KAGUYA (SELENE) Terrain Camera Instrument
ODE: Moon
Mission: KAGUYA (SELENE)
Search KAGUYA Terrain Camera data in Lunar ODE: Product Search
The KAGUYA's Terrain Camera (TC) instrument is a push-broom imaging camera with a spatial resolution of 10 m from 100 km altitude. It has two slant telescopes for stereo imaging. The stereoscopic observation of TC will be carried out at the middle solar elevation angle conditions. The single-eyed observation will be also planned at the low solar angle (<30゜) conditions for detailed investigation of surface features of the Moon. TC will expand the coverage to almost all of the Moon and that in the form of digital data. The global and detailed investigation of the topography and geographical features of the Moon will be achieved by TC data.
ODE supports the search, exploration, and download of KAGUYA TC Calibrated (corrected), and Derived data products.
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Type |
Description |
Data Set |
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Monoscopic-mode, radiometric calibration |
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Stereo-mode, radiometric calibration |
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Monoscopic-mode, radiometric calibration, supporting observation for SP (Spectral Profiler) |
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Elevation from TC, MI, and LOLA, geometry correction, each scene |
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This product contains scene data files of Digital Terrain Model (DTM), TC ortho, and qualification flag, created from TC_w_Level2A data: Map projection type of DTM and TC ortho is Simple Cylindrical for latitude of < 60º and Polar Stereo for latitude of > 60º. Each pixel of TC ortho has radiance value. Elevation is only from TC stereo, geometry correction, each scene. |
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Elevation from TC, MI, and LOLA, Map projected mosaic |
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Map-projected product mosaicking appropriate Digital Terrain Model (DTM) data in plural DTM TCOrtho products: Though the source data of this product are registered to L2DB in Simple Cylindrical, users can choose a map projection type from several ones using L2DB’s function. Each pixel of TCOrtho has radiance value. Elevation is only from TC stereo, map projected, 3ºx3º, including neighboring orbit data. |
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Especially created DTM_MAP product by LISM science members for their personal studies. Though the source data of this product are registered to L2DB in a projection type of Simple Cylindrical, users can choose a map projection type from several ones using L2DB’s function. Elevation is only from TC stereo, map projected mosaic, 1ºx1º, mixed orbit data. |
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Map-projected product mosaicking appropriate TC ortho data in plural DTM TCOrtho products: Though the source data of this product are registered to L2DB in Simple Cylindrical, users can choose a map projection type from several ones using L2DB’s function. Each pixel of TCOrtho has radiance value. Images are from monoscopic images, map projected, 3ºx3º, including neighboring orbit data. |
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Especially created TCOrtho_MAP product by LISM science members for their personal studies: Though the source data of this product are registered to L2DB in Simple Cylindrical, users can choose a map projection type from several ones using L2DB’s function. Images are from monoscopic images, map projected mosaic, 1ºx1º, mixed orbit data. |
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TC map-projected product mosaicking appropriate TC_s/w_Level2A data taken in solar azimuth condition of east: Each pixel has reflectance value for (incidence, emission, phase angles) of (30º, 0º, 30º). Though the source data of this product are registered to L2DB in Simple Cylindrical, users can choose a map projection type from several ones using L2DB’s function. Morning images are from monoscopic images, Map projected mosaic, 1ºx1º, mixed orbit data. |
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TC map-projected product mosaicking appropriate TC_s/w_Level2A data taken in solar azimuth condition of west: Each pixel has reflectance value for (incidence, emission, phase angles) of (30º, 0º, 30º). Though the source data of this product are registered to L2DB in Simple Cylindrical, users can choose a map projection type from several ones using L2DB’s function. Evening images are from monoscopic images, Map projected, 3ºx3º, including neighboring orbit data. |