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Manhattanhenge 2027: dates and times

New York

Next date Manhattanhenge · UTC−4

Manhattanhenge

Manhattanhenge

Sun · at set · New York, 14th Street

The axis runs at 299° from north: the setting sun falls into it while its height is between 0.2° and 2.0°. Outside that band the alignment does not close.

Next dates

Local times at the site (America/New_York).

  1. 20:13 UTC−4

    Window 28 May – 7 June · holds 11 days

    Published dates: 29 May (henge.nyc, half sun)

  2. 20:22 UTC−4

    Window 5–15 July · holds 11 days

  3. 20:13 UTC−4

    Window 27 May – 6 June · holds 11 days

  4. 20:22 UTC−4

    Window 4–14 July · holds 11 days

  5. 20:13 UTC−4

    Window 27 May – 6 June · holds 11 days

  6. 20:22 UTC−4

    Window 4–14 July · holds 11 days

  7. 20:13 UTC−4

    Window 27 May – 6 June · holds 11 days

  8. 20:21 UTC−4

    Window 4–14 July · holds 11 days

Where to stand

Viewpoint: E 14th St · New York, 14th Street
40.73180, -73.98370

Look towards 299° from north.

Good to know

Works from every cross-street that sees the Hudson: 14th, 23rd, 34th (with the Empire State), 42nd, 57th. Go as far east as you can. Crowds are huge and police clear the roadway.

The peak date depends on how high you want the sun in the street: the disc on the horizon falls a few days before or after the “ball” 2° up. For about a week the effect looks much the same.

At sunrise

Sun · at rise · New York, cross-streets looking east

The axis runs at 119° from north: the rising sun falls into it while its height is between 0.2° and 2.0°. Outside that band the alignment does not close.

Next dates

Local times at the site (America/New_York).

  1. 07:05 UTC−5

    Window 24 November – 1 December · holds 8 days

  2. 07:24 UTC−5

    Window 11–18 January · holds 8 days

  3. 07:04 UTC−5

    Window 24 November – 1 December · holds 8 days

  4. 07:24 UTC−5

    Window 11–18 January · holds 8 days

  5. 07:04 UTC−5

    Window 23–30 November · holds 8 days

  6. 07:25 UTC−5

    Window 11–17 January · holds 7 days

  7. 07:04 UTC−5

    Window 23–30 November · holds 8 days

  8. 07:24 UTC−5

    Window 11–18 January · holds 8 days

  9. 07:05 UTC−5

    Window 24 November – 1 December · holds 8 days

Where to stand

Viewpoint: E 14th St · New York, cross-streets looking east
40.73180, -73.98370

Look towards 119° from north.

Good to know

Look towards the East River from the same streets; a winter sunrise draws far fewer people than May.

The peak date depends on how high you want the sun in the street: the disc on the horizon falls a few days before or after the “ball” 2° up. For about a week the effect looks much the same.

42nd Street canyon and the Chrysler

Sun · at set · New York, Tudor City Overpass

The axis runs at 299° from north: the setting sun falls into it while its height is between 0.2° and 2.0°. Outside that band the alignment does not close.

Next dates

Local times at the site (America/New_York).

  1. 20:13 UTC−4

    Window 28 May – 7 June · holds 11 days

    Published dates: 29 May (henge.nyc, half sun)

  2. 20:22 UTC−4

    Window 5–15 July · holds 11 days

  3. 20:13 UTC−4

    Window 27 May – 6 June · holds 11 days

  4. 20:22 UTC−4

    Window 4–14 July · holds 11 days

  5. 20:13 UTC−4

    Window 27 May – 6 June · holds 11 days

  6. 20:21 UTC−4

    Window 4–14 July · holds 11 days

  7. 20:13 UTC−4

    Window 27 May – 6 June · holds 11 days

  8. 20:21 UTC−4

    Window 4–14 July · holds 11 days

Where to stand

Viewpoint: Tudor City · New York, Tudor City Overpass
40.74900, -73.97170

Lined up with Chrysler Building, 0.43 km away. Look towards 299° from north.

Good to know

From the Tudor City bridge you look down 42nd with the Chrysler on the north side. The bridge fills up hours ahead.

The peak date depends on how high you want the sun in the street: the disc on the horizon falls a few days before or after the “ball” 2° up. For about a week the effect looks much the same.

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.

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