Total Lunar Eclipse on Sat, 26 May 2040 – Path & Viewing Guide
Global Eclipse Conditions
A total lunar eclipse occurs when the entire Moon passes through Earth's umbral shadow. The eclipse begins with the Moon entering the faint penumbral shadow at 00:06 (GMT-9), though this stage is often difficult to notice. The partial phase starts at 01:01, when a visible dark shadow begins to creep across the lunar surface. Totality begins at 02:00, as the Moon becomes fully immersed in the umbra, often turning a deep red or copper color.The eclipse reaches its peak at 02:46, when the Moon is closest to the center of Earth’s shadow. After that, totality ends at 03:32, and the Moon begins to emerge from the umbra. The partial eclipse concludes at 04:33, followed by a gradual fading of the penumbral shadow until the eclipse ends at 00:06.
Local Eclipse Phase Times
| Phase | Time (GMT-9) | Local Visibility |
|---|---|---|
| Penumbral Eclipse Begins | 00:06 | 👁 |
| Partial Eclipse Begins | 01:01 | 👁 |
| Total Eclipse Begins | 02:00 | 👁 |
| The maximum eclipse occurs at 02:46. The eclipse is total with 100% coverage. | ||
| Total Eclipse Ends | 03:32 | 👁 |
| The Moon sets at 03:58. The eclipse is in its partial phase with 57% coverage. | ||
| Partial Eclipse Ends | 04:33 | - |
| Penumbral Eclipse Ends | 05:26 | - |
Global Eclipse Path
Local Eclipse Conditions at (GMT-9)
Earth's Shadow and Moon relative positions.
Local Eclipse Parameters
| Eclipse Phase | |
| Penumbral Magnitude | |
| Umbral Magnitude | |
| Penumbral Coverage | |
| Umbral Coverage | |
| Umbra Size, km | |
| Penumbra Size, km | |
| Distance to Shadow Center, km |
Observation Parameters
| Time | |
| Latitude | 37.3541 |
| Longitude | -121.955 |
| Moon Elevation | -121.955 |
| Moon Azimuth | -121.955 |