Dec 31, 2028 at 3:36 pm
Near max in 56°37'35.5"N, 61°14'05.8"W
| Global Event: | Total Lunar Eclipse |
|---|---|
| Local Type: | Penumbral Lunar Eclipse, in 56°37'35.5"N, 61°14'05.8"W |
| Begins: | Sun, Dec 31, 2028 at 3:35 pm |
| Maximum: | Sun, Dec 31, 2028 at 3:37 pm -0.986 Magnitude |
| Ends: | Sun, Dec 31, 2028 at 3:40 pm |
| Duration: | 5 minutes | All times shown on this page are local time. |
December 31, 2028 — Total Lunar Eclipse — 56°37'35.5"N, 61°14'05.8"W
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The animation shows what the eclipse approximately looks like. Stages and times of the eclipse are outlined below.
| Time | Phase | Event | Direction | Altitude |
|---|---|---|---|---|
| 10:03 am Sun, Dec 31 | Not directly visible | Penumbral Eclipse begins Below horizon |  332° | -6.9° |
| 11:07 am Sun, Dec 31 | Not directly visible | Partial Eclipse begins Below horizon | 346° | -9.9° |
| 12:16 pm Sun, Dec 31 | Not directly visible | Total Eclipse begins Below horizon | 2° | -10.9° |
| 12:52 pm Sun, Dec 31 | Not directly visible | Maximum Eclipse Below horizon | 10° | -10.5° |
| 1:27 pm Sun, Dec 31 | Not directly visible | Total Eclipse ends Below horizon | 18° | -9.4° |
| 2:36 pm Sun, Dec 31 | Not directly visible | Partial Eclipse ends Below horizon | 32° | -5.6° |
| 3:35 pm Sun, Dec 31 | Rising | Moonrise Rising | 44° | -0.2° |
| 3:37 pm Sun, Dec 31 | Maximum in 56°37'35.5"N, 61°14'05.8"W This is the moment when the eclipse reaches its greatest magnitude while the entire Moon is above the horizon in 56°37'35.5"N, 61°14'05.8"W. The true maximum point of this eclipse cannot be seen in 56°37'35.5"N, 61°14'05.8"W because the Moon is below the horizon at that time. Since the Moon is near the horizon at this time, we recommend going to a high point or finding an unobstructed area with free sight to Northeast for the best view of the eclipse. | 45° | -0.0° | |
| 3:40 pm Sun, Dec 31 | Penumbral Eclipse ends The Earth's penumbra ends. Since the Moon is near the horizon at this time, we recommend going to a high point or finding an unobstructed area with free sight to Northeast for the best view of the eclipse. | 45° | 0.2° |
How to use altitude & direction to find in the sky
The curvature of the shadow's path and the apparent rotation of the Moon's disk is due to the Earth's rotation.
Cloud Coverage (Dec 31)
In the past, this day was cloudy 79% of the time (since 2000).
Lunar Eclipses
- When Is the Next Lunar Eclipse?
- Total Lunar Eclipse
- Why Does the Moon Turn Red?
- Partial Lunar Eclipse
- Penumbral Lunar Eclipse
- Can I See a Lunar Eclipse?
- Blood Moon - Total Lunar Eclipse
- Eclipse Seasons
- What Is a Tetrad?
- Magnitude of Eclipses
- Accuracy of Our Eclipse Calculations
- Why Two Dates for a Lunar Eclipse?
Eclipses and Transits Visible in 56°37'35.5"N, 61°14'05.8"W
| Eclipse Visibility From 56°37'35.5"N, 61°14'05.8"W | Visibility Worldwide | ||
|---|---|---|---|
| Mar 3, 2026 Partial Lunar Eclipse | Total Lunar Eclipse |  | |
| Aug 12, 2026 Partial Solar Eclipse | Total Solar Eclipse |  | |
| Aug 27–28, 2026 Partial Lunar Eclipse | Partial Lunar Eclipse |  | |
| Feb 20, 2027 Penumbral Lunar Eclipse | Penumbral Lunar Eclipse |  | |
| Aug 2, 2027 Partial Solar Eclipse | Total Solar Eclipse |  | Note: Click on the date link for details in 56°37'35.5"N, 61°14'05.8"W, or the path map image for global details. |
Next annular eclipse visible in 56°37'35.5"N, 61°14'05.8"W