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CURRENT MOON 1° Taurus 0'  96% of Full Full Moon | |
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The Next Solar Eclipse
and The Next Lunar Eclipse Dates
The most common eclipse question is, "When is the next eclipse?" Rather than overwhelm you with too much information, we broke the tables down in two sections. The first section is the upcoming eclipse dates listed for easy reference with changeable time zones so that you have the complete information. Below the upcoming eclipse dates is a table displaying an eight-year range of dates, times (GMT), lunar and solar saros series, nodal family and zodiac signs for current, future and past eclipses. Don't let the moon/sun images fool you. The image for the lunar eclipse is a copper colored full moon, similar to the appearance of the total lunar eclipse. The solar eclipse image is the yellow Sun with the Moon moving between the Sun and the Earth. When is the next eclipse for 2023 & 2024? Scroll on down the page for all the information.
Note: Solar Eclipse is a "New Moon" aligned between the Sun and Earth. Lunar Eclipse is the "Full Moon" with the Earth aligned between the Sun and Moon.
Upcoming Eclipses
Solar Eclipse 2023
Oct 14, 2023 @ 6:00:41 pm Lib 21°07´
Lunar Eclipse 2023Oct 28, 2023 @ 8:15:18 pm Tau 5°09´
Lunar Eclipse 2024Mar 25, 2024 @ 7:13:59 am Lib 5°07´
Solar Eclipse 2024Apr 08, 2024 @ 6:18:29 pm Ari 19°24´
Lunar Eclipse 2024Sep 18, 2024 @ 2:45:25 am Pis 25°41´
Time zone = +0 Hours from UT
| Eclipse Date and Time (GMT) | Saros | Node Family | Zodiac | |
|---|---|---|---|---|
| Jan 10, 2020 @ 19:11:11 GMT | L-144 | North 03 | Can 20°00´ | |
| Jun 05, 2020 @ 19:26:14 GMT | L-111 | South 04 | Sag 15°34´ | |
| Jun 21, 2020 @ 06:41:15 GMT | S-137 | North 04 | Can 0°21´ | |
| Jul 05, 2020 @ 04:31:12 GMT | L-149 | South 04 | Cap 13°38´ | |
| Nov 30, 2020 @ 09:44:01 GMT | L-116 | North 04 | Gem 8°38´ | |
| Dec 14, 2020 @ 16:14:39 GMT | S-142 | South 04 | Sag 23°09´ | |
| May 26, 2021 @ 11:19:53 GMT | L-121 | South 05 | Sag 5°26´ | |
| Jun 10, 2021 @ 10:43:07 GMT | S-147 | North 05 | Gem 19°47´ | |
| Nov 19, 2021 @ 09:04:06 GMT | L-126 | North 05 | Tau 27°15´ | |
| Dec 04, 2021 @ 07:34:38 GMT | S-152 | South 05 | Sag 12°22´ | |
| Apr 30, 2022 @ 20:42:36 GMT | S-119 | North 06 | Tau 10°28´ | |
| May 16, 2022 @ 04:12:42 GMT | L-131 | South 06 | Sco 25°18´ | |
| Oct 25, 2022 @ 11:01:20 GMT | S-124 | South 06 | Sco 2°00´ | |
| Nov 08, 2022 @ 11:00:22 GMT | L-136 | North 06 | Tau 16°01´ | |
| Apr 20, 2023 @ 04:17:56 GMT | S-129 | North 07 | Ari 29°50´ | |
| May 05, 2023 @ 17:24:05 GMT | L-141 | South 07 | Sco 14°58´ | |
| Oct 14, 2023 @ 18:00:41 GMT | S-134 | South 07 | Lib 21°07´ | |
| Oct 28, 2023 @ 20:15:18 GMT | L-146 | North 07 | Tau 5°09´ | |
| Mar 25, 2024 @ 07:13:59 GMT | L-113 | South 08 | Lib 5°07´ | |
| Apr 08, 2024 @ 18:18:29 GMT | S-139 | North 08 | Ari 19°24´ | |
| Sep 18, 2024 @ 02:45:25 GMT | L-118 | North 08 | Pis 25°41´ | |
| Oct 02, 2024 @ 18:46:13 GMT | S-144 | South 08 | Lib 10°04´ | |
| Mar 14, 2025 @ 06:59:56 GMT | L-123 | South 09 | Vir 23°57´ | |
| Mar 29, 2025 @ 10:48:36 GMT | S-149 | North 09 | Ari 9°00´ | |
| Sep 07, 2025 @ 18:12:58 GMT | L-128 | North 09 | Pis 15°22´ | |
| Sep 21, 2025 @ 19:43:04 GMT | S-154 | South 09 | Vir 29°05´ | |
| Feb 17, 2026 @ 12:13:06 GMT | S-121 | North 10 | Aqu 28°49´ | |
| Mar 03, 2026 @ 11:34:52 GMT | L-133 | South 10 | Vir 12°54´ | |
| Aug 12, 2026 @ 17:47:06 GMT | S-126 | South 10 | Leo 20°02´ | |
| Aug 28, 2026 @ 04:14:04 GMT | L-138 | North 10 | Pis 4°54´ | |
| Feb 06, 2027 @ 16:00:48 GMT | S-131 | North 11 | Aqu 17°38´ | |
| Feb 20, 2027 @ 23:14:06 GMT | L-143 | South 11 | Vir 2°05´ | |
| Jul 18, 2027 @ 16:04:09 GMT | L-110 | North 11 | Cap 25°49´ | |
| Aug 02, 2027 @ 10:07:50 GMT | S-136 | South 11 | Leo 9°55´ | |
| Aug 17, 2027 @ 07:14:59 GMT | L-148 | North 11 | Aqu 24°12´ | |
| Jan 12, 2028 @ 04:14:13 GMT | L-115 | South 12 | Can 21°28´ | |
| Jan 26, 2028 @ 15:08:59 GMT | S-141 | North 12 | Aqu 6°11´ | |
| Jul 06, 2028 @ 18:20:57 GMT | L-120 | North 12 | Cap 15°11´ | |
| Jul 22, 2028 @ 02:56:40 GMT | S-146 | South 12 | Can 29°51´ | |
| Dec 31, 2028 @ 16:53:15 GMT | L-125 | South 13 | Can 10°33´ | |
| Hours less than 12 = am & Hour 00 is midnight | |||||
| 12:00=Noon | Hr13=1pm | Hr14=2pm | Hr15=3pm | Hr16=4pm | Hr17=5pm |
| Hr18=6pm | Hr19=7pm | Hr20=8pm | Hr21=9pm | Hr22=10pm | Hr23=11pm |
The Saros Series is numbered differently for Solar and Lunar Eclipses. The letters L (Lunar) and S (Solar) are included with the Saros numbers to help distinguish the series that the eclipse belongs with. The Nodal Family is directly linked with the Saros Series. The North and South represent the node that the eclipse series originates from.
** And don't confuse the images with the Sun and Moon. The crescent is actually the Sun being eclipsed by the Moon during a solar eclipse, while the pinkish round circle is the Full Moon during a total lunar eclipse.
To adjust the times for your timezone, add or subtract the number of hours your timezone is from 0 UT. If you live in the western hemisphere (mostly the Americas) you would subtract the number of hours from the time shown on the table. Most of the eastern hemisphere will add hours to the time shown in the table.
To read more about Eclipses and find your timezone, read the articles linked below.
- United States Time Zones Resource
- What are Eclipse Series?
- Learning more about Eclipses
- Finding the Next Eclipse in your Chart
- Solar Eclipses and Astrology Houses
- Lunar Eclipses and Astrology Houses
- Navy's Lunar Eclipse Calculator
- Navy's Solar Eclipse Calculator
- What is my timezone?
- Convert GMT to America Timezones