Please make a donation to support Gunter's Space Page.
Thank you very much for visiting Gunter's Space Page. I hope that this site is useful and informative for you.
If you appreciate the information provided on this site, please consider supporting my work by making a simple and secure donation via PayPal. Please help to run the website and keep everything free of charge. Thank you very much.

Kitsat 1, 2 (Uribyol 1, 2 / Kitsat-OSCAR 23, 25 / KO 23, 25)

Kitsat 2 [SSTL]

KITSAT-1 (Korean Institute of Technology Satellite) was a collaborative research mission, encompassing the installation of a groundstation in South Korea, participation of Korean engineers in the UoSAT-5 mission, technology transfer and training of students on the MSc courses at Surrey, and the involvement in a engineering and flight microsatellites.

KITSAT-1 was developed and constructed by a team of Korean and SSTL engineers. It was based on the 35 cm × 35 cm × 67 cm modular microsatellite bus previously flown on UoSAT-3, -4 and -5. Power was provided by body mountes solar cells. Attitude control was provided by a gravity-gradient boom and active magnetorquering.

The satellite payloads include:

  • Earth Imaging System (EIS)
    The EIS consists of two Charge Coupled Device (CCD) imagers, an optical system with two lenses and a Transputer Image Processor. One of the imagers provides a wide field of view with approximately 4 km ground resolution while the second operates in telephoto mode with 400 m ground resolution
  • Digital Signal Processing Experiment (DSPE)
    The DSPE comprises two Texas Instruments DSP microprocessors operating independently or in parallel. The purpose of the DSPE is to broadcast stored speech, relay compressed speech in real time, and implement advanced data link modulation techniques.
  • PACSAT Communications System (PCS)
    For Amateur Satellite service, the PCS provides digital Store and Forward communications for stations. The system uses standard protocols for message forwarding, with 9600 bps uplink and downlink rates. The PCS contains 13 MByte CMOS SRAM storage.
  • Cosmic Ray Experiment (CRE)
    The CRE is an experiment for radiation environment research and monitoring of its effects. It consists of a Total Dose Experiment (TDE) to measure total ionising dose, and a Cosmic Particle experiment (CPE) to monitor energetic particle events. The data collected from KITSAT-1's high altitude, inclined orbit were compared with that available from the UoSAT-3 and UoSAT-5 missions in 800 km polar orbits.

The follow on mission, KITSat 2 (Uribyol 2) was very similar, but flown in a different orbit. This time, the satellite was completely manufactured by the South Korean team at KIT.

KITSAT-2's payloads were:

  • KAIST Satellite Computer (KASCOM)
  • CCD Earth Imaging System (CEIS)
  • Digital Signal Processing Experiment (DSPE)
  • Low Energy Electron Detector (LEED)
  • Infrared Sensor Experiment (IREX)
  • Digital Store and Forward Communication Experiment (DSFCE)

The purpose of the KITSAT 2 mission was to improve and enhance the KITSAT-1 systems, to use domestically manufactured components, to demonstrate experimental modules and to promote domestic space industry.

Nation: South Korea
Type / Application: Earth observation, technology
Operator: Korean Institute of Technology (KIT)
Contractors: SSTL (#1); KIT (#2)
Equipment: see above
Configuration: Microsat-70
Propulsion: None
Power: Solar cells, batteries
Mass: 48.6 kg (#1); 47.8 kg (#2)
Orbit: 1301 km × 1400 km, 66.07° (#1); 794 km × 804 km, 98.67° (#2)
Satellite COSPAR Date LS Launch Vehicle Remarks
Kitsat 1 (Uribyol 1, Kitsat-OSCAR 23, KO 23) 1992-052B 10.08.1992 Ko ELA-2 Ariane-42P H10 with TOPEX Poseidon, S-80/T
Kitsat 2 (Uribyol 2, Kitsat-OSCAR 25, KO 25) 1993-061F 26.09.1993 Ko ELA-2 Ariane-40 H10 with SPOT 3, Stella, Healthsat 2, Eyesat 1, Itamsat, PoSAT 1


Further Kitsat / KAISTSat / STSAT missions:

Cite this page: