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Solar eclipse · In 132 days

Annular solar eclipse of 6 February 2027: time, path and where to see it

An annular solar eclipse takes place on 6 February 2027, in 132 days. Greatest eclipse is at 16:00 UTC. It is visible from South America, Antarctica, western and southern Africa; the ring is seen from Chile, Argentina, the Atlantic.

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Date6 Feb 2027Saturday · in 132 days
Greatest eclipse16:00 UTC16:00 in London and 11:00 in New York
Longest ring phase7 min 51 sMagnitude 0.928
From LithuaniaNot visibleSouth America, Antarctica
Key facts · 6 February 2027
  • The annular solar eclipse of 6 February 2027 reaches its greatest phase at 16:00 UTC.
  • Its magnitude is 0.928 and the annular phase lasts up to 7 min 51 s.
  • It is visible from South America, Antarctica, western and southern Africa.
  • The annular phase is seen from Chile, Argentina, the Atlantic.
  • It is not visible from Lithuania.
  • The eclipse belongs to Saros series 131.

What time is the eclipse?

The moment of greatest eclipse is the same everywhere on Earth; only the clock time differs. At a given place the local maximum of a solar eclipse can differ from it by up to a couple of hours, because the Moon’s shadow travels across the Earth.

Time zoneGreatest eclipse
UTC (Universal Time)16:00
Vilnius, Riga, Tallinn, Helsinki18:00
Moscow19:00
London16:00
New York11:00

Where is the eclipse visible?

The eclipse is visible from South America, Antarctica, western and southern Africa. The annular phase is seen only from a narrow path across Chile, Argentina, the Atlantic; everywhere else in the area the eclipse is partial.

SUNMOONEARTH

Is it visible from Europe and the Baltic states?

The eclipse is not visible from Europe. The eclipse is not visible from Lithuania or the other Baltic states.

How to watch it safely

An annular eclipse is never safe to watch without a filter: the ring of sunlight stays bright throughout. Use eclipse glasses or a solar filter that meets ISO 12312-2, or a pinhole projection.

Eclipse glassesUse eclipse glasses or a handheld solar viewer that meets the ISO 12312-2 standard. Ordinary sunglasses, however dark, are not safe.
Optics need a front filterDo not look through a camera, binoculars or a telescope unless a solar filter covers the front of the lens, even while wearing eclipse glasses.
Pinhole projectionA small hole in a card projects the image of the Sun onto the ground or a sheet of paper. You look at the projection, not at the Sun.

The Saros series

This eclipse belongs to Saros series 131. Eclipses of one series repeat every 18 years, 11 days and 8 hours, and each one falls about a third of the way around the globe to the west of the previous one.

All eclipses of 2027

DateEclipseGreatest eclipse (UTC)From Europe
6 February 2027Annular solar eclipse16:00not visible
20 February 2027Penumbral lunar eclipse23:13visible
18 July 2027Penumbral lunar eclipse16:03not visible
2 August 2027Total solar eclipse10:07visible
17 August 2027Penumbral lunar eclipse07:14not visible

Questions people ask

What time is the annular solar eclipse on 6 February 2027?

Greatest eclipse is at 16:00 UTC, which is 16:00 in London and 11:00 in New York.

Where is it visible?

It is visible from South America, Antarctica, western and southern Africa. The annular phase is seen from Chile, Argentina, the Atlantic.

Can it be seen from Lithuania?

The eclipse is not visible from Lithuania or the other Baltic states.

How long does it last?

The annular phase lasts up to 7 min 51 s on the central line. The partial phases before and after it last about an hour each.

Is it safe to look at it?

Only through eclipse glasses or a solar filter that meets ISO 12312-2. Sunglasses are not safe. A total eclipse can be watched without a filter only during the brief total phase.

When is the next annular solar eclipse?

The next annular solar eclipse is on 26 January 2028, visible from eastern North America, Central and South America, western Europe, north-western Africa.

Sources
  1. Fred Espenak, NASA Goddard Space Flight Center: Solar Eclipses 2021–2030 and Lunar Eclipses 2021–2030 (eclipse.gsfc.nasa.gov).
  2. Jean Meeus, Astronomical Algorithms, 2nd ed., 1998.
  3. American Astronomical Society: How to view a solar eclipse safely; ISO 12312-2 filters for direct observation of the Sun.
  4. timeanddate.com: local circumstances of eclipses for Vilnius.
How this page is made

Dates, types, magnitudes and durations are taken from the NASA eclipse tables and checked row by row. NASA gives the time of greatest eclipse in Terrestrial Dynamical Time; this page converts it to UTC and shows it to the minute. The countdown is recalculated every day.

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