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Sky-Tonight.com / Solar System / Close Approaches / Close approach of Mercury and Moon
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Observation Settings

Or select it on the map:
This Earth map lets you select the observer’s location used to calculate the bearing and elevation of celestial objects. The selected point determines how the sky, rise and set times, and object positions are shown.
Your location: Santa Clara, United States
Timezone:
Latitude:
37.3541
Longitude:
-121.955

Close approach of Mercury and Moon on 5 June 2027 at 21:56

General information

Close approach of Mercury / Moon — 5 June 2027 at 21:56
The closest separation between Mercury and Moon will occur on 5 June 2027 at 21:56, when they will be separated by roughly 2.706°. Both objects will be below the horizon and cannot be observed.

Visibility window

The event begins when the separation drops below 5° at about 14:59, and ends when it grows beyond 5° at about 04:52. The objects can be followed during this interval when observing conditions permit.

Elevation and direction at closest approach

At closest approach, Mercury and Moon will be approximately -16° above the horizon toward the north-west.

Constellation

Both objects will be located in or near the constellation Gemini. This can help you locate them in the sky.

Track Mercury / Moon relative positions

Elevation (degrees)
Time1812264960
Altitude
Azimuth
Move the map to change the time and follow how the objects change position in the sky.

Close approach dynamics

The map shows the event from your location. Switch to global view for geocentric (Earth-centered) coordinates.
 

Close approach details

MercuryMoon
Time 21:56
Angular separation (°) 2.71
Geocentric coordinates RA: 06h 24m 27s", Dec: 23° 42' 17s RA: 06h 25m 39s", Dec: 26° 23' 51s
Topocentric coordinates RA: 06h 24m 27s", Dec: 23° 42' 07s RA: 06h 23m 23s", Dec: 25° 34' 41s
Distance 0.67523 AU (101,012,970 km) 0.00242 AU (362,027 km)
Angular size 10" 33'
Altitude (°) -18 -17
Azimuth (°) 322 Northwest 323 Northwest

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