Printable finder charts for Jupiter

by Dominic Ford

Object Type

Select object

Jupiter

Color schemes
Date span Date of
opposition
Dark on light Light on dark
Jan 2008 – Jan 20099 Jul | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2009 – Jan 201014 Aug | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2010 – Jan 201121 Sep | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2011 – Jan 201229 Oct | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2012 – Jan 20133 Dec | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2013 – Jan 2014 | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2014 – Jan 20155 Jan | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2015 – Jan 20166 Feb | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2016 – Jan 20178 Mar | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2017 – Jan 20187 Apr | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2018 – Jan 20199 May | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2019 – Jan 202010 Jun | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2020 – Jan 202114 Jul | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2021 – Jan 202220 Aug | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2022 – Jan 202326 Sep | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2023 – Jan 20243 Nov | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2024 – Jan 20257 Dec | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2025 – Jan 2026 | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2026 – Jan 202710 Jan | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2027 – Jan 202811 Feb | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2028 – Jan 202912 Mar | PNG | PDF | SVG | | PNG | PDF | SVG |
Jan 2029 – Jan 203012 Apr | PNG | PDF | SVG | | PNG | PDF | SVG |

Credits

The charts above are 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 DE405 planetary ephemeris computed by the Jet Propulsion Laboratory (JPL). Planetary positions were extracted from the DE405 files using EphemerisCompute, which was also written by the author, and is also freely available for download.

Asteroid positions are computed from orbital elements made available by Ted Bowell at 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 DR1 catalogs.

Cambridge

Latitude:
Longitude:
Timezone:

42.38°N
71.11°W
EDT

Color scheme