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Moog has baselined Redwire’s ELSA solar array wings as a standard component of its METEOR ESPA-Grande satellite bus.
Moog’s METEOR satellite bus is all-orbit capable and available for pathfinder constellation missions and other disaggregated architectures.
Moog Space will integrate Redwire’s ELSA wings with its METEOR satellite bus for a low Earth orbit mission for an undisclosed national security customer.
Redwire received a $12.8 million contract to deliver Extensible Low-Profile Solar Array (ELSA) wings to Moog Space.
The Redwire-Moog contract is Redwire’s first sale of its new high-performance, low-mass space power solution.
ELSA has been baselined as a standard component of Moog’s Meteor ESPA grande class satellite bus.
Redwire and Moog have a $12.8 million contract to integrate Redwire’s Extensible Low-Profile Solar Array (ELSA) wings with Moog’s largest satellite bus.
Moog’s Meteor ESPA grande class satellite bus has a mass of 700 kg and supports low-Earth orbit, medium-Earth orbit, and geostationary orbit missions.
Moog designs and builds high velocity propulsion systems in its Niagara Falls propulsion and test facility.
The Meteor satellite bus, developed at Moog in Arvada, Colorado, is designed to host a wide range of payloads for defense and intelligence missions in all orbits.
Moog Inc. has completed two integrated Moog propulsion modules for installation on its ESPA-Grande class Meteor satellite buses.
The next phase of Meteor production will include integration of the spacecraft avionics suite from Moog's Gilbert, Arizona site.
Moog's delivery of the propulsion modules reflects its continued investment in vertically integrated space solutions.
The Moog propulsion systems comprise engines, feed systems, and valves with decades of flight heritage.
The integration of the Moog propulsion system equips the Meteor bus to deliver high Delta V agility and mission longevity.
Moog fluid control components from the East Aurora manufacturing facility are used in the vertically integrated propulsion systems.
Moog Inc. has announced the groundbreaking on a new clean room in Niagara Falls to support the growing demand for innovative satellite and missile propulsion components and systems.
The Moog Niagara Falls site is one of the few facilities in the United States equipped with four in-house high-altitude hot fire test chambers.
Moog's MONARC monopropellant engine line, propulsion systems, and classified projects will each have dedicated production cells in the new clean room.
Moog propulsion technology has enabled missions to every planet in the solar system.