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Blog Stamp sized micro-satellites
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  • Author Author: Eavesdropper
  • Date Created: 3 May 2011 12:18 AM Date Created
  • Views 696 views
  • Likes 1 like
  • Comments 2 comments
  • test
  • dit
  • eavesdropper:dit
  • on_campus
  • space
  • measurement
  • satellite
  • wireless
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Stamp sized micro-satellites

Eavesdropper
Eavesdropper
3 May 2011
image
 
When Space Shuttle Endeavour launches for its final mission, a experimental type of satellite will be parts of its cargo. Three prototype 1-inch square satellites, each dubbed "Sprite," will be part of the Materials International Space Station Experiment (MISSE-8). Attached to the space station, they will sit in space for an undetermined number of years, to see how they stand up to the harsh environment. These micro-satellites were designed over the course of 3 years at Cornell University. Exact dates were not specified by the team. However, the prototypes were built by three students, Ryan Zhou, Zac Manchester, and Justin Atchison, when they were undergraduates. The latter two are now working on their doctorates. These "chip satellites" may have been made over 4 years ago.
 
Project leader, Mason Peck, talks about their potential, "[The] small size allows them to travel like space dust," said Peck. "Blown by solar winds (protons & electrons traveling at 600km/s, 370miles/s), they can 'sail' to distant locations without fuel. ... We're actually trying to create a new capability and build it from the ground up. ... We want to learn what's the bare minimum we can design for communication from space."
 
Peck's Sprites will be the first chip satellites launched into space. The goal now is to see how the communication system will work out, power, and overall tolerance to conditions. Then, Peck wants to launch a large number of Sprites and "sort out which is which."
 
Eavesdropper
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  • Eavesdropper
    Eavesdropper over 14 years ago in reply to DAB

    Yes, launching small sensors inside fluids is a good idea. The only issue would be if they were to become lodged somewhere. But, if they are cheap enough, deploying many would solve that issue based on the odds.

     

    I believe that this 1" square satellite could be much smaller. Take a look at the worlds smallest complete computer system.

     

    E

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  • DAB
    DAB over 14 years ago

    Very interesting, they need to do something like this for collecting information inside of thunder storms and tornadoes.  They would be easy to launch up into the wind, each could collect and transmit information and with the right software, they could also become repeater stations for units too far from the main recieving stations.

    I look forward to seeing some results from this experiment.  You could also use this approach for water flows, salinity measurements, etc.  I can see many possible applications for this type of satellite sensors.

     

    Very interesting indeed.

    DAB

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