Globular cluster in Lyra

M56 (NGC 6779)

Photo: NASA & ESA

From New York on October 13, 2026, M56 rises at 10:37 AM in the NE, is highest at 6:44 PM (80° above the horizon in the S) and sets at 2:47 AM in the NW.

Rises 10:37 AMOctober 14 · NE
Highest 6:44 PM 80° S
Sets 2:47 AMOctober 14 · NW
Best in the evening sky October, June, July, August, and September

In the 3D sky

The sky over New York turned towards M56. Drag to look around.

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12:07 PMTue, Oct 13

Drag to look around, pinch or scroll to zoom.

Evening visibility over the year

Height of M56 above the horizon at 10 pm local time on the 15th of each month, from New York.

0°30°60°90°Oct: 48°OctNov: 15°NovDec: -3°DecJan: -15°JanFeb: -18°FebMar: -16°MarApr: -4°AprMay: 13°MayJun: 34°JunJul: 56°JulAug: 77°AugSep: 70°Sep

Facts

TypeGlobular cluster
Brightness (magnitude)8.4
Size in the sky5.8 arcminutes
ConstellationLyra
Position (J2000)19h 16m 36s, +30° 11′ 04″
Other designationsNGC 6779

Hubble’s view

Large galaxy that's globular in shape, the closer to the center you get the brighter and whiter the image due to the amount of stars. Stars are everywhere in this image, of all sorts of colors.
Hubble often shows only part of a large object. Through binoculars or a small telescope it looks much fainter and smaller. Photo: NASA & ESA

Finder charts

A wide field to find the right part of the sky and a closer field with fainter stars. North is up and east on the left.

CygnusDelphinusHerculesLyraSagittaVulpeculaM29M27M57M56NE
50° field, stars to magnitude 5.
M57M56NE
12° field, stars to magnitude 9.

Nearby Messier objects

Data: OpenNGC (CC BY-SA 4.0). Photo: NASA Hubble Messier Catalog, credit as shown. Data sources

How to use this page

Choose your place and a night at the top. The page shows when the object is highest and where to look, the 3D sky with it marked, and its visibility through the year. The finder charts help you star-hop to it with binoculars or a small telescope.

Frequently asked questions

Can I see it with the naked eye?

The brightest Messier objects, such as the Pleiades and the Orion Nebula, show to the eye under a dark sky. Most others need binoculars or a small telescope, and all of them look best far from city lights.

Why does it look grey and not colourful like the photo?

The eye’s colour cells do not work in dim light, so faint objects look grey. Photos collect light for minutes or hours and show colours the eye cannot see.

When is the best time to look?

When the object is high in a dark sky and the Moon is down or a thin crescent. The page gives the best time for the night you choose.

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