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Eclipses in 2026 and 2027

9 eclipses in two years, with the time of greatest eclipse and what each of six cities will see.

Open the sky calendar for your place

"Visible from" covers only the six places this site works out in detail: Pune, New York, London, Tromsø, Tokyo, Sydney. An eclipse can be visible from many other places. The live app computes the answer for the place you pick.

What each place sees

Annular solar eclipse, Tue, 17 Feb 2026

• Pune: Not visible from here. The greatest eclipse is near 65°S, 87°E.
• New York: Not visible from here. The greatest eclipse is near 65°S, 87°E.
• London: Not visible from here. The greatest eclipse is near 65°S, 87°E.
• Tromsø: Not visible from here. The greatest eclipse is near 65°S, 87°E.
• Tokyo: Not visible from here. The greatest eclipse is near 65°S, 87°E.
• Sydney: Not visible from here. The greatest eclipse is near 65°S, 87°E.

Total lunar eclipse, Tue, 3 Mar 2026

• Pune: Totality lasts about 59 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• New York: Totality lasts about 59 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• London: Totality lasts about 59 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Tromsø: Totality lasts about 59 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Tokyo: Totality lasts about 59 minutes. From here the Moon is 35° up at the peak.
• Sydney: Totality lasts about 59 minutes. From here the Moon is 35° up at the peak.

Total solar eclipse, Wed, 12 Aug 2026

• Pune: Not visible from here. The greatest eclipse is near 65°N, 25°W.
• New York: Visible from here: 9% of the Sun is covered at the peak, with the Sun 62° up. The greatest eclipse is near 65°N, 25°W. Never look at the Sun without proper eclipse glasses.
• London: Visible from here: 91% of the Sun is covered at the peak, with the Sun 10° up. The greatest eclipse is near 65°N, 25°W. Never look at the Sun without proper eclipse glasses.
• Tromsø: Visible from here: 83% of the Sun is covered at the peak, with the Sun 10° up. The greatest eclipse is near 65°N, 25°W. Never look at the Sun without proper eclipse glasses.
• Tokyo: Not visible from here. The greatest eclipse is near 65°N, 25°W.
• Sydney: Not visible from here. The greatest eclipse is near 65°N, 25°W.

Partial lunar eclipse, Fri, 28 Aug 2026

• Pune: The partial phase lasts about 199 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• New York: The partial phase lasts about 199 minutes. From here the Moon is 38° up at the peak.
• London: The partial phase lasts about 199 minutes. From here the Moon is 8° up at the peak.
• Tromsø: The partial phase lasts about 199 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Tokyo: The partial phase lasts about 199 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Sydney: The partial phase lasts about 199 minutes. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.

Annular solar eclipse, Sat, 6 Feb 2027

• Pune: Not visible from here. The greatest eclipse is near 31°S, 48°W.
• New York: Not visible from here. The greatest eclipse is near 31°S, 48°W.
• London: Not visible from here. The greatest eclipse is near 31°S, 48°W.
• Tromsø: Not visible from here. The greatest eclipse is near 31°S, 48°W.
• Tokyo: Not visible from here. The greatest eclipse is near 31°S, 48°W.
• Sydney: Not visible from here. The greatest eclipse is near 31°S, 48°W.

Penumbral lunar eclipse, Sat, 20 Feb 2027

• Pune: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 31° up at the peak.
• New York: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 6° up at the peak.
• London: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 46° up at the peak.
• Tromsø: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 29° up at the peak.
• Tokyo: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Sydney: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.

Penumbral lunar eclipse, Sun, 18 Jul 2027

• Pune: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 27° up at the peak.
• New York: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• London: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Tromsø: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Tokyo: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 29° up at the peak.
• Sydney: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 61° up at the peak.

Total solar eclipse, Mon, 2 Aug 2027

• Pune: Visible from here: 32% of the Sun is covered at the peak, with the Sun 33° up. The greatest eclipse is near 25°N, 33°E. Never look at the Sun without proper eclipse glasses.
• New York: Not visible from here. The greatest eclipse is near 25°N, 33°E.
• London: Visible from here: 42% of the Sun is covered at the peak, with the Sun 40° up. The greatest eclipse is near 25°N, 33°E. Never look at the Sun without proper eclipse glasses.
• Tromsø: Not visible from here. The greatest eclipse is near 25°N, 33°E.
• Tokyo: Not visible from here. The greatest eclipse is near 25°N, 33°E.
• Sydney: Not visible from here. The greatest eclipse is near 25°N, 33°E.

Penumbral lunar eclipse, Tue, 17 Aug 2027

• Pune: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• New York: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is 28° up at the peak.
• London: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Tromsø: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Tokyo: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.
• Sydney: A penumbral eclipse is a faint shading that is hard to see by eye. From here the Moon is below the horizon at the peak, so you cannot see the middle of it.

What the types mean

In a total solar eclipse the Moon fully covers the Sun for places inside a narrow path; in an annular one the Moon is too far away to cover it completely and a ring of Sun shows; in a partial one it covers only part. A lunar eclipse is the Moon passing through Earth's shadow, and it can be seen from anywhere on the night side of Earth.

How these were checked

The 4 solar eclipses in 2026 and 2027 match the US Naval Observatory's table in date and type. The Observatory offers no lunar eclipse table through its API, so the lunar eclipse dates here come from the calculation library alone and have not been compared with a second source.

Sources

• U.S. Naval Observatory, Astronomical Applications API. The published tables our results were compared with
• astronomy-engine. The MIT licensed library that does the calculations, run on the page's build machine and in the app