Differences between revisions 2 and 7 (spanning 5 versions)

mur.sat Wiki

mur.sat - the mur.at satellite.

Project

In 2011 mur.at will launch a satellite. Interorbital Systems offers its TubeSat personal satellite kit for aprox. USD 8,600 (launch inclusive). The satellite will occupy a LEO for a couple of weeks before burning in the athmosphere on reentry. This is a SpaceArt project kindly supported by BMUKK.

LEO

Low Earth Orbit (see e.g. Wikipedia for more).

3~4 min per day visibility from Graz/Austria

website layout example links

http://n2yo.com/

usage ideas

as many sensors as possible ()
- orientation sensor (magnetic field)
- Inertialsensor (movement)
- Photoresistor ???
- WebCam without IR filter!
- radio scanner (what do you hear in space?)
  - drag an antenna? antenna pole for gradient stabilasation (is this term correct?); exactly orthogonal to receiving direction ...
place a high power LED on satellite that blinks when orientation towards earth fits so - using long term exposure - one could get a pattern.
sending/receiving data via website (store and forward) should/will be possible

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+mur.sat - the mur.at satellite.

= Project =

In 2011 mur.at will launch a satellite.  [[http://interorbital.com|Interorbital Systems]] offers its [[http://interorbital.com/TubeSat_1.htm|TubeSat]] personal satellite kit for aprox. USD 8,600 (launch inclusive).  The satellite will occupy a LEO for a couple of weeks before burning in the athmosphere on reentry.  This is a SpaceArt project kindly supported by [[http://www.bmukk.gv.at/kunst/sektion/abt1.xml|BMUKK]].

=== LEO ===

Low Earth Orbit (see e.g. [[http://en.wikipedia.org/wiki/Low_Earth_orbit|Wikipedia]] for more).

3~4 min per day visibility from Graz/Austria

=== website layout example links ===

http://n2yo.com/

=== usage ideas ===

 * as many sensors as possible ()
  * orientation sensor (magnetic field)
  * Inertialsensor (movement)
  * Photoresistor ???
  * WebCam without IR filter!
  * radio scanner (what do you hear in space?)
   * drag an antenna?  antenna pole for gradient stabilasation (is this term correct?);  exactly orthogonal to receiving direction ...
 * place a high power LED on satellite that blinks when orientation towards earth fits so - using long term exposure - one could get a pattern.
 * sending/receiving data via website (store and forward) should/will be possible