Solar eclipse of 2 August 2027 in Athens

Athens is outside the path of totality: the eclipse is partial there, with 78% of the Sun covered at 12:32:46 PM local time.

20°W 10°W 0° 10°E 20°E 30°E 40°E 50°E 10°N 20°N 30°N 40°N 09:15 09:20 09:25 09:30 Tripoli Misrata Benghazi Rome Athens Istanbul
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Athens, Greece

Partial eclipse

78% of the Sun covered at maximum

Partial eclipse begins
11:16:42 AM Sun 54° above the horizon
Maximum
12:32:46 PM Sun 66° above the horizon
Partial eclipse ends
1:49:50 PM Sun 69° above the horizon

Times in Athens, UTC+3

On Monday 2 August 2027, the eclipse is partial in Athens (Greece). The Moon starts to cover the Sun at 11:16 AM, hides 78% of its surface at 12:32:46 PM and leaves it at 1:49 PM. All times are local time (UTC+3). At maximum the Sun stands 66° above the horizon, to the south-east.

A partial eclipse never gets dark, even a deep one: one percent of the Sun is still thousands of times brighter than the full Moon. The corona, the stars and the 360° twilight only appear inside the path of totality. From Athens, the nearest city on our list inside the path is Benghazi, 732 km away, where totality lasts 6 min 9 s.

Eclipse glasses stay on from the first second to the last: at no moment in Athens is it safe to look at the Sun with bare eyes.

Nearby cities

City Eclipse Duration Sun covered
Istanbul Partial eclipse – 59%
Benghazi Total eclipse 6 min 9 s 100%
Alexandria Partial eclipse – 93.3%
Siwa Oasis Total eclipse 5 min 32 s 100%
Misrata Partial eclipse – 99.9%
Rome Partial eclipse – 74%

Questions and answers

Is the 2027 solar eclipse total in Athens?

No. In Athens the eclipse is partial: the Moon covers 78% of the Sun at maximum. Totality is visible from Benghazi, 732 km away.

What time is the 2027 solar eclipse in Athens?

It begins at 11:16 AM, reaches its maximum at 12:32:46 PM and ends at 1:49 PM (local time (UTC+3)).

Can I look at the partial eclipse without glasses?

No. Use eclipse glasses that carry the ISO 12312-2 mark for the whole eclipse, or project the image of the Sun through a pinhole onto a sheet of paper.