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Solar & Lunar Eclipses in Australind, Australia (2026–2035)

Eclipse timings and visibility data for Australind, Australia over the next decade (2026 – 2035).

Calculated Viewing Location: Australind
Lat: -33.28 / Lon: 115.72
NEXT SOLAR ECLIPSE IN AUSTRALIND
22 Jul 2028
Partial Solar Eclipse
-Years
-Days
-Hrs
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NEXT LUNAR ECLIPSE IN AUSTRALIND
21 Feb 2027
Penumbral Lunar Eclipse
-Years
-Days
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Upcoming Eclipse Schedule for Australind

03 Mar 2026 Lunar Eclipse
Partial Lunar Eclipse 03 Mar 2026 in Australind
Visibility: 18:07 to 21:07 (Max: 19:37)
Magnitude: 0.592
Obscuration: 59%
Total Duration: ~3h 00m
21 Feb 2027 Lunar Eclipse
Penumbral Lunar Eclipse 21 Feb 2027 in Australind
Visibility: 05:53 to 08:53 (Max: 07:23)
Magnitude: 0.499
Obscuration: 20%
Total Duration: ~3h 00m
18 Jul 2027 Lunar Eclipse
Penumbral Lunar Eclipse 18 Jul 2027 in Australind
Visibility: 22:14 to 01:14 (Max: 23:44)
Magnitude: 0.326
Obscuration: 13%
Total Duration: ~3h 00m
10 Feb 2028 Lunar Eclipse
Partial Lunar Eclipse 10 Feb 2028 in Australind
Visibility: 21:33 to 00:33 (Max: 23:03)
Magnitude: 0.234
Obscuration: 23%
Total Duration: ~3h 00m
07 Jul 2028 Lunar Eclipse
Partial Lunar Eclipse 07 Jul 2028 in Australind
Visibility: 00:40 to 03:40 (Max: 02:10)
Magnitude: 0.662
Obscuration: 66%
Total Duration: ~3h 00m
22 Jul 2028 Solar Eclipse
Partial Solar Eclipse 22 Jul 2028 in Australind
Visibility: 09:32 to 12:09 (Max: 10:51)
Magnitude: 0.568
Obscuration: 40.9%
Total Duration: 2h 37m
01 Jan 2029 Lunar Eclipse
Penumbral Lunar Eclipse 01 Jan 2029 in Australind
Visibility: 23:18 to 02:18 (Max: 00:48)
Magnitude: 0.764
Obscuration: 30%
Total Duration: ~3h 00m
21 Dec 2029 Lunar Eclipse
Partial Lunar Eclipse 21 Dec 2029 in Australind
Visibility: 05:16 to 08:16 (Max: 06:46)
Magnitude: 0.267
Obscuration: 26%
Total Duration: ~3h 00m
17 May 2030 Lunar Eclipse
Penumbral Lunar Eclipse 17 May 2030 in Australind
Visibility: 17:49 to 20:49 (Max: 19:19)
Magnitude: 0.438
Obscuration: 17%
Total Duration: ~3h 00m
16 Jun 2030 Lunar Eclipse
Penumbral Lunar Eclipse 16 Jun 2030 in Australind
Visibility: 01:11 to 04:11 (Max: 02:41)
Magnitude: 0.835
Obscuration: 33%
Total Duration: ~3h 00m
25 Nov 2030 Solar Eclipse
Partial Solar Eclipse 25 Nov 2030 in Australind
Visibility: 15:00 to 17:15 (Max: 16:06)
Magnitude: 0.838
Obscuration: 75.6%
Total Duration: 2h 15m
10 Dec 2030 Lunar Eclipse
Partial Lunar Eclipse 10 Dec 2030 in Australind
Visibility: 05:10 to 08:10 (Max: 06:40)
Magnitude: 0.032
Obscuration: 3%
Total Duration: ~3h 00m
21 May 2031 Solar Eclipse
Partial Solar Eclipse 21 May 2031 in Australind
Visibility: 16:11 to 17:17 (Max: 16:47)
Magnitude: 0.086
Obscuration: 2.1%
Total Duration: 1h 6m
29 Nov 2031 Lunar Eclipse
Penumbral Lunar Eclipse 29 Nov 2031 in Australind
Visibility: 05:48 to 08:48 (Max: 07:18)
Magnitude: 0.392
Obscuration: 15%
Total Duration: ~3h 00m
25 Apr 2032 Lunar Eclipse
Total Lunar Eclipse 25 Apr 2032 in Australind
Visibility: 21:39 to 00:39 (Max: 23:09)
Magnitude: 1.661
Obscuration: 100%
Total Duration: ~3h 00m
19 Oct 2032 Lunar Eclipse
Penumbral Lunar Eclipse 19 Oct 2032 in Australind
Visibility: 01:28 to 04:28 (Max: 02:58)
Magnitude: 0.535
Obscuration: 21%
Total Duration: ~3h 00m
15 Apr 2033 Lunar Eclipse
Partial Lunar Eclipse 15 Apr 2033 in Australind
Visibility: 01:47 to 04:47 (Max: 03:17)
Magnitude: 0.115
Obscuration: 11%
Total Duration: ~3h 00m
08 Oct 2033 Lunar Eclipse
Partial Lunar Eclipse 08 Oct 2033 in Australind
Visibility: 17:28 to 20:28 (Max: 18:58)
Magnitude: 0.119
Obscuration: 11%
Total Duration: ~3h 00m
04 Apr 2034 Lunar Eclipse
Penumbral Lunar Eclipse 04 Apr 2034 in Australind
Visibility: 01:48 to 04:48 (Max: 03:18)
Magnitude: 0.105
Obscuration: 5%
Total Duration: ~3h 00m
22 Feb 2035 Lunar Eclipse
Partial Lunar Eclipse 22 Feb 2035 in Australind
Visibility: 15:23 to 18:23 (Max: 16:53)
Magnitude: 0.716
Obscuration: 71%
Total Duration: ~3h 00m
12 Feb 2036 Lunar Eclipse
Partial Lunar Eclipse 12 Feb 2036 in Australind
Visibility: 04:38 to 07:38 (Max: 06:08)
Magnitude: 0.072
Obscuration: 7%
Total Duration: ~3h 00m

Browse Eclipses in Australia by cities in alphabetical order:

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Eclipses in Australia ›

Frequently Asked Questions about Eclipses in Australind

When is the next solar eclipse visible from Australind?

The next solar eclipse calculated for Australind is on 22 Jul 2028 (Partial) — about 2 year(s) and 43 day(s) from today.

When is the next lunar eclipse visible from Australind?

The next lunar eclipse for observers in Australind is on 21 Feb 2027 (Penumbral) — 256 day(s) from today.

What solar eclipses are coming up for Australind?

Upcoming solar eclipses calculated for Australind:

  • 22 Jul 2028: Partial
  • 25 Nov 2030: Partial
  • 21 May 2031: Partial
What lunar eclipses are coming up for Australind?

Upcoming lunar eclipses for observers in Australind:

  • 21 Feb 2027: Penumbral
  • 18 Jul 2027: Penumbral
  • 10 Feb 2028: Partial

Understanding Solar & Lunar Eclipses

A solar eclipse happens when the Moon passes between the Earth and the Sun and casts its shadow on part of the Earth. A lunar eclipse is the opposite: the Earth moves between the Sun and the Moon, so the Moon passes through the Earth's shadow. Solar eclipses are visible only from a narrow path on the daytime side of the planet, while a lunar eclipse can be seen by everyone on the night side of the Earth at the same time.

Eclipses come in several forms. A total eclipse completely covers the Sun or Moon; a partial eclipse hides only part of it; an annular solar eclipse leaves a bright "ring of fire" because the Moon is too far from Earth to block the Sun entirely; and a penumbral lunar eclipse is a faint shading that is easy to miss. The date of an eclipse is the same everywhere on Earth, but whether it appears total, partial, or not at all depends on where you are standing.

That is why the schedule above is calculated specifically for Australind. It lists only the eclipses that are actually visible from your location, how much of the Sun or Moon will be covered, and the local time of each event. Most cities see a partial solar eclipse every few years, but a total solar eclipse over any single place is rare and can be centuries apart.