Moonrise, Moonset & Moon Phase in Auckland
Tonight's moon times for Auckland (-36.8485°, 174.7633°) — Pacific/Auckland — plus every full moon of 2026.
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Pick another date, or fine-tune the locationSet by latitude and the moon's 18.6-year cycle — true indefinitely, not just this year
- Moonrise arc
- 74°
- 53° NE to 127° SE
- Sunrise arc
- 60°
- The sun's whole range, for comparison
- Highest culmination
- 82°
- Above the horizon
- Lowest culmination
- 24°
- Always clears the horizon
Can the moon stay up all day in Auckland? No. That needs a latitude past 61.4°, and Auckland is 36.8°S — about 25° short — so the moon rises and sets on essentially every date. What does happen roughly once a month is a date with no moonrise, or no moonset: the moon comes up about 50 minutes later each day, and eventually one of the two slips past midnight.
All 13 of them, in Pacific/Auckland local time. A full moon is one instant worldwide, so the clock time is Auckland's own.
| Full moon | Moonrise | Moonset | Rides highest |
|---|---|---|---|
| Saturday, January 3 11:05 PM | 8:53 PM NE | 5:04 AM | 26° Jan 4, 1:34 AM |
| Monday, February 2 11:11 AM | 8:51 PM ENE | 6:22 AM | 32° Feb 2, 1:15 AM |
| Wednesday, March 4 12:40 AM | 8:12 PM E | 7:30 AM | 47° Mar 4, 1:34 AM |
| Thursday, April 2 3:14 PM | 7:02 PM E | 7:23 AM | 63° Apr 3, 1:38 AM |
| Saturday, May 2 5:26 AM | 5:26 PM ESE | 7:18 AM | 72° May 2, 12:02 AM |
| Sunday, May 31 8:48 PM · farthest of 2026 | 4:40 PM SE | 7:12 AM | 80° Jun 1, 12:23 AM |
| Tuesday, June 30 11:59 AM | 5:07 PM SE | 7:48 AM | 81° Jun 30, 12:01 AM |
| Thursday, July 30 2:38 AM | 6:03 PM ESE | 7:41 AM | 74° Jul 30, 12:26 AM |
| Friday, August 28 4:20 PM | 5:58 PM E | 6:39 AM | 60° Aug 29, 12:36 AM |
| Sunday, September 27 5:50 AM | 7:58 PM E | 6:56 AM | 50° Sep 26, 11:59 PM |
| Monday, October 26 5:13 PM | 7:59 PM ENE | 5:51 AM | 35° Oct 27, 1:16 AM |
| Wednesday, November 25 3:55 AM | 9:20 PM NE | 5:42 AM | 28° Nov 25, 12:56 AM |
| Thursday, December 24 2:30 PM · nearest of 2026 | 9:09 PM NE | 5:23 AM | 27° Dec 25, 1:51 AM |
Reading the table. Moonrise and moonset are for the local date shown, which is what the calculator gives for that date. Rides highest is the altitude at the moon's culmination nearest the full-moon instant, and carries its own date: a full moon culminates within about half a day of the instant, so it lands on the day before roughly as often as the day after. "None" means that date genuinely has no moonrise (or no moonset), which happens about once a month everywhere.
2026's nearest full moon over Auckland is Thursday, December 24 at 356,740 km, and the farthest is Sunday, May 31 at 406,135 km — a 14% difference in distance, and so about that much difference in apparent width. The nearer one is what gets called a supermoon.
Moon times for Auckland are computed from the full Meeus lunar theory — the complete 47.A and 47.B periodic tables — at the city's latitude (-36.8485°) and longitude (174.7633°), then converted to local time in the Pacific/Auckland timezone. Rise and set are found by sampling the moon's altitude across the day and bisecting each horizon crossing, because the moon moves about 13° a day and no single position describes it. Against US Naval Observatory tables the result agrees to the displayed minute.
Why moonrise has no fixed time. The moon travels eastward against the stars as it orbits, so the Earth has to turn a little further each day to bring it back to the horizon — about 50 minutes further. That is why a page of moon times for Auckland cannot be written down the way sunrise times can: the cycle is 29.5 days long and does not fit the calendar. Roughly once a month a date in Auckland has no moonrise at all, or no moonset, simply because the event slid past midnight. The calculator says so in words rather than leaving a blank.
The 18.6-year cycle. Moonrise in Auckland is not a fixed direction. Over the moon's 18.6-year cycle the rise point sweeps 74° of horizon, from 53° NE at its northernmost to 127° SE at its southernmost. That is 14° wider than the sun ever manages from Auckland, whose rise point is confined to 60° between the solstices — the moon's orbit is tilted a further 5.1° to the ecliptic, so it overshoots the sun's limits in both directions.
The moon's highest culmination over Auckland reaches 82°, while at the other end it climbs no higher than 24°. Everything the moon does over Auckland happens between those two figures, and neither of them shifts — they follow from the city's latitude and the tilt of the moon's orbit, not from the calendar.
What time does the moon rise in Auckland tonight?
Tonight's moonrise, moonset and highest point for Auckland are at the top of this page, computed in your browser for Pacific/Auckland. There is no single answer to keep on file: the moon rises roughly 50 minutes later each day, so tonight's time is about 50 minutes later than last night's and the whole cycle repeats only every 29.5 days — which is why this page's fixed reference is the geometry of Auckland's horizon rather than a table of times.
When is the next full moon in Auckland?
All 13 full moons of 2026 are listed above in Auckland local time, from Saturday, January 3 to Thursday, December 24. The panel at the top of the page shows the next one counting from today. A full moon is a single instant worldwide — the moment the moon is opposite the sun — so it lands at a different clock time in every timezone, and occasionally on a different calendar date.
How high does the moon get in Auckland?
Between about 24° and 82° above the horizon at its highest point of the night. The wide spread is the moon's own doing: its orbit is tilted 5.1° to the ecliptic and the tilt swings around over 18.6 years, so the moon reaches both higher and lower over Auckland than the sun ever does.
Does the moon ever stay up all day in Auckland?
No. That needs a latitude past 61.4°, and Auckland is 36.8°S — about 25° short — so the moon rises and sets on essentially every date. What does happen roughly once a month is a date with no moonrise, or no moonset: the moon comes up about 50 minutes later each day, and eventually one of the two slips past midnight.