The next NASA Extreme Environment Mission Operations (NEEMO) mission is being scheduled for June, with teams already preparing for a recon trip ahead of the exercise.
The underwater training exercises are staged at the Aquarius underwater habitat in Key Largo, Florida – simulating the conditions and protocols for a real Near Earth Asteroid (NEA) mission.
NEEMO 15 was the first real full scale operation – even including Mission Operations Directorate (MOD) teams – continuing the trend of testing equipment and operations required for exploration of Near-Earth Asteroids (NEAs).
The mission treated the underwater environment like a giant Neutral Buoyancy Laboratory (NBL), allowing for specialist divers to simulate working on a NEA, communicating – with time delays – with mission control and practising the use of tools to work on an asteroid.
The October NEEMO 15 mission was led by NASA astronaut and former International Space Station (ISS) crew member Shannon Walker.
The crew included Japan Aerospace Exploration Agency astronaut Takuya Onishi and Canadian Space Agency astronaut David Saint-Jacques from the 2009 NASA astronaut class.
Steven Squyres of Cornell University and scientific principal investigator for the Mars Exploration Rover Project, joined James Talacek and Nate Bender of the University of North Carolina, Wilmington – who are both professional aquanauts.
NASA astronauts Stan Love, Richard Arnold and Mike Gernhardt, all veteran spacewalkers, participated in the NEEMO mission from the DeepWorker submersible, which they piloted.
The submersible is a key element of simulating a NEA mission, acting as an underwater stand-in for the Multi Mission Space Exploration Vehicle (MMSEV), which is currently the leading concept to be the main NEA exploration vehicle at the site at the asteroid, utilizing its robotic arms and crew airlock.
Aquarius acts as the Deep Space Hab (DSH) for these missions, a large element of hardware that would arrive at the NEA after being launched from Earth on the Space Launch System (SLS) – likely the 105mt Block 1A Heavy Lift Launch Vehicle (HLV).
NEEMO 15 worked on three major elements of a NEA mission, such as how to anchor to the surface via the “excursion lines”; how to move around; and how best to collect data and materials.
Read More about NEEMO here
The underwater training exercises are staged at the Aquarius underwater habitat in Key Largo, Florida – simulating the conditions and protocols for a real Near Earth Asteroid (NEA) mission.
NEEMO 15 was the first real full scale operation – even including Mission Operations Directorate (MOD) teams – continuing the trend of testing equipment and operations required for exploration of Near-Earth Asteroids (NEAs).
The mission treated the underwater environment like a giant Neutral Buoyancy Laboratory (NBL), allowing for specialist divers to simulate working on a NEA, communicating – with time delays – with mission control and practising the use of tools to work on an asteroid.
The October NEEMO 15 mission was led by NASA astronaut and former International Space Station (ISS) crew member Shannon Walker.
The crew included Japan Aerospace Exploration Agency astronaut Takuya Onishi and Canadian Space Agency astronaut David Saint-Jacques from the 2009 NASA astronaut class.
Steven Squyres of Cornell University and scientific principal investigator for the Mars Exploration Rover Project, joined James Talacek and Nate Bender of the University of North Carolina, Wilmington – who are both professional aquanauts.
NASA astronauts Stan Love, Richard Arnold and Mike Gernhardt, all veteran spacewalkers, participated in the NEEMO mission from the DeepWorker submersible, which they piloted.
The submersible is a key element of simulating a NEA mission, acting as an underwater stand-in for the Multi Mission Space Exploration Vehicle (MMSEV), which is currently the leading concept to be the main NEA exploration vehicle at the site at the asteroid, utilizing its robotic arms and crew airlock.
Aquarius acts as the Deep Space Hab (DSH) for these missions, a large element of hardware that would arrive at the NEA after being launched from Earth on the Space Launch System (SLS) – likely the 105mt Block 1A Heavy Lift Launch Vehicle (HLV).
NEEMO 15 worked on three major elements of a NEA mission, such as how to anchor to the surface via the “excursion lines”; how to move around; and how best to collect data and materials.
Read More about NEEMO here
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