Printable finder charts for Juno

by Dominic Ford
Use this form to download long-period wide-area finder-charts for planets, asteroids and comets. Each chart spans an entire apparition. For fainter objects, you will need a shorter duration finder-chart to show the object's exact position among the background stars on any given day.

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3 Juno

Color schemes
Date span Date of
opposition
Dark on light Light on dark
Dec 2010 – May 201112 MarPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
May 2013 – Oct 20134 AugPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Nov 2014 – Apr 201531 JanPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Apr 2017 – Sep 20172 JulPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Sep 2018 – Jan 201917 NovPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jan 2020 – Jun 20202 AprPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jun 2022 – Nov 20227 SepPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Dec 2023 – May 20243 MarPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
May 2026 – Oct 202627 JulPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Nov 2027 – Apr 202818 JanPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Apr 2030 – Sep 203026 JunPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Aug 2031 – Jan 203228 OctPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jan 2033 – Jun 203327 MarPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jun 2035 – Nov 203527 AugPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Dec 2036 – May 203723 FebPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
May 2039 – Oct 203919 JulPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Oct 2040 – Mar 20412 JanPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jan 2042 – Jun 204216 AprPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jul 2044 – Dec 20449 OctPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jan 2046 – Jun 204621 MarPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jun 2048 – Oct 204816 AugPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG

Credits

The charts above were generated using StarCharter, a command-line tool for producing vector-graphics charts of the night sky, written by the author and freely available for download.

The paths of the planets are taken from the DE430 planetary ephemeris computed by the Jet Propulsion Laboratory (JPL). Planetary positions were extracted from the DE430 files using EphemerisCompute, which was also written by the author, and is also freely available for download.

The positions of asteroids are calculated from orbital elements published by Ted Bowell of the Lowell Observatory. Comet positions are computed from orbital elements published by the Minor Planet Center (MPC).

Star positions and magnitudes were taken from the Hipparcos, Tycho, Tycho-2 and Gaia EDR3 catalogs.

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Cambridge

Latitude:
Longitude:
Timezone:

42.38°N
71.11°W
EDT

Color scheme