The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 2026 Feb 17 . The geographic coordinates (WGS 84) of the northern and southern limits and the central line are listed at 60-second intervals. This provides adequate detail for making plots of the path on larger scale maps. Local circumstances on the central line include the ratio of the apparent diameters of the Moon to the Sun, the Sun's altitude and azimuth (degrees), the path width (kilometers) and the duration on the central line (minutes and seconds).
The global visibility of the eclipse is shown on an Orthographic Map . The features of this map are described in the Key to Solar Eclipse Path Tables. The path of the eclipse is displayed in greater detail on a Google Map .
M:S Central
Universal Northern Limit Southern Limit Central Line Diam. Sun Sun Path Line
------------------ ------------------ ------------------ Ratio Alt Azm Width Durat.
Time Latitude Longitude Latitude Longitude Latitude Longitude
° ´ ° ´ ° ´ ° ´ ° ´ ° ´ ° ° km
Limits 73 56.0S 144 42.4E 69 08.0S 128 11.6E 71 57.6S 136 40.6E 0.959 0 - 766 02m20.9s
11:49 75 58.5S 107 13.3E - - 73 32.7S 127 15.0E 0.960 3 237 709 02m20.8s
11:50 75 37.1S 104 01.2E - - 73 52.8S 121 24.0E 0.961 5 242 682 02m20.7s
11:51 75 13.2S 101 12.3E - - 73 53.8S 116 48.9E 0.961 6 247 664 02m20.6s
11:52 74 47.3S 098 43.2E - - 73 45.3S 112 58.0E 0.961 7 250 649 02m20.6s
11:53 74 20.0S 096 31.3E - - 73 30.8S 109 39.2E 0.961 7 253 638 02m20.5s
11:54 73 51.5S 094 36.6E - - 73 12.2S 106 45.9E 0.962 8 255 629 02m20.5s
11:55 73 22.3S 092 52.3E - - 72 50.8S 104 13.8E 0.962 9 257 622 02m20.4s
11:56 72 52.4S 091 20.3E 70 20.4S 119 54.9E 72 27.1S 101 59.5E 0.962 9 259 616 02m20.3s
11:57 72 22.1S 089 58.5E 70 25.2S 115 42.3E 72 01.8S 100 00.6E 0.962 10 261 611 02m20.3s
11:58 71 51.5S 088 45.6E 70 17.3S 112 27.8E 71 35.3S 098 14.9E 0.962 10 262 607 02m20.2s
11:59 71 20.7S 087 40.5E 70 02.9S 109 46.5E 71 07.8S 096 40.7E 0.962 10 263 604 02m20.2s
12:00 70 49.7S 086 42.3E 69 44.6S 107 28.6E 70 39.5S 095 16.7E 0.962 11 264 601 02m20.1s
12:01 70 18.6S 085 50.4E 69 23.4S 105 28.9E 70 10.7S 094 01.6E 0.963 11 265 600 02m20.1s
12:02 69 47.4S 085 04.0E 69 00.2S 103 44.0E 69 41.4S 092 54.6E 0.963 11 266 599 02m20.0s
12:03 69 16.3S 084 22.5E 68 35.4S 102 11.7E 69 11.8S 091 54.7E 0.963 11 266 598 02m20.0s
12:04 68 45.2S 083 45.6E 68 09.5S 100 50.0E 68 42.0S 091 01.1E 0.963 12 267 598 02m19.9s
12:05 68 14.1S 083 12.8E 67 42.6S 099 37.6E 68 11.9S 090 13.2E 0.963 12 267 599 02m19.9s
12:06 67 43.0S 082 43.6E 67 15.0S 098 33.6E 67 41.6S 089 30.6E 0.963 12 268 600 02m19.9s
12:07 67 12.0S 082 17.9E 66 46.7S 097 36.9E 67 11.3S 088 52.8E 0.963 12 268 602 02m19.8s
12:08 66 41.1S 081 55.3E 66 17.9S 096 46.8E 66 40.8S 088 19.2E 0.963 12 268 604 02m19.8s
12:09 66 10.2S 081 35.6E 65 48.7S 096 02.9E 66 10.3S 087 49.7E 0.963 12 268 606 02m19.7s
12:10 65 39.4S 081 18.6E 65 19.1S 095 24.4E 65 39.7S 087 23.9E 0.963 12 268 609 02m19.7s
12:11 65 08.7S 081 04.1E 64 49.2S 094 51.1E 65 09.0S 087 01.5E 0.963 12 268 613 02m19.7s
12:12 64 38.0S 080 51.9E 64 19.0S 094 22.6E 64 38.3S 086 42.3E 0.963 12 268 617 02m19.6s
12:13 64 07.4S 080 41.9E 63 48.5S 093 58.5E 64 07.6S 086 26.1E 0.963 12 268 621 02m19.6s
12:14 63 36.8S 080 34.1E 63 17.7S 093 38.7E 63 36.8S 086 12.9E 0.963 12 268 626 02m19.6s
12:15 63 06.2S 080 28.2E 62 46.6S 093 23.1E 63 06.0S 086 02.3E 0.963 12 268 631 02m19.5s
12:16 62 35.8S 080 24.3E 62 15.3S 093 11.4E 62 35.1S 085 54.4E 0.963 12 268 637 02m19.5s
12:17 62 05.3S 080 22.2E 61 43.6S 093 03.6E 62 04.2S 085 49.0E 0.963 12 267 643 02m19.5s
12:18 61 34.8S 080 21.9E 61 11.7S 092 59.8E 61 33.2S 085 46.1E 0.963 12 267 649 02m19.5s
12:19 61 04.4S 080 23.4E 60 39.3S 092 59.9E 61 02.0S 085 45.7E 0.963 12 267 656 02m19.4s
12:20 60 33.9S 080 26.6E 60 06.6S 093 04.2E 60 30.8S 085 47.7E 0.963 12 266 663 02m19.4s
12:21 60 03.4S 080 31.5E 59 33.3S 093 12.9E 59 59.4S 085 52.1E 0.963 11 266 671 02m19.4s
12:22 59 32.8S 080 38.2E 58 59.4S 093 26.4E 59 27.9S 085 59.1E 0.963 11 266 678 02m19.4s
12:23 59 02.2S 080 46.6E 58 24.8S 093 45.1E 58 56.2S 086 08.5E 0.963 11 265 687 02m19.4s
12:24 58 31.5S 080 56.7E 57 49.3S 094 10.0E 58 24.2S 086 20.7E 0.963 11 265 695 02m19.4s
12:25 58 00.7S 081 08.7E 57 12.5S 094 42.5E 57 52.0S 086 35.6E 0.963 10 264 703 02m19.4s
12:26 57 29.7S 081 22.5E 56 33.8S 095 25.0E 57 19.3S 086 53.7E 0.962 10 264 712 02m19.4s
12:27 56 58.6S 081 38.2E 55 52.5S 096 21.9E 56 46.3S 087 14.9E 0.962 10 263 721 02m19.4s
12:28 56 27.3S 081 56.1E 55 05.9S 097 44.4E 56 12.8S 087 39.7E 0.962 9 262 729 02m19.4s
12:29 55 55.7S 082 16.1E 54 01.7S 100 30.6E 55 38.6S 088 08.8E 0.962 9 262 737 02m19.4s
12:30 55 23.8S 082 38.6E - - 55 03.5S 088 42.8E 0.962 8 261 745 02m19.4s
M:S Central
Universal Northern Limit Southern Limit Central Line Diam. Sun Sun Path Line
------------------ ------------------ ------------------ Ratio Alt Azm Width Durat.
Time Latitude Longitude Latitude Longitude Latitude Longitude
° ´ ° ´ ° ´ ° ´ ° ´ ° ´ ° ° km
12:31 54 51.6S 083 03.6E - - 54 27.5S 089 22.8E 0.962 8 260 752 02m19.4s
12:32 54 18.9S 083 31.6E - - 53 49.9S 090 10.5E 0.962 7 259 758 02m19.4s
12:33 53 45.6S 084 02.9E - - 53 10.3S 091 08.7E 0.961 6 258 762 02m19.4s
12:34 53 11.8S 084 38.3E - - 52 27.5S 092 22.8E 0.961 5 257 764 02m19.5s
12:35 52 37.0S 085 17.7E - - 51 38.3S 094 06.8E 0.961 4 255 762 02m19.6s
12:36 52 01.2S 086 02.9E - - 50 20.9S 098 01.1E 0.960 1 252 746 02m19.7s
Limits 47 29.0S 096 24.7E 53 29.4S 102 41.8E 50 06.5S 099 02.4E 0.960 0 - 741 02m19.7s
Predictions for the Annular Solar Eclipse of 2026 Feb 17 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 75.1 seconds. The accuracy of the northern and southern edges of the eclipse path are limited to approximately 1-2 kilometers due to the lunar limb profile.
All eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy. Permission is freely granted to reproduce this data when accompanied by an acknowledgment:
"Eclipse Predictions by Fred Espenak, NASA's GSFC"
For more information, see: NASA Copyright Information
