Robophot: 60-cm Robotic Telescope of Kourovka Astronomical Observatory, URFU

We present the results of the development and commissioning of the 60-cm RoboPhot telescope at the Kourovka Astronomical Observatory equipped with the TRIP three-channel photometer (Three-channel RoboPhot Imaging Photometer). The photometer is designed for simultaneous imaging in three bands of the SDSS photometric system: $$g$$ , $$r$$ , and $$i$$ . Currently, it is equipped with only two CCD cameras with a resolution of $$2048\times 2048$$ pixels, a field of view of $$22^{\prime}\times 22^{\prime}$$ , and an image scale of $$0\overset{\prime\prime}{.}65$$ pixel $${}^{-1}$$ . The primary objective of the telescope is high-precision multicolor differential photometry of asteroids and variable stars, particularly exoplanet transits. For stars with a magnitude of $$13\overset{\textrm{m}}{.}5$$ , a differential photometry precision (rms) of 2.5 ppt in magnitudes is achieved with a 120 $${}^{\textrm{s}}$$ exposure. The telescope is expected to become the leading instrument at the Kourovka Observatory for exoplanet studies and contribute to the TESS research program.

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Publication Details

Journal
Astrophysical Bulletin
Published
2025-09-01
DOI
https://doi.org/10.1134/s1990341325600395
Primary Topic
Astronomical Observations and Instrumentation
Type
article
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article

Robophot: 60-cm Robotic Telescope of Kourovka Astronomical Observatory, URFU

Astrophysical Bulletin
Astronomical Observations and Instrumentation
article

Robophot: 60-cm Robotic Telescope of Kourovka Astronomical Observatory, URFU

article en

Abstract

We present the results of the development and commissioning of the 60-cm RoboPhot telescope at the Kourovka Astronomical Observatory equipped with the TRIP three-channel photometer (Three-channel RoboPhot Imaging Photometer). The photometer is designed for simultaneous imaging in three bands of the SDSS photometric system: $$g$$ , $$r$$ , and $$i$$ . Currently, it is equipped with only two CCD cameras with a resolution of $$2048\times 2048$$ pixels, a field of view of $$22^{\prime}\times 22^{\prime}$$ , and an image scale of $$0\overset{\prime\prime}{.}65$$ pixel $${}^{-1}$$ . The primary objective of the telescope is high-precision multicolor differential photometry of asteroids and variable stars, particularly exoplanet transits. For stars with a magnitude of $$13\overset{\textrm{m}}{.}5$$ , a differential photometry precision (rms) of 2.5 ppt in magnitudes is achieved with a 120 $${}^{\textrm{s}}$$ exposure. The telescope is expected to become the leading instrument at the Kourovka Observatory for exoplanet studies and contribute to the TESS research program.

Astrophysical BulletinVol. 80(3)
Ural Federal University (RU), Astronomical Observatory (RS)
Openalex Percentile: Top 40%
Astronomical Observations and Instrumentation
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Robophot: 60-cm Robotic Telescope of Kourovka Astronomical Observatory, URFU · Astrophysical Bulletin (2025) | TGRS Research Map | TGRS