👇 How to use: Tap on a year below to reveal the complete schedule of Supermoons and Micromoons for 2026–2030.
Long-Range ForecastSupermoon & Micromoon
Supermoon & Micromoon
Calendar 2026–2030
The definitive 5-year schedule of Perigee and Apogee lunar events.
2026 Supermoons & Micromoons ▼
Summary: 3 Full Supermoons + 3 New Supermoons (dark skies bonus) + 3 Key Full Micromoons + 1 New Micromoon. Closest: Dec 24 full (~356,650 km / 221,668 mi) — one of the decade’s nearest. Average Moon distance: ~384,400 km / 238,855 mi. Use for photography (horizon illusion), tides (perigean spring tides higher), or stargazing (new supermoons minimize glare).
Full Supermoons
| Date & Time (UTC) | Name | Distance | Details & Tips |
|---|---|---|---|
| Jan 3, 10:03 | Wolf Moon | 362,312 km (225,130 mi) | ~8% larger/brighter than average. Ties to perihelion (Earth-Sun closest Jan 3). Worldwide visibility; huge at horizon—prime winter photos or solunar hunting/fishing boost. |
| Nov 24, 14:53 | Beaver Moon | 360,768 km (224,170 mi) | Large & bright; solunar peak for wildlife. Best at moonrise for illusion effect; excellent astrophotography with your Moon Photography tool. |
| Dec 24, 01:28 (full ~08:30) | Cold Moon | 356,650 km (221,668 mi) [Closest!] | Up to 14% larger vs micromoons, 30% brighter. Christmas Eve highlight—epic horizon shots; stronger tides; family viewing or holiday photography winner. |
New Supermoons (Dark Skies Bonus)
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| May 16, ~20:03 | ~358,074 km | Darkest skies—prime for meteor showers, deep-sky observing, or stargazing parties (no lunar glare; tie to your Astronomy Calendar). |
| Jun 15, ~02:56 | ~357,196 km | Closest new; excellent for faint objects, astrophotography, or night vision activities. |
| Jul 14, ~09:45 | ~359,111 km | Good dark window; use for low-light astronomy or tying to planetary events in your Planetary Tracker. |
Key Full Micromoons
| Date & Time (UTC) | Name | Distance | Details & Tips |
|---|---|---|---|
| May 1, ~17:25 | Flower Moon | ~405,843 km | Smaller/dimmer (~7% smaller than average); great contrast photos vs supermoons; minimal tides—calm for observations or telescope lunar features. |
| May 31, ~08:47 | Blue Moon (seasonal 2nd) | ~406,369 km [Farthest!] | Year’s smallest full moon; rare Blue Micromoon; perfect size-comparison shots or crater spotting with telescope; low-light photo challenge. |
| Jun 29, ~23:56 | Strawberry Moon | ~406,267 km | Dimmer; subtle tides—ideal for detailed lunar feature viewing or calm-water activities; contrast to nearby supermoons. |
New Micromoon: Dec 9 (~406,421 km) — Ultra-dark skies for astronomy; minimal interference.
2027 Supermoons & Micromoons ▼
Summary: 2 Full Supermoons (Jan closest) + several New Supermoons (e.g., Jul–Aug clusters) + Key Full Micromoons for contrast. Follows 2026 Dec streak; great for size comparisons and dark-sky events. Closest: Jan 22 (~357,285 km / 222,007 mi).
Full Supermoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Jan 22, ~12:17 | 357,285 km (222,007 mi) [Closest!] | Very large/bright; strong moon illusion. Photography highlight; continue 2026 streak—view at rise/set for drama; solunar boost. |
New Supermoons (Dark Skies Bonus)
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Jul 4, ~03:02 | ~358,283 km | Dark skies—ideal for meteor/deep-sky; stargazing or astrophotography without glare. |
| Aug 2, ~10:05 | ~357,361 km | Strong dark window; prime for faint objects or tying to planetary alignments. |
Key Full Micromoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Jun 19, ~00:44 | ~401,951 km | Smaller/dimmer; contrast to nearby events; good for telescope lunar detail or size-comparison photos. |
Additional micromoons near apogee (~404,000–406,000 km) provide yearly contrasts; minimal tidal effects.
2028 Supermoons & Micromoons ▼
Summary: 3 Full Supermoons (Feb closest) + New Supermoons (Aug–Sep cluster) + Key Full Micromoons. Eclipse ties (e.g., Jan partial lunar) add drama. Closest: Feb 10 (~356,678 km / 221,700 mi approx).
Full Supermoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Feb 10, ~19:53 | 356,678 km (221,700 mi) [Closest!] | Exceptionally large/bright; top photography opportunity—horizon illusion strong; solunar peak. |
| Mar 11, ~01:06 | ~357,599 km | Strong visibility; good contrast to Feb close one; worldwide moonrise shots. |
New Supermoons (Dark Skies Bonus)
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Aug 20, ~10:44 | ~358,073 km | Dark skies for events; prime stargazing or low-light astro. |
| Sep 18, ~18:24 | ~357,047 km | Excellent faint-object window; tie to your Sky Clarity tool. |
Key Full Micromoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Sep 3, ~23:48 | ~406,158 km [Farthest approx] | Smallest/dimmest; contrast shots vs supermoons; telescope for craters. |
Jan partial lunar eclipse supermoon combo in select regions—check your Eclipse Calendar for visibility.
2029 Supermoons & Micromoons ▼
Summary: High activity (up to 5+ supermoons; clusters Mar–Apr) + Key Full Micromoons. Great for repeat viewing/photography. Closest: Mar 30 (~356,665 km / 221,600 mi approx).
Key Full Supermoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Mar 30, ~05:40 | 356,665 km (221,600 mi) [Closest!] | Very close/large/bright; repeat sessions—epic horizon illusion; photography challenges. |
| Apr 28 | ~357,829 km | Strong cluster; solunar boost; good for astrophotography tie-ins. |
New Supermoons (Dark Skies Bonus)
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Oct 7 | ~358,187 km | Dark skies highlight; prime for deep-sky or meteor watching. |
Key Full Micromoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Sep 22 | ~402,367 km | Smaller/dimmer; contrast to supermoon clusters; telescope lunar features. |
High engagement year—track personal cycles or share shots via your tools.
2030 Supermoons & Micromoons ▼
Summary: Close ones with eclipse links; builds to future extremes. Closest: May 17 (~357,018 km / 221,800 mi approx). Great for long-term tracking.
Full Supermoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| May 17, ~11:19 | 357,018 km (221,800 mi) [Closest!] | Very close/large/bright; prime viewing/photography—horizon wow-factor. |
| Jun 15, ~18:41 | ~358,183 km | Partial lunar eclipse tie; dramatic in visibility zones—check maps; solunar effects. |
New Supermoons (Dark Skies Bonus)
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| Nov 25 | ~357,521 km | Dark skies with total solar eclipse tie; excellent for stargazing parties. |
Key Full Micromoons
| Date & Time (UTC) | Distance | Details & Tips |
|---|---|---|
| May 31 | ~406,469 km [Farthest approx] | Smallest/dimmest; contrast shots; subtle tides—good for calm observations. |
Understanding the Phenomenon
Why the size of the Moon changes and what it means for you.
🌕 The “Super” (Perigee)
The Moon does not orbit Earth in a perfect circle; it travels in an oval (ellipse).
When the Moon reaches the closest point to Earth in this oval, it is at Perigee. If this happens during a Full Moon, we call it a Supermoon. It can be up to 14% larger and 30% brighter than a Micro Moon.
When the Moon reaches the closest point to Earth in this oval, it is at Perigee. If this happens during a Full Moon, we call it a Supermoon. It can be up to 14% larger and 30% brighter than a Micro Moon.
🌑 The “Micro” (Apogee)
When the Moon is at the farthest point in its oval, it is at Apogee.
A “Micro Moon” (or Mini Moon) appears noticeably smaller in the sky. While less famous, these are excellent for photography because the reduced glare makes it easier to see surface craters through a telescope.
A “Micro Moon” (or Mini Moon) appears noticeably smaller in the sky. While less famous, these are excellent for photography because the reduced glare makes it easier to see surface craters through a telescope.
👁️ The “Pizza Comparison”
Can you really tell the difference with your naked eye? Maybe.
Think of it like a 14-inch pizza vs. a 16-inch pizza. If you hold them side-by-side, the difference is obvious. But if you see a Supermoon alone in the high sky, it just looks like a “normal” moon.
The Secret: The difference is most visible at Moonrise (the Horizon Illusion). When a Supermoon is behind trees or buildings, your brain tricks you into thinking it is massive.
Think of it like a 14-inch pizza vs. a 16-inch pizza. If you hold them side-by-side, the difference is obvious. But if you see a Supermoon alone in the high sky, it just looks like a “normal” moon.
The Secret: The difference is most visible at Moonrise (the Horizon Illusion). When a Supermoon is behind trees or buildings, your brain tricks you into thinking it is massive.
Real World Effects
- King Tides (Perigean Spring Tides):
Gravity is stronger when the Moon is closer. During a Supermoon, coastal areas experience higher-than-average high tides and lower-than-average low tides. If a storm hits during a Supermoon, coastal flooding is much more likely. - The “New Supermoon” Opportunity:
You will notice our calendar lists “New Supermoons.” You cannot see these (because the lit side is facing away from Earth), but they are crucial for stargazers. This is when the moon is closest to Earth but the sky is completely dark—perfect for viewing the Milky Way. - Photography Strategy:
Do not zoom in on just the moon—you will lose the sense of scale. To capture the “Super” size, you must use a telephoto lens (200mm+) and stand far away from a foreground object (like a lighthouse or statue). This technique, called Lens Compression, makes the moon look giant relative to the object.