Jovian satellite syzygies in 2026: Difference between revisions
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<u>[[Jovian satellite syzygies]]</u> in 2026 predicted to be visible from Rocky Gap State Park, Flintstone, Allegany, Maryland, United States of America (USA).  Data is from the [https://www.occultations.org/observing/software/occult/ International Occultation and Timing Association (IOTA) Occultation Prediction Software (Occult)]. | <u>[[Jovian satellite syzygies]]</u> in 2026 predicted to be visible from Rocky Gap State Park, Flintstone, Allegany, Maryland, United States of America (USA).  Data is from the [https://www.occultations.org/observing/software/occult/ International Occultation and Timing Association (IOTA) Occultation Prediction Software (Occult)]. | ||
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== events == | |||
<pre> | <pre> | ||
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== key == | == key == | ||
{{Jovian satellite syzygies}} | |||
== see also == | == see also == | ||
* <u>[[ | * <u>[[2026 astronomy calendar]]</u> | ||
* <u>[[Lunar occultations of | * <u>[[2026 Solar System ephemeris]]</u> | ||
* <u>[[Lunar occultations of minor planets | * <u>[[2026 Lunar ephemeris]]</u> | ||
* <u>[[Lunar occultations of | * <u>[[Lunar occultations of major planets in 2026]]</u> | ||
* <u>[[Lunar occultations of minor planets in 2026]]</u> | |||
* <u>[[Lunar occultations of stars in 2026]]</u> | |||
* <u>[[Saturnian satellite syzygies in 2026]]</u> | |||
* <strong><u>[[Jovian satellite syzygies in 2025]]</u></strong> | |||
* <u>[[astronomical events by year]]</u> | |||
[[category:astronomy]] | [[category:astronomy]] | ||
[[category:IOTA Occult]] | |||
Latest revision as of 07:54, 10 June 2024
Jovian satellite syzygies in 2026 predicted to be visible from Rocky Gap State Park, Flintstone, Allegany, Maryland, United States of America (USA). Data is from the International Occultation and Timing Association (IOTA) Occultation Prediction Software (Occult).
Events listed here should be close to accurate for observers within about 69.1 miles or 111.2 kilometers (one degree of latitude/longitude) from 12500 Pleasant Valley Road, Flintstone, MD 21530. This region covers Maryland (Cumberland, Hagerstown, and Frederick), Pennsylvania (Altoona and Johnstown), Virginia (Winchester), and West Virginia (Morgantown).
Datetimes are in Coordinated Universal Time (UTC). Subtract 5 hours for USA Eastern Standard Time (EST) or subtract 4 hours for USA Eastern Daylight Time (EDT).
events
Visible at Longitude -79°, Latitude 40° Year M D h m s Event Type Ph Dur dMag %Ill Sep PA MinD Alt h m s h m s h m s h m s h m s h m s h m s 2026 5 11 3 12 53* (I) ecl (II) P 5986 0.1 93.7 97.1 99 0.770 17 | 2 23 0 2 50 31 3 12 53 3 35 14 4 2 46 2026 5 11 3 12 53* (I) ecl (II) P 931 0.1 93.7 97.1 99 0.770 17 | 3 5 8 3 10 11 3 12 53 3 15 34 3 20 38 2026 5 18 1 3 30 (I) ecl (II) P 1776 1.0 40.0 44.2 98 0.339 37 | 0 48 42 0 50 54 1 3 30 1 16 7 1 18 18 2026 9 5 9 42 45 (I) ecl (II) P 263 0.3 76.6 49.8 109 0.596 14 | 9 40 33 9 42 1 9 42 45 9 43 28 9 44 56 2026 9 17 8 56 18 (II) occ (I) P 263 0.4 68.8 70.3 109 0.206 12 | 8 54 6 8 56 18 8 58 29 2026 9 24 10 0 1 (II) ecl (I) P 315 0.6 56.4 61.4 110 0.327 28 | 9 57 23 9 58 30 10 0 1 10 1 31 10 2 38 2026 10 2 10 13 46 (II) occ (III) P 419 0.2 84.1 129.7 291 0.464 35 | 10 10 17 10 13 46 10 17 16 2026 10 6 7 42 58 (IV) occ (I) T 491 1.1 34.9 86.0 291 0.056 9 | 7 38 52 7 42 27 7 42 58 7 43 29 7 47 3 2026 10 7 7 40 59 (I) ecl (II) A 287 2.0 15.7 25.2 113 0.116 9 | 7 38 36 7 39 36 7 40 45 7 40 59 7 41 14 7 42 22 7 43 22 2026 10 14 9 52 57 (I) ecl (II) A 284 2.4 11.2 19.8 115 0.009 38 | 9 50 35 9 51 35 9 52 37 9 52 57 9 53 18 9 54 20 9 55 20 2026 10 14 10 41 47 (I) occ (IV) P 259 0.1 94.5 48.8 112 0.688 47 | 10 39 38 10 41 47 10 43 57 2026 10 22 9 20 14 (IV) ecl (I) E 215 0.0 99.9 55.9 291 1.450 37 | 9 18 27 9 20 14 9 22 1 2026 10 26 8 11 15 (II) ecl (I) P 370 0.6 57.0 80.5 111 0.335 26 | 8 8 10 8 9 20 8 11 15 8 13 10 8 14 20 2026 10 30 7 35 30 (II) ecl (IV) E 540 0.3 72.7 110.1 290 0.315 22 | 7 31 0 7 34 35 7 33 24 7 35 30 7 37 35 7 36 25 7 40 0 2026 11 2 10 29 16 (II) ecl (I) P 367 0.4 70.9 85.5 112 0.469 55 | 10 26 12 10 27 31 10 29 16 10 31 0 10 32 19 2026 11 4 9 4 0 (III) ecl (II) P 432 1.1 35.4 85.4 290 0.495 42 | 9 0 24 9 2 41 9 4 0 9 5 19 9 7 36 2026 11 14 7 56 49 (II) occ (III) P 638 0.2 84.2 172.0 292 0.520 36 | 7 51 30 7 56 49 8 2 8 2026 11 16 7 57 8 (I) ecl (IV) A 1180 0.6 55.0 71.4 289 0.259 37 | 7 47 18 7 52 7 7 54 15 7 57 8 8 0 0 8 2 8 8 6 57 2026 11 17 10 48 0 (III) ecl (IV) E 125 0.0 100.0 132.7 113 1.828 63 | 10 46 57 10 48 0 10 49 2 2026 11 18 5 9 15 (III) ecl (I) E 140 0.0 100.0 43.4 113 1.393 7 | 5 8 5 5 9 15 5 10 24 2026 11 18 8 8 15 (III) occ (I) P 78 0.0 99.8 82.9 112 1.151 41 | 8 7 36 8 8 15 8 8 54 2026 11 21 7 5 35 (II) ecl (III) P 620 0.1 92.6 212.0 292 0.840 31 | 7 0 26 7 4 51 7 5 35 7 6 19 7 10 45 2026 11 23 6 28 52 (IV) ecl (III) E 832 0.1 93.0 221.7 112 1.141 25 | 6 21 56 6 28 52 6 35 48 2026 11 25 7 56 56 (III) ecl (I) E 270 0.0 97.9 57.9 113 1.183 43 | 7 54 41 7 56 56 7 59 12 2026 11 25 9 27 49 (IV) ecl (II) E 639 0.7 51.4 158.3 292 0.527 58 | 9 22 30 9 27 49 9 33 9 2026 11 27 6 43 38 (II) ecl (I) E 254 0.0 99.4 105.3 112 0.889 31 | 6 41 31 6 43 38 6 45 45 2026 11 28 10 42 46 (II) ecl (III) P 693 0.1 90.8 218.7 292 0.797 64 | 10 37 0 10 40 53 10 42 46 10 44 39 10 48 33 2026 12 2 10 47 57 (III) ecl (I) E 366 0.1 89.0 73.0 113 0.980 63 | 10 44 54 10 47 57 10 50 59 2026 12 4 9 10 19 (II) ecl (I) E 92 0.0 100.0 111.1 112 0.995 60 | 9 9 33 9 10 19 9 11 5 2026 12 7 5 26 7 (II) occ (III) P 3326 0.2 86.9 160.4 113 0.638 23 | 4 58 24 5 26 7 5 53 50 2026 12 10 7 50 43 (III) occ (I) P 861 0.0 96.0 44.5 293 1.067 52 | 7 43 33 7 50 43 7 57 54 2026 12 11 4 3 26 (IV) ecl (I) E 397 0.1 88.9 27.4 114 0.966 10 | 4 0 8 4 3 26 4 6 45 2026 12 17 6 22 23 (III) occ (I) Pt 787 0.1 94.5 12.7 108 1.044 41 | 6 15 50 6 22 23 6 28 56 2026 12 19 6 13 27 (I) ecl (IV) E 220 0.0 100.0 176.8 290 1.469 41 | 6 11 37 6 13 27 6 15 17 2026 12 20 4 3 9 (II) occ (III) A 2061 0.3 77.2 182.3 292 0.113 17 | 3 45 58 3 59 2 4 3 9 4 7 16 4 20 19 2026 12 20 7 41 47 (I) ecl (IV) E 1558 0.2 83.1 36.6 120 0.709 56 | 7 28 47 7 41 47 7 54 46 2026 12 21 9 24 29 (II) ecl (III) P 2766 0.3 76.9 133.5 113 0.525 64 | 9 1 26 9 7 57 9 24 29 9 41 1 9 47 32 2026 12 24 4 19 19 (III) occ (I) P 1313 0.0 97.5 77.5 112 1.165 23 | 4 8 22 4 19 19 4 30 15 2026 12 24 9 18 28 (III) ecl (I) Pt 1544 2.8 7.7 8.0 299 0.271 63 | 9 5 37 9 8 41 9 18 28 9 28 16 9 31 20 2026 12 27 2 55 18 (II) ecl (III) E 1098 0.0 97.3 226.8 292 0.967 10 | 2 46 8 2 55 18 3 4 27 2026 12 27 11 51 43* (II) occ (III) P 12394 0.0 96.4 144.3 291 1.016 42 | 10 8 26 11 51 43 13 34 59 2026 12 31 7 36 6 (III) ecl (I) P 1662 2.9 7.2 55.3 111 0.265 61 | 7 22 16 7 25 36 7 36 6 7 46 37 7 49 57 2027 1 3 8 37 12 (II) ecl (III) E 614 0.0 100.0 212.2 292 1.197 64 | 8 32 5 8 37 12 8 42 19
Satellites of Jupiter 2025
December
2 1 14.2 2.Oc.R 11 10 2.3 1.Ec.D 21 3 34.4 1.Sh.I
6 11.4 3.Sh.I 12 7 12.4 1.Sh.I 4 4.1 1.Tr.I
9 22.8 3.Sh.E 7 53.6 1.Tr.I 5 50.4 1.Sh.E
9 43.6 3.Tr.I 9 28.1 1.Sh.E 6 20.4 1.Tr.E
3 10 50.7 1.Sh.I 10 9.7 1.Tr.E 10 6.6 2.Sh.I
11 42.0 1.Tr.I 23 59.4 3.Ec.D 11 6.3 2.Tr.I
4 8 8.2 1.Ec.D 13 4 30.8 1.Ec.D 22 0 53.5 1.Ec.D
11 17.1 1.Oc.R 6 3.2 3.Oc.R 3 39.6 1.Oc.R
5 5 19.0 1.Sh.I 7 28.9 1.Oc.R 22 30.0 1.Tr.I
6 8.4 1.Tr.I 14 1 40.8 1.Sh.I 23 0 18.9 1.Sh.E
7 34.4 1.Sh.E 2 19.8 1.Tr.I 0 46.4 1.Tr.E
8 24.3 1.Tr.E 3 56.6 1.Sh.E 4 20.2 2.Ec.D
9 54.7 2.Ec.D 4 35.9 1.Tr.E 8 4.2 2.Oc.R
6 2 36.7 1.Ec.D 7 30.5 2.Sh.I 23 7.9 3.Tr.E
2 38.7 3.Oc.R 8 49.6 2.Tr.I 24 23 24.3 2.Sh.I
5 43.5 1.Oc.R 10 20.9 2.Sh.E 25 0 13.9 2.Tr.I
23 47.3 1.Sh.I 11 40.7 2.Tr.E 2 15.2 2.Sh.E
7 0 34.8 1.Tr.I 22 59.3 1.Ec.D 3 5.1 2.Tr.E
2 2.8 1.Sh.E 15 1 55.2 1.Oc.R 26 10 59.7 1.Sh.I
2 50.7 1.Tr.E 23 2.1 1.Tr.E 11 21.9 1.Tr.I
4 54.4 2.Sh.I 16 1 45.8 2.Ec.D 27 7 58.0 3.Ec.D
6 31.1 2.Tr.I 2 9.9 4.Ec.D 8 19.2 1.Ec.D
7 44.5 2.Sh.E 5 49.1 2.Oc.R 10 57.6 1.Oc.R
9 22.2 2.Tr.E 5 54.9 4.Ec.R 28 5 28.1 1.Sh.I
8 0 10.0 1.Oc.R 7 51.0 4.Oc.D 5 47.8 1.Tr.I
2 15.9 4.Tr.I 11 51.1 4.Oc.R 7 44.4 1.Sh.E
6 12.8 4.Tr.E 17 23 38.8 2.Sh.E 8 4.2 1.Tr.E
9 3 32.6 2.Oc.R 18 0 49.0 2.Tr.E 29 2 47.8 1.Ec.D
10 9.4 3.Sh.I 11 56.4 1.Ec.D 5 23.5 1.Oc.R
19 9 5.9 1.Sh.I 23 56.6 1.Sh.I
9 38.0 1.Tr.I 30 0 13.7 1.Tr.I
11 21.9 1.Sh.E 2 12.9 1.Sh.E
11 54.3 1.Tr.E 2 30.1 1.Tr.E
20 3 58.4 3.Ec.D 6 54.8 2.Ec.D
6 24.9 1.Ec.D 10 18.4 2.Oc.R
9 13.6 1.Oc.R 23 6.4 3.Tr.I
9 23.7 3.Oc.R 23 49.4 1.Oc.R
31 1 19.4 3.Sh.E
2 24.3 3.Tr.E
Satellites of Jupiter 2026
January
1 2 0.5 2.Sh.I 11 9 14.7 1.Tr.I 21 2 43.4 1.Oc.D
2 29.0 2.Tr.I 9 16.3 1.Sh.I 5 16.9 1.Ec.R
4 51.5 2.Sh.E 11 31.2 1.Tr.E 8 54.3 3.Tr.I
5 20.1 2.Tr.E 11 32.8 1.Sh.E 10 1.8 3.Sh.I
2 2 8.2 4.Oc.R 12 6 33.7 1.Oc.D 23 50.3 1.Tr.I
23 25.3 2.Oc.R 8 53.7 1.Ec.R 22 0 7.8 1.Sh.I
3 10 13.6 1.Ec.D 13 3 40.5 1.Tr.I 2 6.7 1.Tr.E
11 56.9 3.Ec.D 3 44.8 1.Sh.I 2 24.5 1.Sh.E
4 7 22.1 1.Sh.I 5 57.0 1.Tr.E 9 12.7 2.Tr.I
7 31.3 1.Tr.I 6 1.4 1.Sh.E 9 49.4 2.Sh.I
9 38.5 1.Sh.E 11 55.1 2.Oc.D 23 45.6 1.Ec.R
9 47.8 1.Tr.E 14 0 59.6 1.Oc.D 24 3 16.5 2.Oc.D
5 4 42.2 1.Ec.D 3 22.3 1.Ec.R 6 49.2 2.Ec.R
7 7.1 1.Oc.R 5 37.5 3.Tr.I 25 3 13.6 3.Ec.R
6 1 50.6 1.Sh.I 6 1.9 3.Sh.I 23 7.7 2.Sh.I
1 57.1 1.Tr.I 8 55.0 3.Tr.E 26 1 11.0 2.Tr.E
4 7.1 1.Sh.E 9 19.5 3.Sh.E 1 58.6 2.Sh.E
4 13.6 1.Tr.E 15 0 22.9 1.Tr.E 10 1.7 1.Oc.D
9 29.7 2.Ec.D 0 30.0 1.Sh.E 27 1 3.0 4.Sh.I
23 10.8 1.Ec.D 6 57.8 2.Tr.I 1 4.2 4.Tr.E
7 1 33.0 1.Oc.R 7 13.1 2.Sh.I 5 2.7 4.Sh.E
2 2.8 3.Sh.I 9 48.6 2.Tr.E 7 8.5 1.Tr.I
2 22.3 3.Tr.I 10 4.1 2.Sh.E 7 33.8 1.Sh.I
5 19.5 3.Sh.E 17 1 2.1 2.Oc.D 9 24.9 1.Tr.E
5 40.0 3.Tr.E 4 13.3 2.Ec.R 9 50.4 1.Sh.E
22 35.7 1.Sh.E 23 13.7 3.Ec.R 28 4 27.8 1.Oc.D
22 39.5 1.Tr.E 18 10 58.3 1.Tr.I 7 11.6 1.Ec.R
8 4 36.8 2.Sh.I 11 10.6 1.Sh.I 29 1 34.7 1.Tr.I
4 43.4 2.Tr.I 22 56.0 2.Tr.E 2 2.4 1.Sh.I
7 27.8 2.Sh.E 23 22.5 2.Sh.E 3 51.1 1.Tr.E
7 34.4 2.Tr.E 19 8 17.5 1.Oc.D 4 19.1 1.Sh.E
9 22 47.3 2.Ec.D 10 48.3 1.Ec.R 11 28.5 2.Tr.I
10 1 38.8 2.Oc.R 20 5 24.2 1.Tr.I 30 1 40.4 1.Ec.R
7 0.4 4.Tr.I 5 39.2 1.Sh.I 31 5 32.1 2.Oc.D
7 1.7 4.Sh.I 7 40.7 1.Tr.E 9 25.5 2.Ec.R
10 55.3 4.Sh.E 7 55.9 1.Sh.E
10 56.5 4.Tr.E
Satellites of Jupiter 2026
February
1 1 43.7 3.Oc.D 11 1 20.1 2.Ec.R 21 1 20.4 1.Tr.I
7 14.4 3.Ec.R 7 58.9 1.Oc.D 2 15.8 1.Sh.I
2 0 37.1 2.Tr.I 11 1.3 1.Ec.R 2 17.9 4.Ec.D
1 43.9 2.Sh.I 12 1 19.2 3.Sh.E 3 36.5 1.Tr.E
3 27.2 2.Tr.E 5 6.2 1.Tr.I 4 32.3 1.Sh.E
4 34.6 2.Sh.E 5 52.0 1.Sh.I 6 28.6 4.Ec.R
11 46.6 1.Oc.D 7 22.3 1.Tr.E 22 1 53.7 1.Ec.R
3 8 53.5 1.Tr.I 8 8.7 1.Sh.E 23 7 37.0 2.Tr.I
9 28.5 1.Sh.I 23 10.6 4.Sh.E 9 32.2 2.Sh.I
11 9.8 1.Tr.E 13 2 25.6 1.Oc.D 10 26.2 2.Tr.E
11 45.1 1.Sh.E 5 30.0 1.Ec.R 25 1 41.3 2.Oc.D
4 2 33.8 4.Oc.D 23 32.8 1.Tr.I 6 34.0 2.Ec.R
6 12.9 1.Oc.D 14 0 20.7 1.Sh.I 26 1 56.2 3.Tr.I
6 30.3 4.Oc.R 1 49.0 1.Tr.E 5 11.9 3.Tr.E
8 14.9 4.Ec.D 2 37.3 1.Sh.E 5 58.5 3.Sh.I
9 6.4 1.Ec.R 10 8.5 2.Oc.D 8 42.0 1.Tr.I
5 3 19.9 1.Tr.I 23 58.7 1.Ec.R 9 19.7 3.Sh.E
3 57.2 1.Sh.I 15 8 31.9 3.Oc.D 9 42.2 1.Sh.I
5 36.2 1.Tr.E 16 5 15.0 2.Tr.I 23 37.7 2.Tr.E
6 13.8 1.Sh.E 6 56.1 2.Sh.I 27 1 40.2 2.Sh.E
6 0 39.3 1.Oc.D 8 4.5 2.Tr.E 6 1.3 1.Oc.D
3 35.2 1.Ec.R 9 46.5 2.Sh.E 9 19.9 1.Ec.R
7 0 2.6 1.Tr.E 17 23 18.7 2.Oc.D 28 3 9.2 1.Tr.I
0 42.5 1.Sh.E 18 3 56.9 2.Ec.R 4 10.9 1.Sh.I
7 49.3 2.Oc.D 9 45.9 1.Oc.D 5 25.2 1.Tr.E
8 5 5.6 3.Oc.D 19 1 39.3 3.Tr.E 6 27.4 1.Sh.E
11 14.8 3.Ec.R 1 58.4 3.Sh.I
9 2 55.1 2.Tr.I 5 19.0 3.Sh.E
4 20.0 2.Sh.I 6 53.5 1.Tr.I
5 44.9 2.Tr.E 7 47.1 1.Sh.I
7 10.6 2.Sh.E 9 9.5 1.Tr.E
10 10 39.5 1.Tr.I 10 3.6 1.Sh.E
11 23.3 1.Sh.I 20 4 12.9 1.Oc.D
7 24.9 1.Ec.R
Satellites of Jupiter 2026
March
1 0 28.5 1.Oc.D 11 6 33.9 2.Oc.D 21 8 42.9 1.Tr.I
3 18.4 4.Tr.I 12 9 16.1 3.Tr.I 22 3 45.6 2.Ec.R
3 48.6 1.Ec.R 13 1 41.6 2.Tr.I 6 1.8 1.Oc.D
7 11.7 4.Tr.E 4 2.0 2.Sh.I 23 2 47.5 3.Oc.D
23 52.6 1.Tr.E 4 30.2 2.Tr.E 3 11.2 1.Tr.I
2 0 56.3 1.Sh.E 6 51.7 2.Sh.E 4 25.8 1.Sh.I
10 1.2 2.Tr.I 14 6 50.5 1.Tr.I 5 27.0 1.Tr.E
4 4 6.3 2.Oc.D 8 1.5 1.Sh.I 6 6.4 3.Oc.R
9 11.3 2.Ec.R 9 6.3 1.Tr.E 6 42.2 1.Sh.E
5 5 33.4 3.Tr.I 15 1 7.8 2.Ec.R 7 51.4 3.Ec.D
8 49.2 3.Tr.E 4 9.5 1.Oc.D 24 0 30.0 1.Oc.D
9 58.4 3.Sh.I 7 38.7 1.Ec.R 4 2.5 1.Ec.R
6 1 26.1 2.Sh.I 16 1 18.5 1.Tr.I 23 55.4 1.Tr.E
2 2.8 2.Tr.E 2 16.9 3.Oc.R 25 1 11.1 1.Sh.E
4 15.9 2.Sh.E 2 30.4 1.Sh.I 26 2 29.0 4.Oc.D
7 50.9 1.Oc.D 3 34.3 1.Tr.E 6 29.3 4.Oc.R
7 4 59.2 1.Tr.I 3 51.2 3.Ec.D 27 1 21.6 3.Sh.E
6 6.2 1.Sh.I 4 46.8 1.Sh.E 6 43.2 2.Tr.I
7 15.1 1.Tr.E 7 16.3 3.Ec.R 29 0 53.9 2.Oc.D
8 22.6 1.Sh.E 17 2 7.4 1.Ec.R 6 23.5 2.Ec.R
8 2 18.4 1.Oc.D 18 7 10.8 4.Sh.I 7 55.1 1.Oc.D
5 43.7 1.Ec.R 9 4.0 2.Oc.D 30 5 5.1 1.Tr.I
23 51.7 3.Ec.D 20 4 11.3 2.Tr.I 6 21.3 1.Sh.I
9 0 35.0 1.Sh.I 6 37.7 2.Sh.I 6 40.9 3.Oc.D
1 42.8 1.Tr.E 6 59.8 2.Tr.E 7 20.9 1.Tr.E
2 51.5 1.Sh.E 31 1 20.6 2.Sh.E
3 16.1 3.Ec.R 2 23.6 1.Oc.D
9 32.4 4.Oc.D 5 57.5 1.Ec.R
10 0 12.4 1.Ec.R
0 37.6 4.Ec.R
Satellites of Jupiter 2026
April
1 0 50.1 1.Sh.I 12 0 26.5 4.Oc.R 21 3 49.3 2.Tr.I
1 49.5 1.Tr.E 6 8.1 2.Oc.D 6 17.3 2.Sh.I
3 6.6 1.Sh.E 14 1 11.2 2.Tr.I 6 37.8 2.Tr.E
3 0 5.8 3.Tr.E 3 42.0 2.Sh.I 22 5 21.8 1.Tr.I
1 57.8 3.Sh.I 3 59.6 2.Tr.E 6 36.6 1.Sh.I
5 21.7 3.Sh.E 6 13.8 1.Oc.D 23 2 39.4 1.Oc.D
5 3 30.0 2.Oc.D 6 31.6 2.Sh.E 3 36.3 2.Ec.R
6 6 59.9 1.Tr.I 15 3 24.9 1.Tr.I 6 11.2 1.Ec.R
7 1 6.6 2.Sh.I 4 41.1 1.Sh.I 24 1 5.5 1.Sh.I
1 22.9 2.Tr.E 5 40.9 1.Tr.E 2 7.5 1.Tr.E
3 56.1 2.Sh.E 6 57.8 1.Sh.E 3 22.3 1.Sh.E
4 18.2 1.Oc.D 16 0 42.8 1.Oc.D 28 2 15.8 3.Oc.R
7 52.5 1.Ec.R 4 16.2 1.Ec.R 3 49.7 3.Ec.D
8 1 28.8 1.Tr.I 17 4 52.3 3.Tr.I 6 29.0 2.Tr.I
2 45.6 1.Sh.I 30 0 51.5 2.Oc.D
3 44.7 1.Tr.E 4 36.7 1.Oc.D
5 2.1 1.Sh.E 6 14.4 2.Ec.R
9 2 21.3 1.Ec.R
10 0 48.4 3.Tr.I
4 5.8 3.Tr.E
5 57.4 3.Sh.I
Satellites of Jupiter 2026
May
1 1 49.2 1.Tr.I 16 1 1.3 3.Tr.E 23 1 56.9 3.Tr.I
3 1.0 1.Sh.I 1 13.6 2.Tr.I 3 57.4 2.Tr.I
4 5.6 1.Tr.E 1 57.6 3.Sh.I 5 2.3 1.Oc.D
5 18.0 1.Sh.E 3 3.0 1.Oc.D 24 2 16.8 1.Tr.I
2 2 34.8 1.Ec.R 3 20.0 2.Sh.I 2 23.6 4.Tr.E
5 3 5.1 3.Oc.D 4 3.0 2.Tr.E 3 16.0 1.Sh.I
7 2 31.7 4.Tr.I 5 25.8 3.Sh.E 4 33.9 1.Tr.E
3 35.8 2.Oc.D 17 1 20.6 1.Sh.I 25 2 47.9 1.Ec.R
8 3 47.8 1.Tr.I 2 33.8 1.Tr.E 3 28.2 2.Ec.R
4 56.4 1.Sh.I 3 38.0 1.Sh.E 31 4 17.1 1.Tr.I
6 4.4 1.Tr.E
9 0 45.1 2.Sh.I
1 4.3 1.Oc.D
1 20.0 2.Tr.E
3 35.1 2.Sh.E
4 29.7 1.Ec.R
Satellites of Jupiter 2026
June
1 1 21.3 2.Oc.D 16 2 49.1 1.Tr.I 24 2 3.2 1.Oc.D
1 31.9 1.Oc.D 3 30.5 1.Sh.I 25 1 38.7 1.Tr.E
4 42.5 1.Ec.R 17 1 36.7 2.Tr.I 2 12.4 1.Sh.E
2 1 4.7 1.Tr.E 2 56.3 2.Sh.I 26 3 17.3 2.Ec.R
1 57.9 1.Sh.E 3 0.3 1.Ec.R 28 1 55.5 3.Sh.I
8 3 32.0 1.Oc.D 18 2 28.9 4.Oc.D
4 10.5 2.Oc.D
9 1 35.4 1.Sh.I
3 5.6 1.Tr.E
3 53.3 1.Sh.E
10 1 40.8 2.Tr.E
3 12.7 2.Sh.E
Satellites of Jupiter 2026
July
2 1 22.3 1.Tr.I 12 2 15.1 2.Tr.E 26 1 29.0 1.Ec.R
1 49.2 1.Sh.I 18 2 14.4 1.Tr.E 30 9 27.9 1.Sh.I
3 2 6.7 2.Oc.D 9 28.8 1.Tr.I
31 8 56.4 1.Oc.R
Satellites of Jupiter 2026
August
2 1 5.2 1.Ec.D 11 8 41.4 2.Oc.R 22 9 39.4 1.Sh.I
16 8 58.4 4.Tr.E 23 9 29.6 1.Oc.R
17 9 23.5 3.Sh.E 24 8 48.0 4.Ec.D
9 46.6 3.Sh.I
27 8 31.9 2.Tr.E
30 8 40.8 1.Ec.D
31 8 20.0 1.Sh.E
8 51.8 1.Tr.E
Satellites of Jupiter 2026
September
3 8 26.6 2.Tr.I 11 7 31.4 3.Ec.D 22 8 41.2 3.Tr.E
10 10.5 2.Sh.E 12 9 19.6 2.Oc.R 8 50.4 1.Ec.D
4 9 35.8 3.Oc.R 14 9 49.8 1.Sh.I 23 7 2.8 1.Tr.I
7 7 55.9 1.Sh.I 15 6 56.7 1.Ec.D 8 29.5 1.Sh.E
8 33.8 1.Tr.I 10 0.6 1.Oc.R 9 20.5 1.Tr.E
10 13.8 1.Sh.E 16 7 21.4 1.Tr.E 24 6 29.9 1.Oc.R
8 8 0.6 1.Oc.R 19 7 35.3 2.Ec.D 26 10 9.8 2.Ec.D
10 7 38.9 4.Ec.R 27 10 23.0 4.Oc.R
9 18.1 4.Oc.D 28 6 11.1 2.Tr.I
9 52.4 2.Sh.I 7 13.4 2.Sh.E
9 4.4 2.Tr.E
29 9 15.2 3.Sh.E
9 23.9 3.Tr.I
30 8 5.6 1.Sh.I
9 1.5 1.Tr.I
10 23.0 1.Sh.E
Satellites of Jupiter 2026
October
1 8 28.8 1.Oc.R 12 9 30.8 2.Sh.I 21 7 9.0 2.Ec.D
5 6 55.5 2.Sh.I 14 9 38.3 2.Oc.R 22 6 12.7 4.Sh.E
7 26.6 4.Sh.I 15 8 59.6 1.Ec.D 10 53.1 1.Ec.D
8 56.4 2.Tr.I 16 6 20.9 1.Sh.I 23 6 37.5 2.Tr.E
9 48.6 2.Sh.E 7 26.3 1.Tr.I 8 14.2 1.Sh.I
6 9 37.3 3.Sh.I 8 37.9 1.Sh.E 9 22.8 1.Tr.I
7 6 56.4 2.Oc.R 9 43.4 1.Tr.E 10 31.1 1.Sh.E
9 59.1 1.Sh.I 17 6 54.4 1.Oc.R 24 5 21.5 1.Ec.D
8 7 6.0 1.Ec.D 7 1.3 3.Ec.R 7 21.0 3.Ec.D
10 27.2 1.Oc.R 7 55.3 3.Oc.D 8 51.4 1.Oc.R
9 6 44.7 1.Sh.E 11 0.1 3.Ec.R
7 46.3 1.Tr.E 25 4 59.4 1.Sh.E
10 7 21.1 3.Oc.R 6 8.8 1.Tr.E
28 5 55.2 3.Tr.E
9 42.5 2.Ec.D
30 6 25.9 2.Tr.I
6 52.1 2.Sh.E
8 47.8 4.Ec.D
9 18.4 2.Tr.E
10 7.4 1.Sh.I
31 7 15.1 1.Ec.D
10 47.5 1.Oc.R
Satellites of Jupiter 2026
November
1 4 35.7 1.Sh.I 11 5 26.6 3.Sh.I 22 4 19.3 3.Oc.D
5 47.4 1.Tr.I 9 2.7 3.Sh.E 6 39.0 2.Ec.D
6 52.5 1.Sh.E 10 28.4 3.Tr.I 7 59.0 3.Oc.R
8 4.3 1.Tr.E 13 9 10.2 2.Sh.I 10 14.9 1.Sh.I
2 5 16.4 1.Oc.R 14 11 2.1 1.Ec.D 11 28.6 1.Tr.I
4 5 4.8 3.Sh.E 15 4 5.9 2.Ec.D 23 7 24.0 1.Ec.D
6 25.3 3.Tr.I 8 21.9 1.Sh.I 10 59.0 1.Oc.R
10 2.2 3.Tr.E 9 27.2 2.Oc.R 24 3 36.7 2.Tr.I
6 6 34.6 2.Sh.I 9 35.8 1.Tr.I 3 57.1 2.Sh.E
9 5.4 2.Tr.I 10 38.6 1.Sh.E 4 43.1 1.Sh.I
9 27.6 2.Sh.E 16 5 30.4 1.Ec.D 5 56.6 1.Tr.I
7 9 8.6 1.Ec.D 7 40.5 4.Ec.R 6 28.8 2.Tr.E
8 6 28.8 1.Sh.I 9 5.7 1.Oc.R 6 59.8 1.Sh.E
6 52.8 2.Oc.R 17 3 54.0 2.Tr.E 8 13.2 1.Tr.E
7 6.2 4.Tr.I 4 4.1 1.Tr.I 25 5 27.2 1.Oc.R
7 42.1 1.Tr.I 5 6.8 1.Sh.E 29 3 10.9 3.Ec.D
8 45.6 1.Sh.E 6 20.8 1.Tr.E 6 50.7 3.Ec.R
9 58.8 1.Tr.E 18 3 34.2 1.Oc.R 8 13.2 3.Oc.D
9 7 11.5 1.Oc.R 9 24.9 3.Sh.I 9 12.1 2.Ec.D
10 4 27.3 1.Tr.E 30 9 17.6 1.Ec.D
Satellites of Jupiter 2026
December
1 3 39.7 2.Sh.I 11 3 37.4 1.Oc.R 22 11 27.1 2.Sh.I
6 9.6 2.Tr.I 7 19.8 4.Sh.I 23 9 27.0 1.Ec.D
6 32.9 2.Sh.E 13 11 7.7 3.Ec.D 24 5 11.9 3.Sh.I
6 36.0 1.Sh.I 15 8 51.3 2.Sh.I 6 7.6 2.Ec.D
7 48.0 1.Tr.I 10 21.8 1.Sh.I 6 43.0 1.Sh.I
8 52.7 1.Sh.E 11 8.4 2.Tr.I 7 42.7 1.Tr.I
9 1.5 2.Tr.E 11 27.7 1.Tr.I 8 49.1 3.Sh.E
10 4.7 1.Tr.E 11 44.6 2.Sh.E 9 0.0 1.Sh.E
2 3 46.0 1.Ec.D 16 7 33.3 1.Ec.D 9 16.5 3.Tr.I
7 19.1 1.Oc.R 10 59.6 1.Oc.R 9 59.5 1.Tr.E
3 3 21.0 1.Sh.E 17 3 34.6 2.Ec.D 10 58.4 2.Oc.R
3 44.1 2.Oc.R 4 50.0 1.Sh.I 25 3 55.4 1.Ec.D
4 32.3 1.Tr.E 4 50.7 3.Sh.E 7 15.1 1.Oc.R
8 28.1 4.Oc.D 5 39.4 3.Tr.I 26 1 11.2 1.Sh.I
6 7 9.1 3.Ec.D 5 54.8 1.Tr.I 2 9.5 1.Tr.I
10 49.1 3.Ec.R 7 7.0 1.Sh.E 2 46.0 2.Tr.I
11 45.1 2.Ec.D 8 11.5 1.Tr.E 3 28.3 1.Sh.E
7 11 11.2 1.Ec.D 8 35.9 2.Oc.R 3 38.2 2.Sh.E
8 6 15.5 2.Sh.I 9 14.9 3.Tr.E 4 26.4 1.Tr.E
8 28.9 1.Sh.I 18 2 1.7 1.Ec.D 5 37.8 2.Tr.E
8 40.1 2.Tr.I 5 26.8 1.Oc.R 27 1 42.0 1.Oc.R
9 8.8 2.Sh.E 19 1 35.2 1.Sh.E 28 1 17.0 4.Sh.I
9 38.4 1.Tr.I 2 38.6 1.Tr.E 6 3.8 4.Sh.E
10 45.7 1.Sh.E 3 13.0 2.Tr.E 10 18.4 4.Tr.I
11 32.0 2.Tr.E 30 11 20.8 1.Ec.D
9 5 39.6 1.Ec.D 31 8 35.9 1.Sh.I
9 9.9 1.Oc.R 8 40.7 2.Ec.D
10 2 57.1 1.Sh.I 9 9.6 3.Sh.I
4 5.8 1.Tr.I 9 29.5 1.Tr.I
5 13.9 1.Sh.E 10 53.1 1.Sh.E
5 33.9 3.Tr.E 11 46.5 1.Tr.E
6 11.1 2.Oc.R
6 22.5 1.Tr.E
Satellites of Jupiter 2027
January
1 5 49.2 1.Ec.D 11 0 7.9 1.Tr.I 22 0 40.7 3.Sh.E
9 2.3 1.Oc.R 0 30.4 2.Ec.D 2 35.9 3.Tr.E
2 3 4.2 1.Sh.I 1 43.0 1.Sh.E 2 46.0 4.Ec.D
3 20.5 2.Sh.I 2 25.2 1.Tr.E 11 31.2 1.Ec.D
3 56.0 1.Tr.I 2 59.8 3.Ec.D 23 8 43.8 1.Sh.I
5 8.5 2.Tr.I 4 45.7 2.Oc.R 9 10.6 1.Tr.I
5 21.4 1.Sh.E 9 32.7 3.Oc.R 11 1.5 1.Sh.E
6 13.1 1.Tr.E 14 0 1.1 4.Sh.E 11 8.9 2.Sh.I
6 14.2 2.Sh.E 1 27.7 4.Tr.I 11 28.0 1.Tr.E
8 0.4 2.Tr.E 6 2.2 4.Tr.E 24 5 59.8 1.Ec.D
3 3 29.0 1.Oc.R 15 9 37.1 1.Ec.D 8 44.7 1.Oc.R
4 2 28.3 2.Oc.R 16 6 50.4 1.Sh.I 25 3 12.1 1.Sh.I
6 7.2 3.Oc.R 7 26.5 1.Tr.I 3 36.5 1.Tr.I
5 8 45.9 4.Ec.D 8 32.7 2.Sh.I 5 29.9 1.Sh.E
7 10 29.0 1.Sh.I 9 8.0 1.Sh.E 5 37.2 2.Ec.D
11 13.8 2.Ec.D 9 43.8 1.Tr.E 5 54.0 1.Tr.E
11 15.4 1.Tr.I 9 47.4 2.Tr.I 9 16.1 2.Oc.R
8 7 43.1 1.Ec.D 11 26.5 2.Sh.E 10 57.7 3.Ec.D
10 48.6 1.Oc.R 17 4 5.7 1.Ec.D 26 0 28.3 1.Ec.D
9 4 57.3 1.Sh.I 7 0.2 1.Oc.R 3 10.7 1.Oc.R
5 41.7 1.Tr.I 18 1 18.8 1.Sh.I 23 58.3 1.Sh.E
5 56.6 2.Sh.I 1 52.6 1.Tr.I 27 0 20.0 1.Tr.E
7 14.7 1.Sh.E 3 3.7 2.Ec.D 0 27.5 2.Sh.I
7 28.9 2.Tr.I 3 36.4 1.Sh.E 1 12.9 2.Tr.I
7 58.8 1.Tr.E 4 9.9 1.Tr.E 3 21.4 2.Sh.E
8 50.4 2.Sh.E 6 59.0 3.Ec.D 4 5.1 2.Tr.E
10 20.9 2.Tr.E 7 1.6 2.Oc.R 29 1 0.3 3.Sh.I
10 2 11.7 1.Ec.D 19 1 26.3 1.Oc.R 2 17.5 3.Tr.I
5 15.0 1.Oc.R 20 0 45.1 2.Sh.E 4 38.5 3.Sh.E
1 48.6 2.Tr.E 5 53.7 3.Tr.E
30 10 37.3 1.Sh.I
10 54.2 1.Tr.I
31 7 54.0 1.Ec.D
10 28.8 1.Oc.R
key
- satellites:
- 1 = Io (Jupiter I)
- 2 = Europa (Jupiter II)
- 3 = Ganymede (Jupiter III)
- 4 = Callisto (Jupiter IV)
- event types:
- A = annular eclipse
- E = penumbral eclipse
- P = partial eclipse
- T = total eclipse
- Ec = eclipse
- Oc = occultation
- Sh = shadow transit
- Tr = transit
- event phases:
- .D = disappearing
- .E = egressing
- .I = ingressing
- .R = reappearing