Live lunar calendar
The moon tonight
Live phase, illumination percentage, and age in days for tonight's moon — plus the next full moon, the next new moon, and a complete 12-month lunar calendar with the traditional names of every full moon.
The server snapshot revalidates hourly; the live moon component updates in the browser after hydration.
Tonight
—
— illuminated
— days into cycle
Next lunar milestones
Next full moon
Nov 24, 2026
16:19 UTC · in 20 days
Next new moon
Nov 9, 2026
21:57 UTC · in 5 days
Next 12 full moons
The Old Farmer's Almanac names from Algonquin and other Native American calendars, in popular use throughout the English-speaking world. Times are UTC; your local date may be one day before or after for moons near midnight.
| Date (UTC) | Time | Name | Tradition |
|---|---|---|---|
| Nov 24, 2026 | 16:19 UTC | Beaver Moon | November's full moon — named for beaver-trapping season before the freeze. |
| Dec 24, 2026 | 05:03 UTC | Cold Moon | December's full moon — named for the long, cold midwinter nights. |
| Jan 22, 2027 | 17:48 UTC | Wolf Moon | January's full moon — named for wolves howling in the cold of midwinter. |
| Feb 21, 2027 | 06:32 UTC | Snow Moon | February's full moon — named for the deepest snowfalls of the season. |
| Mar 22, 2027 | 19:16 UTC | Worm Moon | March's full moon — named for earthworms emerging as the soil thaws. |
| Apr 21, 2027 | 08:00 UTC | Pink Moon | April's full moon — named for early pink wildflowers (moss phlox), not a pink colour. |
| May 20, 2027 | 20:44 UTC | Flower Moon | May's full moon — named for the abundance of spring blossoms. |
| Jun 19, 2027 | 09:28 UTC | Strawberry Moon | June's full moon — named for the short strawberry-harvest season. |
| Jul 18, 2027 | 22:12 UTC | Buck Moon | July's full moon — named for new antlers growing on male deer. |
| Aug 17, 2027 | 10:56 UTC | Sturgeon Moon | August's full moon — named for the Great Lakes sturgeon catch. |
| Sep 15, 2027 | 23:40 UTC | Corn Moon | September's full moon — named for the corn harvest (called Harvest Moon when nearest the autumnal equinox). |
| Oct 15, 2027 | 12:24 UTC | Hunter's Moon | October's full moon — named for the season of hunting after the harvest. |
This month's lunar strip
Twenty-eight days centered on today, with the percentage of the moon's disc illuminated each day at 00:00 UTC.
Oct 29
91%
Oct 30
84%
Oct 31
76%
Nov 1
66%
Nov 2
56%
Nov 3
45%
Nov 4
35%
Nov 5
25%
Nov 6
16%
Nov 7
9%
Nov 8
4%
Nov 9
1%
Nov 10
0%
Nov 11
1%
Nov 12
5%
Nov 13
10%
Nov 14
18%
Nov 15
27%
Nov 16
36%
Nov 17
47%
Nov 18
57%
Nov 19
68%
Nov 20
77%
Nov 21
85%
Nov 22
92%
Nov 23
97%
Nov 24
99%
Nov 25
100%
Moon data depth
What makes tonight's moon page specific
Tonight's live reading
Next milestone cadence
Twenty-eight-day strip
UTC-to-local caveat
Understanding the moon's phases
The eight lunar phases
Astronomers divide the lunar cycle into eight named phases. Four are instantaneous events — the new moon (sun and moon in the same ecliptic longitude), first quarter (90° east of the sun), full moon (180° opposed), and last quarter (90° west). The other four — waxing crescent, waxing gibbous, waning gibbous, and waning crescent — are the broad transitions between them. "Waxing" means growing (lit side increasing); "waning" means shrinking. From the northern hemisphere, the lit side is on the right during waxing and on the left during waning; the southern hemisphere sees the mirror image.
Synodic vs sidereal month
The synodic month — the cycle of phases — averages 29.53 days. The sidereal month, the moon's actual orbital period relative to distant stars, is shorter at 27.32 days. The discrepancy exists because Earth itself moves about 1° per day along its solar orbit; after the moon completes one sidereal lap, it has to travel another ~27° to catch up to the same sun-Earth-moon alignment that defines a phase. Both cycles are slightly variable from month to month due to the moon's elliptical orbit, the gravitational tug of the sun, and other perturbations.
Why the moon looks (almost) identical from every city
Earth's diameter is about 12,742 km; the moon averages 384,400 km away. Two observers on opposite sides of Earth therefore see the moon from slightly different angles — the lunar parallax — but the shift is under 2°. The phase (the angle between sun, moon, and observer) is essentially the same to within a fraction of a percent of illumination. What differs by city is moonrise/moonset time, azimuth, and altitude — but not the phase itself. A full moon at 12:00 UTC is full everywhere on Earth.
Cultural names and the blue moon
The traditional English names — Wolf, Snow, Worm, Pink, Flower, Strawberry, Buck, Sturgeon, Corn (or Harvest), Hunter's, Beaver, Cold — derive from Algonquin and other Native American calendars, popularised by the Old Farmer's Almanac. Many cultures have their own systems: the Hindu lunar calendar names months for the nakshatra they begin in, the Chinese lunisolar calendar names months numerically with seasonal couplets, and Islamic lunar months are governed by the sighting of the new crescent. When two full moons fall in the same calendar month — a consequence of 12 synodic months totalling 354 days, eleven days shy of a solar year — the second is called a blue moon.
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2026 moon calendar
All 13 full moons of 2026 with traditional names.
Frequently asked questions
- What phase is the moon in tonight?
- The live phase shown above is computed from your device's clock against the moon's 29.53-day synodic cycle. The eight named phases — new, waxing crescent, first quarter, waxing gibbous, full, waning gibbous, last quarter, waning crescent — describe how much of the moon's lit hemisphere faces Earth. The percentage shows illumination of the visible disc; the age shows how many days have passed since the last new moon.
- How often is a blue moon?
- About every 2.5 to 3 years for the calendar definition (a second full moon in the same calendar month), and slightly more often for the older seasonal definition (the third full moon in a season with four). Twelve lunar cycles take 354 days, eleven days short of a solar year, so the surplus accumulates until an extra full moon is squeezed into a single month. Despite the name, a blue moon is not actually blue — the term means rare, as in 'once in a blue moon.'
- What is a supermoon?
- A supermoon is a full moon that occurs near perigee — the moon's closest approach to Earth in its slightly elliptical orbit. The most common rule defines it as a full moon within ~10% of the closest perigee distance, which produces 3 to 4 supermoons per year. A supermoon appears about 7% larger and 15% brighter than an average full moon — a real but subtle difference that is hard to perceive without side-by-side comparison.
- Does the moon phase affect tides?
- Yes. Tides are driven by the gravitational pull of the moon and sun. When the moon is full or new, the sun and moon align (or oppose) and their pulls add together to produce 'spring tides' — the highest highs and lowest lows of the lunar month. At first and last quarter, the sun and moon pull at right angles, producing the more moderate 'neap tides.' Spring tides at perigee (a 'king tide') can be especially extreme.
- Why does the moon look the same from every continent?
- The moon is, on average, 384,400 km from Earth — far enough that the angle subtended by Earth's diameter (~12,742 km) is small, around 1.9°. Moving from one side of Earth to the other shifts the apparent position of the moon against the stars by less than 1° (the lunar parallax) but does not noticeably change the lit-side angle: the same phase is visible everywhere the moon is above the horizon at the same UTC moment.
- Why are there 12 or 13 full moons in a year?
- A solar year is 365.24 days; a lunar synodic month is 29.53 days. Twelve lunar months sum to 354.36 days, leaving roughly 11 spare days a year. Those days accumulate, and once every 2-3 years there are 13 full moons in a calendar year — the second full moon in a single month is then called a blue moon. 2026 is one such year (13 full moons total).
- What's the difference between a synodic and sidereal month?
- The synodic month (29.53 days) is the time from one new moon to the next — the cycle of phases. The sidereal month (27.32 days) is the moon's actual orbital period relative to the distant stars. The synodic month is longer because Earth itself moves around the sun during a lunar orbit, so the moon has to travel slightly more than 360° to catch up to the same sun-Earth-moon alignment.
