Occult lunar occultations, computed
Location

Saturn's moons in October 2028

Mimas · Enceladus · Tethys · Dione · Rhea · Titan · Iapetus — eclipses, occultations, transits, shadows

Saturn's moons hide behind the globe, cross its face and fall into its shadow only in the years around a ring-plane crossing, when their orbits turn edge-on to us — as they are now, after the 2025 equinox. Titan is easy in any telescope; Rhea, Dione and Tethys need a little more aperture. Times are for the whole Earth; pick a location and the list keeps only what your sky shows.

Where the moons are

Saturn's equator horizontal, east to the left as in binoculars. Drag through the month, or tap any line in the list below to jump there. Moons behind the planet fade. Positions are JPL's, sampled hourly; the rings are not drawn.

Events

When (UTC)EventJupiter in your sky
Oct 1 08:56 UTCMimas disappears into Saturn's shadowtakes 2 min
Oct 1 09:32 UTCMimas reappears from Saturn's shadowtakes 2 min
Oct 1 20:38 UTCMimas's shadow enters the disc
Oct 1 20:56 UTCMimas's shadow leaves the disc
Oct 2 07:34 UTCMimas disappears into Saturn's shadowtakes 2 min
Oct 2 08:08 UTCMimas reappears from Saturn's shadowtakes 2 min
Oct 2 19:16 UTCMimas's shadow enters the disc
Oct 2 19:32 UTCMimas's shadow leaves the disc
Oct 3 06:12 UTCMimas disappears into Saturn's shadowtakes 2 min
Oct 3 06:45 UTCMimas reappears from Saturn's shadowtakes 2 min
Oct 3 17:55 UTCMimas's shadow enters the disc
Oct 3 18:07 UTCMimas's shadow leaves the disc
Oct 4 04:50 UTCMimas disappears into Saturn's shadowtakes 2 min
Oct 4 05:22 UTCMimas reappears from Saturn's shadowtakes 2 min
Oct 4 16:34 UTCMimas's shadow enters the disc
Oct 4 16:42 UTCMimas's shadow leaves the disc
Oct 5 03:27 UTCMimas disappears into Saturn's shadowtakes 2 min
Oct 5 03:58 UTCMimas reappears from Saturn's shadowtakes 2 min
Oct 6 02:05 UTCMimas disappears into Saturn's shadowtakes 3 min
Oct 6 02:35 UTCMimas reappears from Saturn's shadowtakes 3 min
Oct 7 00:43 UTCMimas disappears into Saturn's shadowtakes 3 min
Oct 7 01:11 UTCMimas reappears from Saturn's shadowtakes 3 min
Oct 7 23:21 UTCMimas disappears into Saturn's shadowtakes 3 min
Oct 7 23:48 UTCMimas reappears from Saturn's shadowtakes 3 min
Oct 8 21:59 UTCMimas disappears into Saturn's shadowtakes 3 min
Oct 8 22:24 UTCMimas reappears from Saturn's shadowtakes 3 min
Oct 9 20:37 UTCMimas disappears into Saturn's shadowtakes 3 min
Oct 9 21:01 UTCMimas reappears from Saturn's shadowtakes 3 min
Oct 10 19:15 UTCMimas disappears into Saturn's shadowtakes 3 min
Oct 10 19:37 UTCMimas reappears from Saturn's shadowtakes 3 min
Oct 11 17:53 UTCMimas disappears into Saturn's shadowtakes 4 min
Oct 11 18:13 UTCMimas reappears from Saturn's shadowtakes 4 min
Oct 12 16:31 UTCMimas disappears into Saturn's shadowtakes 4 min
Oct 12 16:49 UTCMimas reappears from Saturn's shadowtakes 4 min
Oct 13 15:09 UTCMimas disappears into Saturn's shadowtakes 5 min
Oct 13 15:25 UTCMimas reappears from Saturn's shadowtakes 5 min
Oct 14 13:47 UTCMimas disappears into Saturn's shadowtakes 6 min
Oct 14 14:01 UTCMimas reappears from Saturn's shadowtakes 6 min
Oct 15 12:25 UTCMimas disappears into Saturn's shadow
Oct 15 12:42 UTCMimas reappears from Saturn's shadow
Oct 16 11:04 UTCMimas disappears into Saturn's shadow
Oct 16 11:18 UTCMimas reappears from Saturn's shadow
Oct 17 09:43 UTCMimas disappears into Saturn's shadow
Oct 17 09:54 UTCMimas reappears from Saturn's shadow
Oct 18 08:22 UTCMimas disappears into Saturn's shadow
Oct 18 08:29 UTCMimas reappears from Saturn's shadow

Reading the list

Each disappears / reappears line is the moment the moon's disc is fully in or first out; the "takes N min" is how long the disc takes to cross the edge. Halves that happen behind Saturn or inside its shadow are left out, since nobody can see them. Positions are from JPL DE431 and the sat441 satellite ephemeris, Saturn as an oblate spheroid with its shadow cone; the rings are not modelled, so a moon 'behind Saturn' means behind the globe; mutual-event magnitude drops assume uniform discs and are estimates. Events are geocentric — the same instant everywhere on Earth to well under a second.