See the Moon Near the Pleiades on October 27–28, 2026

A bright landmark beside a small cluster

The Pleiades, also called M45 or the Seven Sisters, are an open star cluster. This encounter is a chance to learn their position using an unmistakable landmark. The Moon helps you find the right neighborhood, but its glare makes the fainter stars harder to pick out.

Start with a modest goal: identify the cluster beside the Moon. If you look more than once during the night, note any change in their relative positions. There is no need to count a particular number of stars to call the outing successful.

References[1][2][3]

Set up your local view before going outside

NASA's broad direction is east during the evening, with the Moon and cluster rising higher as the night progresses. Open Stellarium Web from the references below, or use a planetarium you already know, to check your own horizon. NASA's illustration shows about 11 p.m. on October 27; that is an example view, not a universal appointment or a location-specific prediction for your yard.

1. Set the observing location to the town where you will actually stand. Check the displayed location rather than assuming automatic detection chose correctly.
2. Set October 27, 2026 and a convenient evening time. Check the chart's time basis against your device's time zone; changing the chart's location does not by itself prove the clock has changed to that location's civil time.
3. Search for Pleiades or M45. Keep the horizon visible and zoom out until both the Moon and cluster are in view. If either is below the horizon, check later hours during the night for a usable view.
4. Note the cluster's side of the Moon and the compass direction along the horizon. Also note whether a tree, roof or hill blocks that part of your real sky.
5. For a session after midnight, set the calendar to October 28 and use the intended early-morning time. The primary window is the evening of October 27 into the morning of October 28—not two interchangeable evening encounters.

References[1][4]

At the binoculars: find the pattern, then separate the stars

1. First match the Moon and surrounding sky to your local chart with your eyes. The target is a tight grouping of stars, not a single bright point.
2. Raise the binoculars while keeping your gaze on the cluster. Focus on a star until it is as small and sharp as you can make it.
3. Steady your elbows on a stable support or sit down. Sweep only the small area indicated by the chart rather than searching randomly across the whole sky.
4. If the Moon is flooding the view, shift the field so the cluster stays visible while the Moon sits outside it. This can reduce direct glare in the instrument; it does not remove the moonlit sky.
5. Lower the binoculars and recheck the pattern whenever you lose your place. Record the local date, time and what you could distinguish. If conditions allow another look later in the same night, compare the arrangement again.

References[3]

What is worth bringing?

Swipe the table horizontally to view every column.

References[3]

Plan the date now; check the weather nearer the night

This dated guide was checked on October 9, 2026 for the night of October 27 into October 28. The astronomical date is known in advance; a clear view from your chosen spot is not. Check current local stargazing conditions nearer the event, and read the night and freshness information actually displayed. Today's result is not an October 27–28 weather prediction, and a weather verdict does not verify this pairing's local position or separation.

For this pairing, begin by checking the view from home or another familiar, permitted place. A longer drive cannot remove the Moon's glare. Choose a more open location only if it solves an actual obstruction or weather problem, and confirm access independently.

If clouds prevent a view, you can try the cluster on a later night, but recheck the chart: the Moon's separation will have changed, and the evening of October 28 is not a guaranteed repeat of this pairing. Returning on a darker night is also worthwhile for the cluster itself. Our guide to moonlight and stargazing explains why the pairing and a faint-star session ask for different conditions.

References[2][5]

Your view will not have exactly the same orientation

Location and time change the scene's orientation and height above the horizon. An illustration made for one viewpoint can look tilted or reversed from another latitude. Follow the local chart rather than a fixed instruction such as 'just left of the Moon.'

This guide is for finding the close pairing. It does not give local contact times or establish that the Moon will cover a Pleiades star from your location. A prediction of an occultation requires its own location-specific circumstances.

References[1][4]