Annular solar eclipse
Antarcticasouthern Argentinasouthern Chilesouthern Africa
Feb 17, 2026, 12:13 PM
122 days ago
Greatest eclipse
East Antarctica
-65°, 87°
Duration
2.3 minutes
Eclipse magnitude 0.963
Sources
Free tool
NASA Eclipse Web Site dates, magnitudes, durations and visibility regions for every solar and lunar eclipse from 2026 through 2030, cross-checked against timeanddate.
Feb 17, 2026, 12:13 PM
122 days ago
East Antarctica
-65°, 87°
2.3 minutes
Eclipse magnitude 0.963
Mar 3, 2026, 11:34 AM
108 days ago
central Pacific sublunar point
6°, -171°
58.3 minutes
Umbral magnitude 1.151
Aug 12, 2026, 5:47 PM
in 54 days
North Atlantic near Iceland and Greenland
65°, -25°
2.3 minutes
Eclipse magnitude 1.039
Aug 28, 2026, 4:14 AM
in 70 days
Amazon Basin sublunar point
-9°, -63°
198.1 minutes
Umbral magnitude 0.930
Feb 6, 2027, 4:00 PM
in 232 days
South Atlantic near Argentina
-31°, -48°
7.8 minutes
Eclipse magnitude 0.928
Feb 20, 2027, 11:14 PM
in 246 days
central Africa sublunar point
10°, 15°
241.0 minutes
Umbral magnitude -0.057
Jul 18, 2027, 4:04 PM
in 394 days
western Australia sublunar point
-22°, 121°
11.8 minutes
Umbral magnitude -1.068
Aug 2, 2027, 10:07 AM
in 409 days
Egypt near Luxor
26°, 33°
6.4 minutes
Eclipse magnitude 1.079
Aug 17, 2027, 7:14 AM
in 424 days
southeast Pacific sublunar point
-12°, -108°
218.6 minutes
Umbral magnitude -0.525
Jan 12, 2028, 4:14 AM
in 572 days
western Atlantic sublunar point
23°, -61°
56.0 minutes
Umbral magnitude 0.066
Jan 26, 2028, 3:08 PM
in 586 days
northern Brazil and Guianas
3°, -52°
10.4 minutes
Eclipse magnitude 0.921
Jul 6, 2028, 6:20 PM
in 748 days
Indian Ocean sublunar point
-23°, 86°
141.5 minutes
Umbral magnitude 0.389
Jul 22, 2028, 2:56 AM
in 764 days
Kimberley, Australia
-16°, 127°
5.2 minutes
Eclipse magnitude 1.056
Dec 31, 2028, 4:53 PM
in 926 days
southern China sublunar point
23°, 108°
71.3 minutes
Umbral magnitude 1.246
Jan 14, 2029, 5:13 PM
in 940 days
northwestern Canada
64°, -114°
not central
Eclipse magnitude 0.871
Jun 12, 2029, 4:06 AM
in 1,089 days
Arctic Canada
67°, -66°
not central
Eclipse magnitude 0.458
Jun 26, 2029, 3:23 AM
in 1,103 days
southern Brazil sublunar point
-23°, -50°
101.9 minutes
Umbral magnitude 1.844
Jul 11, 2029, 3:37 PM
in 1,118 days
South Pacific near Antarctica
-64°, -86°
not central
Eclipse magnitude 0.230
Dec 5, 2029, 3:03 PM
in 1,265 days
East Antarctica
-68°, 136°
not central
Eclipse magnitude 0.891
Dec 20, 2029, 10:43 PM
in 1,280 days
northern Africa sublunar point
23°, 19°
53.7 minutes
Umbral magnitude 1.117
Jun 1, 2030, 6:29 AM
in 1,443 days
western Siberia, Russia
57°, 80°
5.3 minutes
Eclipse magnitude 0.944
Jun 15, 2030, 6:34 PM
in 1,457 days
Indian Ocean sublunar point
-23°, 82°
144.4 minutes
Umbral magnitude 0.502
Nov 25, 2030, 6:51 AM
in 1,620 days
southern Indian Ocean
-44°, 71°
3.7 minutes
Eclipse magnitude 1.047
Dec 9, 2030, 10:28 PM
in 1,634 days
northern Africa sublunar point
22°, 21°
279.2 minutes
Umbral magnitude -0.163
Eclipses cluster into seasons when the Moon is close to one of its orbital nodes. The Saros cycle repeats similar eclipse geometry after about 18 years, 11 days and 8 hours, but the extra 8 hours shifts the next path roughly a third of the way around Earth. That is why related eclipses look familiar in geometry but move to different longitudes.
A total solar eclipse is brief because the Moon's umbral shadow is small and races over a rotating Earth. Even under unusually favorable geometry, totality tops out near 7.5 minutes; in this window the longest total solar eclipse is NASA's 2027-08-02 event at 6m23s. NASA also verifies the 2026-08-12 total solar eclipse at 17:47 TD, with totality through the Arctic, Greenland, Iceland and Spain.
Lunar eclipses are visible from the night side of Earth, so their regional footprint is far broader than a solar central path. Solar eclipses require certified eclipse glasses or a proper solar filter for every partial or annular phase. Only observers inside the narrow path of totality may look without filters during totality itself, and filters must go back on as soon as the Sun starts to return.
Sources: NASA solar decade table, NASA solar catalog, NASA lunar decade table, NASA lunar catalog, and timeanddate eclipse pages.