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NASA Interview With Terry Fong: Intelligent Robotics Group
7/2/2013

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The K10 Rover power management module manages up to eight smart Li-ion battery packs for up to 760 Whrs or battery power. Total automatic operation with system level status data such as Time-to-empty, Time-to-full, current, voltage, etc.   (Source: Ocean Seas)
The K10 Rover power management module manages up to eight smart Li-ion battery packs for up to 760 Whrs or battery power. Total automatic operation with system level status data such as Time-to-empty, Time-to-full, current, voltage, etc.
(Source: Ocean Seas)

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Cabe Atwell
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Blogger
Re: INTELLIGENT ROBOTICS
Cabe Atwell   7/31/2013 7:12:34 PM
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The K 10 series seem robust enough for most exploration expeditions and if they can actually implement an inductive charging solution the robot will be able to explore vast regions of planetary surfaces far longer than any solar-powered rover. 

bobjengr
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Platinum
INTELLIGENT ROBOTICS
bobjengr   7/5/2013 11:08:15 AM
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 Excellent post Steve.  Good information.  I was unaware of this program and the status of efforts NASA is undertaking with robotic systems. One of the things I find really interesting is the seemingly small "footprint" or wheel base these systems have. I would have expected a much wider "stance" to preclude tipping.  You did mention the systems would steer away from terrain to steep or rocky so as to maintain the upright condition but I wonder if this is always possible.   Again, excellent post.  

Greg M. Jung
User Rank
Platinum
Advanced Robotics
Greg M. Jung   7/2/2013 12:50:20 PM
NO RATINGS
Good article on the advancements of intelligent robotic design.   I especially like the design goal of reliable, robust and safe systems.

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