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Observation Settings

Or select it on the map:
This Earth map fragment is intended to illustrate celestial motion across the sky, emphasizing both bearing and elevational perspectives. The map's center point corresponds to the transit, showcasing celestial objects at their highest point, while elevation gradually decreases towards the map edges. This dynamic representation offers insights into the changing positions of celestial bodies with a focus on their bearing and elevational trajectories.
Your location: Santa Clara, United States
Timezone:
Latitude:
37.3541
Longitude:
-121.955

Close Approach of Jupiter and the Moon at Sun, 27 December 2026, 06:26

General information

Close Approach of Jupiter and Moon at Sun, 27 December 2026, 06:26
The closest separation between Jupiter and Moon will occur on Sun, 27 December 2026, 06:26, when they will be separated by roughly 1.381°. The close approach occurs during daylight, making observation difficult.

Visibility window

The close approach begins when their separation drops below 2°, around 04:03, and ends when their separation grows beyond 2°, around 08:50. Observers can see them in the sky during this interval.

Elevation & direction at closest approach

At the moment of closest approach, Jupiter and Moon will be approximately 22° above the horizon, in the East.

Constellation

At the time of the closest approach, both objects will be located in or near the constellation Leo, making it easier to locate them in the night sky.

Close Approch Dynamics

The map shows the event as it appears from your location. You can switch to Global view to see geocentric (Earth-centered) coordinates.
 

Close Approach Details

JupiterMoon
Time 06:26
Angular separation (°) 1.38
Geocentric Coordinates RA: 09h 56m 52s", Dec: 13° 28' 47s RA: 09h 54m 28s", Dec: 12° 13' 48s
Topocentric Coordinates RA: 09h 56m 52s", Dec: 13° 28' 46s RA: 09h 51m 22s", Dec: 11° 41' 09s
Distance 4.6576 AU (696,767,043 km) 0.00245 AU (366,515 km)
Angular Size 42.3" 33'
Altitude (°) 23 21
Azimuth (°) 90 East 91 East

Track Jupiter and Moon Relative Positions

Elevation (degrees)
Time
Altitude
Azimuth
Shift the map to change the time and observe changing position in the night sky.