Kompsat 2
Kompsat 2 Imagery
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Aiguamolls de Molins de Rei, Barselona, Spain 41.44476°N 2.03839°E -
Bunnerong Road, Sydney, Australia 33.96407°S 151.23127°E
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Western Tigray, Ethiopia 13.85261°N 38.15237°E
About Kompsat 2
KOMPSAT 2 is an Earth observation satellite designed and launched by KARI, Korea Aerospace Research Institute, to provide high-res imagery of the Korean peninsula. All the images obtained are exclusively distributed by SIIS (SI Imaging Services).
The launch of KOMPSAT-2 took place on July 28, 2006. It was sent into a sun synchronous low Earth orbit with an altitude of 685.13 km and an inclination of 98.13 degrees. The satellite is equipped with a Multi-Spectral Camera (MSC), which is capable of delivering 1 m resolution panchromatic images and four bands multispectral imagery with 4 m resolution. One of the distinguishing features of KOMPSAT-2 is a strip mode operation, when segments of continuous-observation areas with defined sizes are captured one at a time.
The main objectives of KOMPSAT-2 mission are:
- Providing of imagery in case of massive natural disasters to assist in countermeasure activities
- Acquisition of high-res images for Geographic Information Systems (GIS)
- Control over natural resources , forestry management
- Researches in different fields
In October 2015 Ministry of Science, ICT and Future Planning together with KARI decided not to continue the mission for observation purposes. The satellite still operates on the orbit and the obtained information is going to be used for research until the end of the life cycle.
Kompsat 2 Characteristics
- Launch date
- July 28, 2006
- Instrument type
- High resolution optical sensor Multispectral; 5-channels VNIR radiometer, one PAN, four multi-spectral
- Ground sampling distance
- PAN: 1 m at altitude 685 km (nadir)
- MS: 4 m at altitude 685 km (nadir)
- Swath Width
- 15 km (nadir)
- Radiometric resolution
- Multispectral:
- 0,45 - 0,52 µm (Blue)
- 0,52 - 0,60 µm (Green)
- 0,63 - 0,69 µm (Red)
- 0,76 - 0,90 µm (NIR)
- 0,50 - 0,90 µm (Black and White)
- Location accuracy
- < 50.9 m CE90
- Revisit time
- 5.5 days per satellite; 1 day for Constellation
- Tilt angle
- Roll (-30 ~ 30 degrees)
- Data quantization
- 10 bits/pixel
- Orbit
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- Sun synchronous orbit
- Altitude: 685 km
- Inclination: 98.127 degrees
- MLTAN: 10:50
- Duty
- 20% per orbit