Find lunar eclipse peaks before and after an exact date
Choose a local instant to find the strictly previous and next global lunar eclipse peaks. Results include eclipse type, peak time, the fraction of the Moon's disc covered by Earth's umbra, and modeled phase durations.
Adjacent global lunar eclipse peaks
The nearest eclipse peak in time is the previous partial lunar eclipse, peaking 3 days, 4 hours, 36 minutes before the selected instant.
Previous peak: Partial lunar eclipse
Peak in UTC
Peak UTC
28 Aug 2026, 04:12 UTC
Moon's disc covered by the umbra at peak
96.6%
Penumbral phase
Friday, 28 August 2026 at 01:23 to Friday, 28 August 2026 at 07:02 (338 minutes)
Umbral phase (U1–U4)
Friday, 28 August 2026 at 02:33 to Friday, 28 August 2026 at 05:52 (199 minutes)
Totality (U2–U3)
Not reached in this eclipse
Next peak: Penumbral lunar eclipse
Peak in UTC
Peak UTC
20 Feb 2027, 23:12 UTC
Moon's disc covered by the umbra at peak
0.0%
Penumbral phase
Saturday, 20 February 2027 at 21:11 to Sunday, 21 February 2027 at 01:13 (242 minutes)
Umbral phase (U1–U4)
Not reached in this eclipse
Totality (U2–U3)
Not reached in this eclipse
Eclipse types and reported phases
A penumbral eclipse crosses only Earth's outer shadow; reported umbral obscuration is zero.
A partial eclipse places part of the apparent lunar disc inside Earth's umbra.
A total eclipse places the entire apparent lunar disc inside the umbra for a totality interval.
Penumbral timing runs from P1 to P4. The umbral interval runs from U1 to U4, and totality from U2 to U3. Contact times are reconstructed from the astronomy model's semi-durations around the calculated peak.
Global event, not local visibility
This finder identifies lunar eclipses that occur somewhere on Earth. It does not determine whether the Moon is above the horizon, whether the eclipse occurs in darkness, or whether clouds permit viewing at a particular location. Umbral obscuration is apparent disc area covered, not the different quantity called umbral magnitude in NASA catalogues.