Moonrise, Moonset & Phases in Normal, United States
In the sky over Normal the Moon is a Waxing Gibbous just now, 78.5% lit and 411,107 km from Earth (Micromoon (near apogee)), with the next moonrise toward the NNE: Today, 17:02. The next full moon over Normal falls on 29 Jul 2026, 09:35.
Current Time (Local): 09:14:31
Moon Phase: Below horizon
Illumination: 78.5%
Moon Direction: 12.03° NNE
Moon Altitude: -75.94°
Moon Distance: 411,107 km (Micromoon (near apogee))
Angular Diameter: 29.5'
Moon Age: 10.2 days
Next Moonrise: Today, 17:02
Next Moonset: N/A
Next New Moon: 12 Aug 2026, 12:36
Next Full Moon: 29 Jul 2026, 09:35
Next Perigee (closest): 10 Aug 2026 (363,284 km)
Next Apogee (farthest): 25 Jul 2026 (405,548 km)
The moon over Normal is in its Waxing Gibbous phase, 78.5% illuminated. The next full moon is 29 Jul 2026, 09:35, and the next new moon is 12 Aug 2026, 12:36.
Moonrise, Moonset and Moon Phase Calendar in Normal, July 2026
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| Jul | Moon | Moonrise/Moonset | Meridian Passing | ||||
|---|---|---|---|---|---|---|---|
| Moonrise | Moonset | Moonrise | Time | Distance (km) | Illumination | ||
| 1 |
06:41
↑
(238° WSW)
|
22:03
↑
(119° ESE)
|
02:03
(24.3°)
|
400,556 | 97.3% | ||
| 2 |
07:45
↑
(243° WSW)
|
22:30
↑
(113° ESE)
|
02:51
(27.9°)
|
397,869 | 93.3% | ||
| 3 |
08:50
↑
(250° WSW)
|
22:54
↑
(106° ESE)
|
03:36
(32.5°)
|
394,477 | 87.6% | ||
| 4 |
09:54
↑
(257° WSW)
|
23:17
↑
(99° E)
|
04:20
(37.9°)
|
390,417 | 80.4% | ||
| 5 |
10:59
↑
(265° W)
|
23:38
↑
(91° E)
|
05:02
(43.8°)
|
385,741 | 71.7% | ||
| 6 |
-
|
12:04
↑
(273° W)
|
05:45
(50.1°)
|
380,542 | 61.9% | ||
| 7 |
🌗 at 14:28
|
00:00
↑
(83° E)
|
13:12
↑
(282° WNW)
|
06:30
(56.5°)
|
374,979 | 51.3% | |
| 8 |
00:24
↑
(74° ENE)
|
14:23
↑
(290° WNW)
|
07:17
(62.7°)
|
369,300 | 40.3% | ||
| 9 |
00:52
↑
(67° ENE)
|
15:38
↑
(298° WNW)
|
08:08
(68.4°)
|
363,847 | 29.4% | ||
| 10 |
01:27
↑
(60° ENE)
|
16:56
↑
(303° WNW)
|
09:06
(73.1°)
|
359,049 | 19.4% | ||
| 11 |
02:11
↑
(55° NE)
|
18:12
↑
(307° NW)
|
10:08
(76.3°)
|
355,374 | 10.9% | ||
| 12 |
03:08
↑
(52° NE)
|
19:21
↑
(308° NW)
|
11:15
(77.3°)
|
353,269 | 4.5% | ||
| 13 |
04:18
↑
(53° NE)
|
20:17
↑
(305° NW)
|
12:22
(76.0°)
|
353,062 | 0.9% | ||
| 14 |
🌑 at 04:43
|
05:36
↑
(57° ENE)
|
21:02
↑
(299° WNW)
|
13:25
(72.6°)
|
354,874 | 0.2% | |
| 15 |
06:57
↑
(64° ENE)
|
21:37
↑
(292° WNW)
|
14:24
(67.6°)
|
358,580 | 2.5% | ||
| 16 |
08:15
↑
(72° ENE)
|
22:05
↑
(284° WNW)
|
15:17
(61.5°)
|
363,829 | 7.4% | ||
| 17 |
09:28
↑
(80° E)
|
22:30
↑
(275° W)
|
16:05
(54.9°)
|
370,114 | 14.5% | ||
| 18 |
10:38
↑
(89° E)
|
22:52
↑
(267° W)
|
16:51
(48.3°)
|
376,865 | 23.1% | ||
| 19 |
11:45
↑
(97° E)
|
23:14
↑
(259° W)
|
17:34
(42.0°)
|
383,532 | 32.6% | ||
| 20 |
12:50
↑
(105° ESE)
|
23:37
↑
(251° WSW)
|
18:18
(36.1°)
|
389,641 | 42.6% | ||
| 21 |
🌓 at 06:05
|
- |
13:54
↑
(113° ESE)
|
19:02
(31.0°)
|
394,829 | 52.6% | |
| 22 |
00:02
↑
(245° WSW)
|
14:59
↑
(119° ESE)
|
19:48
(26.7°)
|
398,851 | 62.2% | ||
| 23 |
00:31
↑
(239° WSW)
|
16:02
↑
(124° SE)
|
20:36
(23.4°)
|
401,580 | 71.2% | ||
| 24 |
01:05
↑
(235° SW)
|
17:02
↑
(127° SE)
|
21:26
(21.3°)
|
402,993 | 79.4% | ||
| 25 |
01:46
↑
(232° SW)
|
17:58
↑
(129° SE)
|
22:17
(20.6°)
|
403,154 | 86.5% | ||
| 26 |
02:35
↑
(231° SW)
|
18:48
↑
(128° SE)
|
23:08
(21.3°)
|
402,197 | 92.3% | ||
| 27 |
03:31
↑
(233° SW)
|
19:30
↑
(125° SE)
|
23:59
(23.3°)
|
400,298 | 96.6% | ||
| 28 |
04:32
↑
(236° SW)
|
20:05
↑
(121° ESE)
|
Does not pass meridian
(N/A)
|
N/A | 99.2% | ||
| 29 |
🌕 at 09:35
|
05:37
↑
(241° WSW)
|
20:34
↑
(115° ESE)
|
00:47
(26.6°)
|
397,651 | 100.0% | |
| 30 |
06:42
↑
(247° WSW)
|
20:59
↑
(108° ESE)
|
01:34
(31.0°)
|
394,438 | 98.8% | ||
| 31 |
07:47
↑
(255° WSW)
|
21:22
↑
(101° E)
|
02:19
(36.2°)
|
390,813 | 95.7% | ||
|
* All times are local time for Normal. Moonrise and moonset times are calculated for the geometric center of the Moon and account for Earth's atmospheric refraction. Dates are based on the Gregorian calendar. Illumination is calculated at lunar noon (or local noon if meridian passage is not on this day). The table may show "-" for moonrise or moonset if the event does not occur on that specific local day, or if the Moon is circumpolar (always above or always below the horizon). Two moonrises or moonsets on the same day can occur due to the Moon's orbital motion and the definition of a local day. |
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Moonrise & Moonset times in other cities in United States:
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Moonrise & Moonset in Normal Today
The Moon is below the horizon in Normal right now.
| Moonrise | Moonset | Up now? |
|---|---|---|
| 17:01 | 01:07 | No |
Frequently Asked Questions about the Moon in Normal
What moon phase is visible in Normal tonight?
Over Normal tonight the moon is a Waxing Gibbous 🌔, lit 78.5%.
What percentage of the moon is illuminated over Normal tonight?
78.5% of the visible disc of the moon is illuminated above Normal tonight.
What time does the moon rise in Normal next?
In Normal the moon next rises at Today, 17:02 local time.
When is the next full moon visible from Normal?
The next full moon visible from Normal is on 29 Jul 2026, 09:35.
When is the next new moon visible from Normal?
The next new moon for observers in Normal is on 12 Aug 2026, 12:36. New moons are the best nights for stargazing due to minimal moonlight.
Where in the sky is the moon over Normal right now?
The moon over Normal is currently -75.94° above the horizon at an azimuth of 12.03° (NNE).
How far is the moon from Normal right now?
The moon is currently 411,107 from Earth (the same value applies to observers in Normal since lunar distance dwarfs city-to-city distances).
