Samiksha Jaiswal (Editor)

PROITERES

Updated on
Edit
Like
Comment
Share on FacebookTweet on TwitterShare on LinkedInShare on Reddit
COSPAR ID
  
2012-047B

Website
  
Official Page

Period
  
1.6 hours

Launch mass
  
15 kg

Launch date
  
9 September 2012

SATCAT no.
  
38756

Reference system
  
Geocentric

Launch mass
  
15 kg

Apogee
  
566,000 m

PROITERES wwwoitacjpmedtaharajpproiteresproiterespng

Mission type
  
Technology demonstrator

Operator
  
Osaka Institute of Technology

Rocket
  
Polar Satellite Launch Vehicle

Similar
  
Raiko, Waseda‑SAT2, Super Low Altitude Test Satel, Shin'en, Space Flyer Unit

Proiteres satellite carrier wmv


Proiteres satellite


Project description and goals

PROITERES (Project of OIT Electric-Rocket-Engine Onboard Small Space Ship) or 大阪工業大学 電気推進ロケットエンジン搭載小型スペースシッププロジェクト in Japanese is a satellite launched by ISRO in 2012 for Osaka Institute of Technology(OIT). This small (15 kg) boxlike system, with solar panels on the hull, is the testbench for the 4.4 W Pulsed Plasma Thruster operating on the microsatellite platform. The total power budget of the satellite is 15 watt.

Contents

PROITERES' secondary goals, as stated by the manufacturer, are:

  • Experiments of two-way radio signal propagation characteristics using amateur radio (430 MHz) band.
  • Communication tests of satellite communication technology using off-the-shelf consumer-grade components.
  • Tracking and communicating by amateur radio users around the world.
  • Monitoring with a high-resolution camera the Yodogawa basin near Osaka and other parts of Kansai District.
  • It is equipped with 3-axis magnetic torquers and gyro-sensors for attitude control (orientation), a magnetic sensor on the boom, a solar sensor, and the CMOS camera.

    Failure

    As in 2013, PROITERES does not respond to any ground commands, although still broadcasting telemetry data. According to the PROITERES development team report on 17 January 2014 at JAXA annual symposium, the PROITERES had a design error resulting in the flight computer engaged in a boot loop. The root cause of the boot loop was the electromagnetic incompatibility issue, resulting in a reset signal being generated if power-up ramp rate of the flight computer is high enough. The Osaka Institute of Technology team abandoned attempts to restore communications with PROITERES satellite and proceeded with development of the PROITERES-2 design.

    References

    PROITERES Wikipedia