![]() Additional information about the company can be found at. Moog’s high-performance systems control military and commercial aircraft, satellites, and space vehicles, launch vehicles, missiles, automated industrial machinery, and marine and medical equipment. is a worldwide designer, manufacturer, and integrator of precision control components and systems. Moog is proud to be part of this mission that will enable future generations of human exploration.”įor broadcast media assistance, including scheduling interviews, contact Katie Gibas at For progress updates from NASA, go to About Moog Inc. The extreme environments in the shadowed craters of the Moon’s South Pole have driven challenging power and thermal designs to survive the hibernation phases. We are thrilled that for more than 60 years, NASA engineers have continued to trust us with these critical missions,” said Maureen Athoe, President of Moog Space and Defense.Ĭhris Hodge, Moog Gilbert, AZ General Manger, added, “We are excited to be providing the NASA VIPER control electronics. “Our team continues to find innovative solutions to not only survive but excel in the harsh environment of space. VIPER will be the largest and heaviest payload delivered by a CLPS provider. VIPER is set to land on the lunar surface in late 2023 under NASA’s Commercial Lunar Payload Services (CLPS) program. This data will be instrumental in determining possible future landing sites for the NASA Artemis program, which will return Americans to the moon. It seems likely that NASAs robots will also be beaten by a group made up primarily of students at Carnegie Mellon University. It will determine the concentration of water and ice that could eventually be harvested to sustain human exploration. VIPER represents the first resource mapping mission on another celestial body. A particularly unique capability of the Moog equipment is the very low-power hibernation mode that will allow VIPER to survive the challenging prolonged lunar nights throughout the mission. The IAU and SEPIA will also manage the solar array, battery charging, and power distribution that support the large power requirements needed for wheel motor control and drilling capabilities. In addition, the Moog equipment provides radiation-tolerant image processing and storage that will guide VIPER’s maneuvers across the lunar surface. The IAU controls VIPER’s instruments for command, telemetry, heaters, and temperature/voltage/current sensors. Lunar Roving Vehicle In the LM the astronauts will take with them to the surface a £our-wheeled vehicle that can be used to transport themselves and equipment over the luna. Moog’s IAU combines traditional command and data handling and electric power subsystem functions.
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