INDUSTRY NEWS
Northrop Grumman Completes NASA Global Hawk Flight Control Test —
Northrop Grumman announced that it successfully completed a flight control test
of a NASA Global Hawk from its Grand Sky facility near Grand Forks, North
Dakota. Following takeoff of the NASA Global Hawk by a crew at NASA Armstrong Flight
Research Center (AFRC) in California on October 10, the flight team at Grand
Sky took control and executed a series of flight maneuvers to demonstrate
operational performance of the Transportable Operations Center in its Grand Sky
Mission Control Center. The in-flight test control operation is a first for the
Grand Sky facility which opened in April 2017. The flight took off and landed
at NASA’s AFRC at Edwards Air Force Base where the remainder of the flight was
controlled. NASA and Northrop Grumman are partnered under an agreement that
allows for use of the NASA Global Hawk system to explore new mission
capabilities.
NASA Selects First Mode and ASU to Develop Marathon Moon Rover, Intrepid —
First Mode, a system design and engineering firm, has been selected by NASA to
develop a pioneering lunar mission concept with Arizona State University (ASU).
The effort will be funded through NASA’s Planetary Mission Concept Study program. The Intrepid mission would develop
and deploy the Intrepid rover to traverse the furthest distance of any rover in
NASA’s history. The next-generation, 425-kilogram rover — roughly the size of a quad-ATV — will explore an unprecedented 1,800 kilometers over four years as it examines
the geology of the lunar surface, preparing NASA for human exploration as it
investigates over 100 major sites which have been viewed only from orbit.
Powered by a plutonium-based, multi-mission radioisotope thermoelectric
generator, Intrepid will identify hydrogen (a proxy for water content) in the
lunar regolith. Most strategies for a sustained human presence in space require
mining water to support life and provide fuel. Additionally, Intrepid will map
radiation, solar wind, and the chemical makeup of the regolith, helping to
ensure the safety of future astronauts. The study will be helmed by ASU’s Professor Mark Robinson who has been the principal investigator for NASA Lunar
Reconnaissance Orbiter Camera for the past decade, which has mapped Apollo
landing sites and almost the entire surface of the Moon with high-resolution
images. Robinson is an expert in the field of planetary geology. He will lead a
consortium of scientists from multiple NASA centers and universities with First
Mode designing and configuring the system.
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