Jovian satellite syzygies in 2026
Jump to navigation
Jump to search
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).
data
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