Bandwagon 5 · Falcon 9 Block 5Liftoff in Oct 19, 10:30 UTCWatch live ›
Hot Space News

Moon phase today

Tonight's Moon for your location: its phase and illumination, moonrise and moonset, where it is in your sky, and the full Moon calendar for the months ahead.

Now, Sunday, October 18, 9:22 PM UTC

First Quarter

52% illuminated · 8.2 days since the new Moon · waxing

Full Moon (Hunter's Moon): Mon, Oct 26 at 4:12 AM UTC · Last Quarter: Sun, Nov 1 at 8:28 PM UTC

Moonrise
Choose your city
Moonset
Choose your city
In your sky
Choose your city
Distance
384,400 km (238,900 mi) on average
Constellation

Your location stays in this browser.

As seen from the Northern Hemisphere (north up)
Move the slider to change the time

The Moon in your sky tonight

Choose your city to see when the Moon is up.

Drag along the chart, or use the arrow keys, to see the Moon at any time of the night. Shading shows daylight, twilight and full darkness.

Next 30 days

October 2026

Moon phase calendar, as the Moon looks at 9 PM each evening

Sun
Mon
Tue
Wed
Thu
Fri
Sat

Next Moon phases

PhaseDateTimeFull Moon nameDistance from Earth
Full MoonMon, Oct 26, 20264:12 AMHunter's Moon368,859 km (229,198 mi)
Last QuarterSun, Nov 1, 20268:28 PM372,607 km (231,527 mi)
New MoonMon, Nov 9, 20267:02 AM397,761 km (247,157 mi)
First QuarterTue, Nov 17, 202611:48 AM397,505 km (246,998 mi)
Full MoonTue, Nov 24, 20262:54 PMBeaver Moon360,754 km (224,162 mi)
Last QuarterTue, Dec 1, 20266:09 AM377,764 km (234,732 mi)
New MoonWed, Dec 9, 202612:52 AM404,678 km (251,455 mi)
First QuarterThu, Dec 17, 20265:43 AM389,957 km (242,308 mi)

Times in UTC. Full Moon names are the traditional North American ones. Calculations: Astronomy Engine. Moon map: NASA Scientific Visualization Studio, from Lunar Reconnaissance Orbiter data.

Today’s phase, illumination and age

The panel at the top shows the Moon as it is right now from the place you choose. The phase name follows the Moon’s angle from the Sun as seen from Earth: new Moon at 0 degrees, first quarter at 90, full Moon at 180 and last quarter (also called third quarter) at 270. The names in between, waxing crescent, waxing gibbous, waning gibbous and waning crescent, cover the days between those four moments. Illumination is the share of the Moon’s disk that is sunlit, and the age counts the days since the last new Moon.

The picture is drawn from a map of the lunar surface made with data from NASA’s Lunar Reconnaissance Orbiter, lit the way the Sun lights it at that moment. Familiar features shift a little from week to week: that is libration, a slight rocking of the Moon as seen from Earth, which over time shows observers a little more than half of its surface.

When the next full Moon rises

The next full Moon is the Hunter's Moon on Monday, October 26 at 4:12 AM UTC. The table lists the next eight principal phases in your time zone, with the Moon’s distance from Earth at each one. A full Moon rises at sunset and sets at sunrise, so it is up all night. A waxing Moon is best seen in the evening, and a waning Moon after midnight and into the morning.

The full Moon names are the traditional North American ones that almanacs made popular: the Wolf Moon in January, Snow Moon in February, Worm Moon in March, Pink Moon in April, Flower Moon in May, Strawberry Moon in June, Buck Moon in July, Sturgeon Moon in August, Corn Moon in September, Hunter’s Moon in October, Beaver Moon in November and Cold Moon in December. The Harvest Moon is the full Moon closest to the September equinox, and the Hunter’s Moon is the one after it. A second full Moon in the same calendar month is called a Blue Moon.

Moonrise, moonset and the Moon in your sky

The chart follows the Moon’s height above your horizon from noon to noon, so the night sits in the middle. The background shows daylight, the three stages of twilight and full darkness. Moonrise and moonset are given for the Moon’s upper edge on a level horizon, with the usual allowance for the bending of light by the atmosphere; hills and buildings can delay a rise or bring a set forward by several minutes.

The Moon rises later every day, by about 50 minutes on average, because it moves roughly 12 degrees east of the Sun each day as it orbits Earth. That is also why some dates have no moonrise or no moonset at all.

A 29.5-day cycle of light

The Moon makes no light of its own. The Sun always lights half of it, and the phases show how much of that lit half faces Earth. One cycle from new Moon to new Moon lasts 29.53 days on average. That is longer than the 27.3 days the Moon takes to circle Earth once relative to the stars, because Earth moves along its own orbit in the meantime and the Moon has to travel a little farther to line up with the Sun again.

Why the Moon looks upside down south of the equator

Observers in the Southern Hemisphere see the Moon turned by about 180 degrees compared with the Northern Hemisphere: a waxing crescent is lit on the left instead of the right. The picture above turns automatically when you choose a place south of the equator.

Common questions

Is the Moon waxing or waning today?

Right now the Moon is waxing: 52% of its disk is lit and growing toward the full Moon of Monday, October 26 at 4:12 AM UTC. Waxing means the lit part grows each night toward the full Moon; waning means it shrinks toward the new Moon.

How far away is the Moon?

Right now it is about 402,300 km (250,000 miles) from Earth. On average it is about 384,400 kilometers (238,855 miles) away. Its orbit is an ellipse, so the mean distance at perigee, the closest point, is about 363,300 km and at apogee, the farthest, about 405,500 km. The table shows the distance at each upcoming phase.

What is a supermoon?

A popular name rather than an official astronomical term, usually given to a full Moon that comes close to perigee. NASA says such a Moon can appear up to 14 percent bigger and 30 percent brighter than the faintest full Moon of the year, when the Moon is at its farthest.

Is the Moon phase the same everywhere?

Yes. The phase is the same all over Earth at any given moment. What changes with your location is the local date and time of each phase, when the Moon rises and sets, and which way up it appears.

How accurate are these times?

The positions come from Astronomy Engine, an open source library tested against NASA JPL’s Horizons system, and times are rounded to the minute. What you see can differ by a few minutes from the moonrise and moonset times because of terrain, your elevation and the atmosphere.

From Skywatching