Classic · Moon
Moon over the Brooklyn Bridge 2026: dates and times
New York
Next date Washington & Water · UTC−4
Washington & Water
Moon · at set · New York, Washington & Water St (DUMBO)
From this point the setting moon sits on Brooklyn Bridge, Brooklyn tower top, 0.42 km away: a few hundred metres to one side is enough to miss it.
Next dates
Local times at the site (America/New_York).
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06:48 UTC−4
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04:50 UTC−5
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07:14 UTC−4
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02:45 UTC−5
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05:06 UTC−5
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03:36 UTC−5
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06:42 UTC−4
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03:30 UTC−5
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07:34 UTC−5
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05:27 UTC−5
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03:57 UTC−5
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07:25 UTC−4
5 more dates until 2030 in the app.
Where to stand
Viewpoint: Washington & Water · New York, Washington & Water St (DUMBO)
40.70320, -73.98958
Lined up with Brooklyn Bridge, Brooklyn tower top, 0.41 km away. Look towards 284° from north.
Good to know
Corner of Washington St and Water St in DUMBO, towards the Brooklyn tower. Photos have not confirmed that buildings do not block the view: check in daylight first.
The tower is 400–600 m away: moving 10 m sideways shifts the moon by about 1–1.5° against its top. Treat the time as a window of a few minutes and be ready to move.
Pier 17
Moon · at rise · New York, Pier 17
From this point the rising moon sits on Brooklyn Bridge, Brooklyn tower top, 0.63 km away: a few hundred metres to one side is enough to miss it.
Next dates
Local times at the site (America/New_York).
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20:45 UTC−5
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22:34 UTC−4
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19:06 UTC−4
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19:56 UTC−5
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21:16 UTC−4
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20:09 UTC−5
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21:54 UTC−4
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20:11 UTC−4
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22:33 UTC−4
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19:00 UTC−4
Where to stand
Viewpoint: Pier 17 · New York, Pier 17
40.70552, -74.00157
Lined up with Brooklyn Bridge, Brooklyn tower top, 0.63 km away. Look towards 105° from north.
Good to know
From Pier 17 in Manhattan the Brooklyn tower is 629 m away to the east-south-east: the rising moon passes over it at dusk. Public pier.
The tower is 400–600 m away: moving 10 m sideways shifts the moon by about 1–1.5° against its top. Treat the time as a window of a few minutes and be ready to move.
Dates for 2026–2030, worked out by Duskbox’s own astronomy engine: the sun from NREL’s SPA, the moon topocentric, both with atmospheric refraction.