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Astrobotic Technology Scores new Contracts from NASA

Charles Rector's Weblog; Apr. 28, 2012; By Charles Rector
Type: News

Astrobotic Technology Inc.
April 23, 2012
Astrobotic Polaris Robot
Astrobotic leads commercial
lunar exploration & development

Astrobotic Technology and its 
partners at Carnegie Mellon 
University have been developing 
a multi-year multi-million dollar 
program of private-sector rovers 
for exploration, prospecting, 
science, and resource development.

The company has won nine NASA 
lunar research contracts totaling 
$12 million.  It has placed a reservation on a SpaceX Falcon 9 rocket, the same vehicle NASA will rely upon to deliver cargo and crew to the International Space Station.


David Gump


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NASA Contract to Astrobotic Technology

Investigates Prospecting for Lunar Resources


PITTSBURGH, PA - April 23, 2012 - Astrobotic Technology today announced a NASA contract to determine whether its polar rover can deploy an ice-prospecting payload to the Moon. The ice could yield water, oxygen, methane and rocket propellant to dramatically reduce the cost of space exploration.


"Astrobotic seeks the immense resources available on the Moon to both accelerate space exploration and improve life on Earth," said David Gump, president. "The lunar path is near term. We intend a prospecting mission in 2015."


Astrobotic began development of its lunar excavation robot in 2009 under a series of NASA Small Business Innovation Research (SBIR) contracts that now total $795,000. The new NASA SBIR Phase 3 follow-on contract is to consider robot refinements for carrying NASA-supplied instruments and a drill.


Recent lunar-orbiting satellites from several nations, and a NASA probe that impacted near the Moon's south pole, have sensed polar ice composed of water, methane, ammonia, carbon monoxide, hydrogen sulfide and other substances. These polar resources went undiscovered during the Apollo expeditions which landed near the equator.  The next step is to drill and measure the polar ices directly to see if they are sufficiently concentrated to be useful.


Lunar propellant derived from the ice could fuel spacecraft for long voyages, Earth-return, or maneuvering satellites. Water and oxygen would be invaluable for life support. Other elements have immense value for energy, processes, fabrication and habitation.


When seeking resources from planetary destinations, the four-day travel time to reach the Moon enables early return on investment compared to more distant targets.


Astrobotic has reserved a Falcon 9 launch vehicle made by SpaceX to send its spacecraft and robot explorer on a trajectory toward the Moon. The Astrobotic spacecraft will deliver the prospector to the lunar surface with technology that autonomously avoids landing hazards such as large rocks and craters. The navigation system is derived from technology developed at Carnegie Mellon University under Dr. William "Red" Whittaker, Astrobotic's founder. Dr. Whittaker won the DARPA Urban Challenge with a driverless car able to autonomously navigate through city streets, avoiding other cars and obeying the California traffic code. The ability to detect hazards and automatically select alternative pathways is the core of Astrobotic's automatic lunar landing system.


Astrobotic has won $12 million in nine NASA lunar contracts, covering topics from simulating lunar gravity on Earth to discovering ways to robotically explore the Moon's volcanic caves. Lunar satellites recently spotted potential entrances to these caves, which can provide shelter to robot and human explorers from the radiation, micrometeorites and extreme temperature swings of the lunar surface.



About Astrobotic Technology:

Astrobotic delivers payloads and collects data for space agencies, aerospace corporations and academic researchers.  For corporate sponsors, it delivers promotions that involve customers directly in the adventure of lunar exploration.  Astrobotic was spun out in 2008 from Carnegie Mellon University, where it funds research into lunar robotics.  More information is available


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