Eclipses in 2030
2030 brings 2 solar and 2 lunar eclipses. Greatest-eclipse times and magnitudes computed from JPL ephemeris data, shown in your timezone.
Solar eclipses
| Greatest eclipse | Type | Sign | Magnitude |
|---|---|---|---|
| June 1, 2030 at 06:28 UTC | Annular solar | Gemini | 0.94 |
| November 25, 2030 at 06:50 UTC | Total solar | Sagittarius | 1.05 |
The central path — June 1, 2030
The Moon's central shadow touches ground from June 1, 2030 at 04:52 UTC to June 1, 2030 at 08:04 UTC, sweeping the gold line; the dot is greatest eclipse. Along that track the eclipse is annular — a ring of Sun around the Moon; partial phases reach far beyond it. Computed by sweeping the shadow axis's ground intersection at two-minute steps.
The central path — November 25, 2030
The Moon's central shadow touches ground from November 25, 2030 at 05:16 UTC to November 25, 2030 at 08:24 UTC, sweeping the gold line; the dot is greatest eclipse. Along that track the eclipse is total; partial phases reach far beyond it. Computed by sweeping the shadow axis's ground intersection at two-minute steps.
Lunar eclipses
| Greatest eclipse | Type | Sign | Magnitude | Totality |
|---|---|---|---|---|
| June 15, 2030 at 18:33 UTC | Partial lunar | Sagittarius | 0.48 | — |
| December 9, 2030 at 22:28 UTC | Penumbral lunar | Gemini | 0.92 | — |
Reading the table
A solar eclipse is a new moon precise enough that the Moon covers part or all of the Sun for observers somewhere on Earth; a lunar eclipse is a full moon precise enough that the Moon crosses Earth's shadow. For solar eclipses, the magnitude is the deepest coverage seen anywhere on Earth (1.0 or higher means somewhere sees totality); for lunar, how deep the Moon sits in Earth's umbra — penumbral eclipses are subtle shadings most people never notice. For central solar eclipses the map shows the central path — where totality or annularity is actually seen; a partial solar eclipse has no central path, only a wide region of partial coverage, so it gets no map rather than a pretend one. A total lunar eclipse — a blood moon — is visible from the entire night side of Earth at once.
Astrologers treat eclipses as punctuation on the regular lunar cycle: a solar eclipse as an emphatic new-moon beginning, a lunar eclipse as an emphatic full-moon reveal, in the sign where they land.
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Every time on this page is computed from JPL ephemeris data — the same source NASA navigates by — and shown in your timezone. Want to know what the sky is doing to your chart? Start with the Big Three quiz or build your chart.