Solar and Lunar Eclipse Calendar: Every Eclipse from 2025 to 2035
A solar eclipse always happens at a New Moon and a lunar eclipse at a Full Moon, but not every New or Full Moon brings one: the Moon’s orbit is tilted about five degrees to the plane of Earth’s orbit around the Sun, so the three bodies line up only when a New or Full Moon falls close to where the two planes cross. Below are the eclipse times calculated by our engine, all given in UTC, with the type and zodiac position of each one.
When are the next solar and lunar eclipses?
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Eclipses around your birth
All times are in UTC, and the birthday check uses the UTC calendar date. Whether an eclipse can be seen depends on where you are; see the notes below.
Lunar eclipse calendar 2025–2035
| Greatest eclipse (UTC) | Type | Moon’s position |
|---|---|---|
| Mar 14, 2025 (Fri) 06:58 | Total lunar eclipse | Virgo 23° |
| Sep 7, 2025 (Sun) 18:11 | Total lunar eclipse | Pisces 15° |
| Mar 3, 2026 (Tue) 11:33 | Total lunar eclipse | Virgo 12° |
| Aug 28, 2026 (Fri) 04:12 | Partial lunar eclipse | Pisces 4° |
| Feb 20, 2027 (Sat) 23:12 | Penumbral lunar eclipse | Virgo 1° |
| Jul 18, 2027 (Sun) 16:02 | Penumbral lunar eclipse | Capricorn 25° |
| Aug 17, 2027 (Tue) 07:13 | Penumbral lunar eclipse | Aquarius 24° |
| Jan 12, 2028 (Wed) 04:13 | Partial lunar eclipse | Cancer 21° |
| Jul 6, 2028 (Thu) 18:19 | Partial lunar eclipse | Capricorn 15° |
| Dec 31, 2028 (Sun) 16:51 | Total lunar eclipse | Cancer 10° |
| Jun 26, 2029 (Tue) 03:22 | Total lunar eclipse | Capricorn 4° |
| Dec 20, 2029 (Thu) 22:41 | Total lunar eclipse | Gemini 29° |
| Jun 15, 2030 (Sat) 18:33 | Partial lunar eclipse | Sagittarius 24° |
| Dec 9, 2030 (Mon) 22:27 | Penumbral lunar eclipse | Gemini 17° |
| May 7, 2031 (Wed) 03:50 | Penumbral lunar eclipse | Scorpio 16° |
| Jun 5, 2031 (Thu) 11:44 | Penumbral lunar eclipse | Sagittarius 14° |
| Oct 30, 2031 (Thu) 07:45 | Penumbral lunar eclipse | Taurus 6° |
| Apr 25, 2032 (Sun) 15:13 | Total lunar eclipse | Scorpio 6° |
| Oct 18, 2032 (Mon) 19:02 | Total lunar eclipse | Aries 25° |
| Apr 14, 2033 (Thu) 19:12 | Total lunar eclipse | Libra 25° |
| Oct 8, 2033 (Sat) 10:55 | Total lunar eclipse | Aries 15° |
| Apr 3, 2034 (Mon) 19:05 | Penumbral lunar eclipse | Libra 13° |
| Sep 28, 2034 (Thu) 02:46 | Partial lunar eclipse | Aries 4° |
| Feb 22, 2035 (Thu) 09:04 | Penumbral lunar eclipse | Virgo 3° |
| Aug 19, 2035 (Sun) 01:10 | Partial lunar eclipse | Aquarius 26° |
A lunar eclipse can be seen from the whole half of Earth where it is night at the time, weather permitting, so your chances of seeing one are far better than for a solar eclipse. Convert the UTC time to your local time: if the Moon is above your horizon then, you can see it.
Solar eclipse calendar 2025–2035
| Greatest eclipse (UTC) | Type | Sun’s position |
|---|---|---|
| Mar 29, 2025 (Sat) 10:47 | Partial solar eclipse | Aries 8° |
| Sep 21, 2025 (Sun) 19:41 | Partial solar eclipse | Virgo 29° |
| Feb 17, 2026 (Tue) 12:11 | Annular solar eclipse | Aquarius 28° |
| Aug 12, 2026 (Wed) 17:45 | Total solar eclipse | Leo 20° |
| Feb 6, 2027 (Sat) 15:59 | Annular solar eclipse | Aquarius 17° |
| Aug 2, 2027 (Mon) 10:06 | Total solar eclipse | Leo 9° |
| Jan 26, 2028 (Wed) 15:07 | Annular solar eclipse | Aquarius 6° |
| Jul 22, 2028 (Sat) 02:55 | Total solar eclipse | Cancer 29° |
| Jan 14, 2029 (Sun) 17:12 | Partial solar eclipse | Capricorn 24° |
| Jun 12, 2029 (Tue) 04:04 | Partial solar eclipse | Gemini 21° |
| Jul 11, 2029 (Wed) 15:36 | Partial solar eclipse | Cancer 19° |
| Dec 5, 2029 (Wed) 15:02 | Partial solar eclipse | Sagittarius 13° |
| Jun 1, 2030 (Sat) 06:27 | Annular solar eclipse | Gemini 10° |
| Nov 25, 2030 (Mon) 06:50 | Total solar eclipse | Sagittarius 3° |
| May 21, 2031 (Wed) 07:14 | Annular solar eclipse | Gemini 0° |
| Nov 14, 2031 (Fri) 21:06 | Total solar eclipse | Scorpio 22° |
| May 9, 2032 (Sun) 13:25 | Annular solar eclipse | Taurus 19° |
| Nov 3, 2032 (Wed) 05:32 | Partial solar eclipse | Scorpio 11° |
| Mar 30, 2033 (Wed) 18:01 | Total solar eclipse | Aries 10° |
| Sep 23, 2033 (Fri) 13:53 | Partial solar eclipse | Libra 0° |
| Mar 20, 2034 (Mon) 10:17 | Total solar eclipse | Pisces 29° |
| Sep 12, 2034 (Tue) 16:18 | Annular solar eclipse | Virgo 19° |
| Mar 9, 2035 (Fri) 23:04 | Annular solar eclipse | Pisces 19° |
| Sep 2, 2035 (Sun) 01:55 | Total solar eclipse | Virgo 9° |
“Type” is the fullest form of the eclipse seen anywhere on Earth. A total or annular eclipse is visible only along a narrow path; elsewhere people see a partial eclipse or nothing at all. Always use certified eclipse glasses to watch a solar eclipse, and never look straight at the Sun.
The kinds of solar and lunar eclipse
Every eclipse from 1950 to 2050 calculated by our engine.
- Total solar eclipse (32.7%): the Moon covers the Sun completely, day turns dark and the corona becomes visible.
- Annular solar eclipse (31.4%): the Moon is farther from Earth and looks smaller than the Sun, so it cannot cover it and a ring of light remains.
- Partial solar eclipse (35.9%): the Moon’s umbra misses Earth, and everywhere sees only a bite taken out of the Sun.
- Total lunar eclipse (38.7%): the whole Moon enters Earth’s umbra and turns a dull red, popularly called a blood moon.
- Partial lunar eclipse (25.2%): only part of the Moon enters the umbra, as if a bite had been taken out of it.
- Penumbral lunar eclipse (36.1%): the Moon passes only through Earth’s penumbra and dims slightly, which is hard to notice with the naked eye.
There is also a rare hybrid eclipse (total in some places and annular in others during the same eclipse); our calculation files it under either total or annular.
Eclipse seasons: solar and lunar eclipses come in pairs
A New or Full Moon has to be near a node for an eclipse to happen, and the Sun passes each of the two nodes once a year, with an “eclipse season” of about a month around each passage. An eclipse season holds at least one solar and one lunar eclipse, two weeks apart; by our calculation, 100% of solar eclipses have a lunar eclipse within two weeks either side. Two eclipse seasons are about 172 days apart, a little less than half a year, so eclipse dates slip about twenty days earlier each year, and after a little over eighteen years (the Saros cycle) a similar eclipse comes round again.
How astrology reads eclipses
Astrology treats a solar eclipse as a stronger New Moon and a lunar eclipse as a stronger Full Moon, because they happen near the lunar nodes, and the North and South Nodes are tied to life direction in astrology. Commonly said:
- A solar eclipse is like a bigger beginning, with a theme that runs for half a year or more, not just a month.
- A lunar eclipse is like a bigger ending: some matters come to a close or come out into the open around then.
- Where it lands: which house of your chart the eclipse falls in, and whether it touches your Sun, Moon or Ascendant (within a few degrees), decides how much it has to do with you. Most eclipses pass most people by without anything special.
- People born near an eclipse have the Sun or Moon close to the nodes in their chart, and astrological tradition says they feel their direction in life more intensely. The tool above finds the eclipses nearest your birth.
The ancients took eclipses as bad omens because they could not predict them. Now every one can be calculated to the second, and it is simply a regular event in the sky. Take the astrological reading as a moment to look back over your life; there is no reason to be afraid or to put off what needs doing.
A straight word: Moon phases are astronomy; wishes are custom
The moments of New Moons, Full Moons, solar eclipses and lunar eclipses are astronomical facts that can be calculated, and the dates on this page can be checked against an astronomical almanac. “New Moon wishes work better,” “the Full Moon is for letting go” and “eclipses are turning points of fate” are sayings from astrology and folk tradition, with no scientific research behind them. Treating the New Moon as a monthly reminder to sort out your goals, and the Full Moon as a point to look back and check, is a decent habit; there is no need to put off a decision because a certain day is an eclipse. Everything on this site is for reference and entertainment only.
See where the eclipses fall in your chart
Cast your full birth chart and compare it with the sign and degree of each eclipse to see which house and which planet it touches.
Solar and lunar eclipse FAQ
When is the next total lunar eclipse?
After October 2026, the next total lunar eclipse is at Dec 31, 2028 (Sun) 16:51 UTC, with the Moon at Cancer 10°. It can be seen from wherever the Moon is above the horizon at that moment.
When is the next total solar eclipse?
After October 2026, the next total solar eclipse is on Aug 2, 2027 (UTC), with the Sun at Leo 9°. Totality can be seen only inside the narrow path of totality; other places see a partial eclipse or nothing at all.
How do I find out whether an eclipse is visible where I live?
For a lunar eclipse, convert the UTC time above to your local time: if it is night and the Moon is up, you can see it. A solar eclipse is much more local. A total or annular eclipse is visible only along a narrow path, often just a hundred or two kilometers wide, with a partial eclipse over a broader region around it, so check a visibility map from an observatory or space agency for your own town.
How many solar and lunar eclipses are there in a year?
By our calculation for 1950–2050: a year has 2 to 4 solar eclipses (average 2.2) and 2 to 4 lunar eclipses (average 2.3, including penumbral eclipses that are hard to notice with the naked eye). Counting only partial and total lunar eclipses, the average is 1.5 a year.
Do eclipses affect my fortunes?
Astrology holds that eclipses are stronger New and Full Moons whose themes run for about half a year, and that how much they matter depends on where they fall in your own chart. That is astrological tradition, with no scientific evidence behind it; an eclipse itself is simply the Sun, Earth and Moon lining up.
Why does the Moon turn red in a lunar eclipse?
During a total lunar eclipse the Moon sits in Earth’s shadow and gets no direct sunlight, but Earth’s atmosphere bends some sunlight into the shadow. The blue light is scattered away along the path and the reddish light that remains falls on the Moon, so it looks dull red.