Moonrise, Moonset & Phases in Thornton

Synchronizing with server time...

13:36:07

Monday, 09 November 2026

🌑
New Moon 50.3% illumination

Current Moon Details for Thornton, United States

Moon Direction: 202.85° SSW

Moon Altitude: 22.24°

Moon Distance: 396,915 km


Next Moonrise: Tomorrow, 08:19

Next Moonset: N/A


Next New Moon: 08 Dec 2026, 17:51

Next Full Moon: 24 Nov 2026, 07:53

Moonrise, Moonset and Moon Phase Calendar in Thornton, November 2026

Scroll to the right to view more

Nov Moon Moonrise/Moonset Meridian Passing
Moonrise Moonset Moonrise Time Distance (km) Illumination
1
🌗 at 13:28
 
13:09
↑ (295° WNW)
23:27
↑ (68° ENE)
05:47
(70.7°)
365,557 50.8%
2
-
13:40
↑ (288° WNW)
  06:40
(65.4°)
369,220 39.7%
3
00:39
↑ (75° ENE)
14:06
↑ (280° W)
  07:28
(59.4°)
373,139 29.3%
4
01:47
↑ (84° E)
14:29
↑ (272° W)
  08:14
(53.0°)
377,173 20.1%
5
02:54
↑ (92° E)
14:52
↑ (264° W)
  08:58
(46.6°)
381,234 12.4%
6
03:59
↑ (100° E)
15:15
↑ (256° WSW)
  09:42
(40.5°)
385,260 6.4%
7
05:05
↑ (108° ESE)
15:40
↑ (249° WSW)
  10:26
(34.8°)
389,188 2.4%
8
06:10
↑ (115° ESE)
16:08
↑ (243° WSW)
  11:13
(29.9°)
392,930 0.4%
9
🌑 at 00:02
07:15
↑ (120° ESE)
16:41
↑ (238° WSW)
  12:01
(26.0°)
396,354 0.4%
10
08:19
↑ (125° SE)
17:20
↑ (234° SW)
  12:51
(23.2°)
399,286 2.3%
11
09:18
↑ (127° SE)
18:05
↑ (232° SW)
  13:42
(21.8°)
401,520 6.0%
12
10:11
↑ (128° SE)
18:58
↑ (233° SW)
  14:34
(21.8°)
402,837 11.2%
13
10:56
↑ (126° SE)
19:56
↑ (235° SW)
  15:24
(23.1°)
403,039 17.8%
14
11:34
↑ (123° ESE)
20:57
↑ (239° WSW)
  16:13
(25.7°)
401,973 25.5%
15
12:06
↑ (118° ESE)
21:59
↑ (244° WSW)
  16:59
(29.4°)
399,556 34.1%
16
12:33
↑ (112° ESE)
23:01
↑ (251° WSW)
  17:43
(34.0°)
395,795 43.4%
17
🌓 at 04:47
  -
12:58
↑ (105° ESE)
18:26
(39.3°)
390,803 53.1%
18  
00:04
↑ (258° WSW)
13:20
↑ (98° E)
19:09
(45.2°)
384,814 62.9%
19  
01:08
↑ (266° W)
13:42
↑ (90° E)
19:52
(51.4°)
378,184 72.5%
20  
02:13
↑ (274° W)
14:06
↑ (82° E)
20:38
(57.8°)
371,384 81.4%
21  
03:22
↑ (283° WNW)
14:32
↑ (74° ENE)
21:27
(64.1°)
364,966 89.1%
22  
04:35
↑ (291° WNW)
15:02
↑ (66° ENE)
22:21
(69.7°)
359,509 95.1%
23  
05:52
↑ (298° WNW)
15:40
↑ (60° ENE)
23:20
(74.2°)
355,536 98.8%
24
🌕 at 07:53
 
07:11
↑ (304° WNW)
16:29
↑ (55° NE)
Does not pass meridian
(N/A)
N/A 99.8%
25  
08:26
↑ (306° NW)
17:29
↑ (53° NE)
00:25
(76.9°)
353,423 97.8%
26  
09:32
↑ (306° NW)
18:41
↑ (55° NE)
01:32
(77.5°)
353,325 93.0%
27  
10:26
↑ (303° WNW)
19:58
↑ (59° ENE)
02:37
(75.8°)
355,144 85.7%
28  
11:08
↑ (297° WNW)
21:15
↑ (66° ENE)
03:39
(72.1°)
358,570 76.5%
29  
11:42
↑ (290° WNW)
22:29
↑ (73° ENE)
04:35
(67.0°)
363,167 66.1%
30
🌗 at 23:08
 
12:09
↑ (282° WNW)
23:40
↑ (82° E)
05:26
(61.1°)
368,461 55.2%

00:00:00

FAQ — The Moon Viewed from Thornton

Common questions about this page — answers customized for the data shown above.

The current moon phase visible from Thornton is 🌑 New Moon, with the moon's illuminated fraction at 50.3%. The moon is currently above horizon as seen from Thornton. For complementary daytime data, see sunrise and sunset in Thornton.

The next moonrise visible from Thornton is Tomorrow, 08:19 local time. Moonrise times shift later each night because the moon orbits Earth roughly every 27 days, lagging behind the sun by about 50 minutes per day. Compare with sunrise times worldwide to see how sun and moon timing diverge.

From Thornton, the moon currently sits at an altitude of 22.24° above the horizon, toward SSW. Altitude is measured in degrees above the horizon — 0° means at the horizon and 90° means directly overhead. Cloud cover from the current Thornton weather can affect visibility.

The moon is approximately 396,915 km from Thornton at this moment. The Earth–moon distance ranges from about 356,500 km at perigee (closest) to about 406,700 km at apogee (farthest) during each lunar orbit.

A full moon occurs roughly every 29.5 days (one synodic month). The moonrise table and phase calendar above show upcoming full and new moons visible from Thornton. The moon phase is the same for all viewers on Earth — only the local rise and set times differ by latitude and longitude.

Yes — every observer on Earth sees the same moon at the same phase at any given moment. What differs by location is the time the moon rises and sets, the direction it appears on the horizon, and (slightly) the orientation of the visible face due to the viewer's latitude. From Thornton, the moon's rise and set times are calculated for the city's exact coordinates — see also sunrise/sunset in Thornton.

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