Satellites Tonight

Partial Lunar Eclipse of January 12, 2028

A partial lunar eclipse for all of North America and South America, most of Europe and parts of Africa

On Wednesday, January 12, 2028 (UT) Earth's dark shadow covers 7% of the Moon's diameter at maximum (04:13 UT); the partial phase lasts 56 min 0 s. Anyone who can see the Moon sees the same eclipse at the same moment: the only questions are whether the Moon is above your horizon and what your clock says.

Date (UT)
January 12, 2028
Maximum
04:13 UT
Type
Partial
Partial phases
56 min 0 s
Umbral magnitude
0.0662
Saros
115
Moon overheadBeijingLagosMumbaiSão PauloMexico CityMoscowTokyoCairoJohannesburgLondonNew YorkSydneyLos Angeles
Whole partial phasePart of the partial phaseOnly the faint penumbral phaseNot visible (Moon below the horizon)

Computed on a 2° grid from the Moon's altitude (JPL DE440) at NASA's contact times. At the edges of the shaded area the Moon is low, rising or setting during the eclipse.

Times for your city

Kinshasa, Democratic Republic of the Congo
Partial eclipse visible
Maximum 05:13 on Wed 12 Jan local time · Moon 10° up
PhaseLocal time (WAT)Moon height
Penumbral eclipse begins03:0736°
Partial eclipse begins04:4516°
Maximum05:1310°
Partial eclipse ends05:414°
Penumbral eclipse ends07:18below horizon

Search about 7,000 cities: every city over 100,000 people, plus the 1,075 cities on this site.

How the eclipse unfolds

  1. 02:07 UTPenumbral eclipse begins
  2. 03:45 UTPartial eclipse begins
  3. 04:13 UTMaximum
  4. 04:41 UTPartial eclipse ends
  5. 06:18 UTPenumbral eclipse ends

Times in UT. Unlike a solar eclipse, a lunar eclipse happens at the same moment for everyone who can see the Moon; only the local clock time differs.

The world's biggest cities

where the Moon is up
CityPartialMaximumPartial endsMoon at maxZone
Kinshasa Democratic Republic of the Congo04:4505:1305:4110°WAT
Istanbul Turkey06:4507:1307:4114°UTC+3
Lagos Nigeria04:4505:1305:4125°WAT
São Paulo Brazil00:4501:1301:4141°UTC−3
Mexico City Mexico21:4522:1322:4154°CST
Moscow Russia06:4507:1307:4113°MSK
Cairo Egypt05:4506:1306:418°EET
London England, United Kingdom03:4504:1304:4135°GMT
New York United States22:4523:1323:4169°EST
Lima Peru22:4523:1323:4151°UTC−5
Bogotá Colombia22:4523:1323:4168°UTC−5
Baghdad Iraq06:4507:1307:41below horizonUTC+3
Rio de Janeiro Brazil00:4501:1301:4140°UTC−3
Abidjan Ivory Coast03:4504:1304:4132°GMT
Saint Petersburg Russia06:4507:1307:4118°MSK
Alexandria Egypt05:4506:1306:4110°EET
Kano Nigeria04:4505:1305:4122°WAT
Santiago Chile00:4501:1301:4132°UTC−3
Jeddah Saudi Arabia06:4507:1307:41below horizonUTC+3
Giza Egypt05:4506:1306:418°EET
Bamako Mali03:4504:1304:4138°GMT
Los Angeles California, United States19:4520:1320:4138°PST
Casablanca Morocco03:4504:1304:4141°UTC+0
Ibadan Nigeria04:4505:1305:4125°WAT

Local times (24-hour clock). Greyed times: the Moon is below the horizon then.

United States, UK, Canada, Australia, Ireland, New Zealand

CityPartialMaximumPartial endsMoon at maxZone
New York United States22:4523:1323:4169°EST
Los Angeles California, United States19:4520:1320:4138°PST
Chicago Illinois, United States21:4522:1322:4160°CST
Houston Texas, United States21:4522:1322:4158°CST
Phoenix Arizona, United States20:4521:1321:4143°MST
Philadelphia Pennsylvania, United States22:4523:1323:4169°EST
San Antonio Texas, United States21:4522:1322:4155°CST
San Diego California, United States19:4520:1320:4139°PST
London England, United Kingdom03:4504:1304:4135°GMT
Birmingham England, United Kingdom03:4504:1304:4136°GMT
Glasgow Scotland, United Kingdom03:4504:1304:4136°GMT
Manchester England, United Kingdom03:4504:1304:4136°GMT
Sheffield England, United Kingdom03:4504:1304:4135°GMT
Leeds England, United Kingdom03:4504:1304:4135°GMT
Edinburgh Scotland, United Kingdom03:4504:1304:4136°GMT
Liverpool England, United Kingdom03:4504:1304:4136°GMT
Toronto Ontario, Canada22:4523:1323:4164°EST
Montréal Quebec, Canada22:4523:1323:4165°EST
Calgary Alberta, Canada21:4522:1322:4140°CST
Ottawa Ontario, Canada22:4523:1323:4164°EST
Edmonton Alberta, Canada21:4522:1322:4139°CST
Winnipeg Manitoba, Canada22:4523:1323:4150°EST
Mississauga Ontario, Canada22:4523:1323:4164°EST
Vancouver British Columbia, Canada20:4521:1321:4134°MST
Dublin Ireland03:4504:1304:4138°GMT
Cork Ireland03:4504:1304:4140°GMT
Limerick Ireland03:4504:1304:4140°GMT
Galway Ireland03:4504:1304:4140°GMT
Tallaght Ireland03:4504:1304:4138°GMT
Waterford Ireland03:4504:1304:4139°GMT
Drogheda Ireland03:4504:1304:4138°GMT
Dundalk Ireland03:4504:1304:4138°GMT

Watching it

Safe to watch. A lunar eclipse is just the Moon in Earth's shadow: look as long as you like, with your eyes, binoculars or a telescope. No filter is needed.

We do not forecast the weather, and no one can this far ahead. Whether you see it will depend on the clouds on the day: check a local forecast a few days before and be ready to travel to a clearer sky. For long-term cloud statistics along eclipse paths, see the climatology by meteorologist Jay Anderson at eclipsophile.com.

Questions

Where is the partial lunar eclipse of January 12, 2028 visible?

From all of North America and South America, most of Europe and parts of Africa: everywhere the Moon is above the horizon during the eclipse. See the map and the city tables for local times.

Can I see it from the United States?

Yes: from 520 of our 520 US cities, 518 of them for the whole eclipse. US local dates may be the evening before the UT date.

Is it safe to watch?

Yes. A lunar eclipse is completely safe to watch with your eyes, binoculars or a telescope.

Will it be cloudy?

We do not forecast the weather. Check a local forecast a day or two before.

Eclipse predictions by Fred Espenak, NASA's GSFC: NASA Eclipse Web Site, Five Millennium Canon of Solar Eclipses and Catalog of Lunar Eclipses (Espenak & Meeus): Besselian elements, path of totality tables and lunar contact times. City times are computed by us from those Besselian elements with the standard method (Meeus, Elements of Solar Eclipses), using a current estimate of ΔT (Earth-rotation correction) instead of the Canon's older extrapolation; they agree with NASA's own calculator to 0.1 s and with an independent Skyfield/JPL DE440 computation to within 15 s. Times are for sea level and ignore the lunar limb profile (a few seconds near the path edges). Moon altitudes: Skyfield with JPL DE440, corrected for parallax. City coordinates: GeoNames (CC BY 4.0).