Moon calendar · eclipses
The solar eclipse of February 17, 2026 a ring of fire at the end of the world.
On February 17, 2026, the Moon passes in front of the Sun without covering it entirely: an annular eclipse, which leaves a ring of light shining around the dark disc. The ring shows itself only from Antarctica; the south of Argentina and Chile, along with southern Africa, see a partial eclipse. Nothing is observable from Western Europe. The peak falls around 12:12 UTC, at 29° of Aquarius.
The essentials
- Date
- February 17, 2026
- Type
- annular solar
- Peak
- 12:12 UTC, i.e. 13:12 in Paris
- Ring visible from
- Antarctica only
- Partial visible from
- southern Argentina and Chile, southern Africa, the Southern and Indian Oceans; not from Western Europe
- Sign occupied
- Sun and Moon at 29° of Aquarius
What happens that day?
A solar eclipse is always a new Moon taking precise aim: the Moon passes exactly between Earth and the Sun. On this February 17, though, it sits far from us on its orbit, near its apogee. Its apparent disc is then a touch too small to cover the whole Sun: instead of the complete black of a total eclipse, a circle of light remains around the lunar silhouette. It’s this “ring of fire” that gives the annular eclipse its name.
The day’s geometry leans far to the south: the alignment’s axis grazes Earth near the pole, and the ring of annularity sweeps across Antarctica. This is an eclipse for the penguins, for the winterers at the polar bases and for a few well-placed ships.
Where and how to watch it?
The complete ring plays out above the Antarctic continent, in the heart of the austral summer. Around this zone, a partial eclipse stays visible from the tip of South America (Argentine and Chilean Patagonia), from southern Africa (Namibia, Botswana, South Africa) and from the islands of the Southern and Indian Oceans. Europe sees nothing at all: from Western Europe, the Sun on this February Tuesday stays perfectly round.
If you find yourself in an affected region, the rule allows no exceptions: you never look at the Sun with the naked eye, even when it’s far gone. You need certified ISO 12312-2 eclipse glasses, or indirect projection (a small hole in a piece of card that casts the Sun’s image on the ground). From Western Europe, the simplest option remains the observatories’ live streams.
What astrology reads into it
This eclipsed new Moon stands at the very last degree of Aquarius, an air sign tied to the collective, to ideas in circulation, to chosen bonds. Tradition reads solar eclipses as underlined new Moons: a beginning more emphatic than the rest, whose effects unfold over several months rather than across a four-week cycle.
On the side of the signs, it also opens the Leo-Aquarius run that will shape the eclipses of 2026 and 2027, while the Virgo-Pisces run draws to a close. A final degree is a threshold: something of an old chapter ends so that what comes next has the room to exist. It’s for each of us to look at where, in our own life, that threshold resonates; the eclipse dates nothing, it colors.
And the next one?
Eclipses travel in pairs, two weeks apart, just long enough for the Moon to move from the Sun to Earth’s shadow. This one will be followed by a total lunar eclipse on March 3, 2026, with almost an hour of red Moon over the Pacific, East Asia, Australia and the Americas. The same eclipse season, seen from the other end of the lunation.
Frequently asked questions
- Will the February 17, 2026 eclipse be visible from Western Europe?
- No, not at all. The ring forms only over Antarctica, and the partial phase stays confined to the Southern Hemisphere: Patagonia, southern Africa, the neighboring oceans. From Western Europe, nothing happens in the sky that day.
- Why is it called an annular eclipse and not a total one?
- Because the Moon is too far from Earth that day. Near its apogee, its apparent disc isn’t enough to cover the whole Sun: a ring of light remains around it. Even at this stage, the leftover brightness calls for certified ISO 12312-2 glasses to observe it.