovative remote weapons platform offering the warfighter a combination of features never before...

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Low Cost Space Access Using Rideshare

Space is hard. The space environment offers engineering challenges that don’t really have a lot of similarities here on the ground...

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Next Generation Space Avionics

An Interview with: John Schaf | Section Head, Space and Launch Vehicle Electronics

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Collaborative Engineering Creates Innovative Cryocooler Isolation System for ASTRO-H Mission

I joined Moog in June 2006 as an engineer in the Design and Analysis Department. I was part of a team that designed...

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How Moog creates reliable systems to perform in the challenging undersea domain

You lead the engineering team for Moog’s Naval Systems Business Unit, - the premier supplier of custom designed, high performance...

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Modular Electric Power Systems for Next Generation Power Management by George Small

I am a Principal Engineer at Moog, working in the Aircraft Group for the past 20 years. I have designed and later managed...

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Emily Fowler on Moog's SoftRide technology

SoftRide vibration isolation systems cover several different types and many different applications. SoftRide includes UniFlex (axial isolation)...

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Chris Loghry on Moog's New Space Infographic

The infographic is a visual representation of all the locations within our Solar System with spacecraft that were supported by...

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