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Moog_Motion Systems_Catalogue_en

Moog_Motion Systems_Catalogue_en
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MOTION SYSTEMS PERFORMANCE, RELIABILITY, AND GLOBAL SUPPORT FOR SIMULATION SOLUTIONS MOTION BASES FOR A WIDE VARIETY OF PAYLOAD AND STROKE APPLICATIONS Shaping the way our world moves™

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LATEST SOLUTIONS FROM A WORLD LEADER IN ELECTRIC MOTION SYSTEMS Unsurpassed innovation and technological expertise combined with close customer collaboration make Moog a leader in the design and development of 6-Degree of Freedom (DOF) motion platforms. With 40 years of high fidelity performance associated with legacy systems, we have become synonymous with electric technology since designing the first 4,500 kg (10,000 lb) electric platform in 1994. In fact, Moog motion systems provide the highest level of performance available in the industry. Around the world, our motion platforms for...

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HELPING YOU MEET TODAY’S SIMULATION CHALLENGES Around the world, our forward-thinking engineers help customers design and implement motion platform solutions that set new standards in performance, fidelity and versatility. Through close collaboration and a willingness to tailor our approach to meet your unique needs, Moog gives you the leadership edge. Higher levels of fidelity with the latest technology Increased reliance on simulator-based pilot training drives the need for constant innovation in training systems. Our second generation level B, C or D certified all-electric solutions are...

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SPECIFICATIONS Specifications below show minimum capabilities based on software limiting. Additional performance is readily available. Model GML moment of inertia about X -axis GML moment of inertia about Y-axis GML moment of inertia about Z-axis GML CoG above moving platform centroid Ground frame diameter Actuator stroke Power requirements Peak current consumption Max. continuous power consumption Electronics & Software Typical simulation application Motion Base Electric/Electric Pneumatic Number of DOF Stroke (inch) Gross Moving Payload (kg) Gross moving load (GML) up to MODEL NUMBER...

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SPECIFICATIONS Specifications below show minimum capabilities based on software limiting. Additional performance is readily available. Model MODEL NUMBER EXPLANATION Motion Base Electric/Electric Pneumatic Gross moving load (GML) up to GML moment of inertia about X -axis GML moment of inertia about Y-axis GML moment of inertia about Z-axis GML CoG above moving platform centroid Top of platform Actuator stroke Power requirements Average power consumption Peak power consumption Electronics & Software Typical simulation application Number of DOF Stroke (inch) Gross Moving Payload (kg) Ground...

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SPECIFICATIONS Specifications below show minimum capabilities based on software limiting. Additional performance is readily available. Model Gross moving load (GML) up to GML moment of inertia about X -axis GML moment of inertia about Y-axis GML moment of inertia about Z-axis GML CoG above moving platform centroid Top of platform Ground frame diameter Actuator stroke Power requirements Average power consumption Peak power consumption Electronics & Software Typical simulation application Motion control cabinet, computer, software, maintenance & diagnostic web interface, Ethernet UDP API. ....

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TAKE A CLOSER LOOK Motion System Solutions from Moog are available around the world. For more information, visit our web site or contact one of the locations below. www.moogsimulation.com Moog is registered trademarks of Moog Inc. and its subsidiaries. All trademarks as indicated herein are the property of Moog Inc. and its subsidiaries. ©2024 Moog Inc. All rights reserved. All changes are reserved. Motion Systems KL/IH/Rev. K, August 2024, Id. CDL32593-en Shaping the way our world moves™

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