Inside the path of annularity: ring of fire
- Ring of fire
- 7 mins 33 secs
- Obscuration
- 85.8%
| Phase | Sun altitude | |
|---|---|---|
| Begins | 13:31:47 UTC | 43° |
| Ring begins | 15:06:03 UTC | 58° |
| Maximum | 15:09:49 UTC | 59° |
| Ring ends | 15:13:36 UTC | 59° |
| Ends | 16:51:36 UTC | 65° |
In San Antonio Oeste the whole Moon will sit inside the Sun’s disc for 7 mins 33 secs, starting at 12:06:03 ART: a ring of fire will be visible.
| Phase | Sun altitude | |
|---|---|---|
| Begins | 13:31:47 UTC | 43° |
| Ring begins | 15:06:03 UTC | 58° |
| Maximum | 15:09:49 UTC | 59° |
| Ring ends | 15:13:36 UTC | 59° |
| Ends | 16:51:36 UTC | 65° |
Shown with the zenith at the top, as you will see it in the sky. Sizes and positions are computed; brightness is illustrative.
At maximum the Sun will be 59° above the horizon, to the northeast. Find a spot with no buildings or hills in that direction.
All cities: annular eclipse 2027 →
No, never. Even during the ring of fire about 14 % of the Sun stays visible, enough to damage your eyes. Use glasses certified to ISO 12312-2 or a pinhole projector. Ordinary sunglasses do not protect you.
Around midday in South America. In Mar del Plata it starts at 10:45 and the ring lasts from 12:24 to 12:32 (ART); in Buenos Aires the maximum is at 12:32, in Maldonado the ring is at 12:36 (UYT) and in São Paulo the maximum is at 13:22 (BRT). In Ghana the ring arrives at 17:50 (GMT), just before sunset.