See all 60 in binoculars to earn the certificate and pin
- Observe all 60 objects with binoculars. Binocular telescopes and bino-viewers do not count.
- Any binoculars are allowed; 50 mm to 80 mm objectives are recommended.
- Log the object, date and time, latitude and longitude, seeing and transparency, the binoculars, and a short note on what you saw.
- The League suggests finishing the Binocular Messier program first, though it is not required.
The full Deep Sky Binocular list, in the League's order, with a page for each object
Sort any column, or type a name or constellation. The type buttons above the map also filter this table. Best is the month the object is highest at 9 pm. Also on lists the other observing lists the object belongs to, so one observation can count toward more than one program where the League allows it.
| No. | Object | Name | Type | Constellation | Mag | Size | Best | Also on |
|---|---|---|---|---|---|---|---|---|
| 1 | NGC 129 | open cluster | Cassiopeia | 6.5 | 5.4′ | Nov | Herschel 400, Urban | |
| 2 | NGC 253 | Sculptor Galaxy | spiral galaxy | Sculptor | 7.1 | 27′ × 4.6′ | Nov | Caldwell, Herschel 400, Southern Sky Telescopic |
| 3 | NGC 457 | Owl Cluster | open cluster | Cassiopeia | 6.4 | 13′ | Nov | Caldwell, Herschel 400, Urban |
| 4 | NGC 663 | open cluster | Cassiopeia | 7.1 | 16′ | Dec | Caldwell, Herschel 400, Urban | |
| 5 | Collinder 463 | open cluster | Cassiopeia | Dec | Urban, Open Cluster | |||
| 6 | NGC 752 | open cluster | Andromeda | 5.7 | 50′ | Dec | Caldwell, Herschel 400, Urban | |
| 7 | Stock 2 | open cluster | Cassiopeia | Dec | Urban | |||
| 8 | NGC 869 | Double Cluster | open cluster | Perseus | 4.3 | 30′ | Dec | Caldwell, Herschel 400, Urban |
| 9 | NGC 884 | Double Cluster | open cluster | Perseus | 4.3 | 30′ | Dec | Caldwell, Herschel 400, Urban |
| 10 | Markarian 6 | Stock 7 | open cluster | Cassiopeia | 7.1 | Dec | ||
| 11 | Melotte 15 | Heart Nebula | H II region | Cassiopeia | 6.5 | 2.5° | Dec | Herschel II, Bright Nebula, Open Cluster |
| 12 | Trumpler 2 | Collinder 29 | open cluster | Perseus | 5.9 | 20′ | Dec | Urban, Open Cluster |
| 13 | Trumpler 3 | Collinder 36 | open cluster | Cassiopeia | 7.0 | 29′ | Dec | Urban, Open Cluster |
| 14 | Stock 23 | open cluster | Camelopardalis | Dec | Urban, Open Cluster | |||
| 15 | Melotte 20 | Alpha Persei Cluster | open cluster | Perseus | 1.2 | 5° | Dec | Urban |
| 16 | NGC 1342 | open cluster | Perseus | 6.7 | 6.3′ | Dec | Herschel 400, Urban, Open Cluster | |
| 17 | Kemble 1 | Kemble's Cascade | asterism | Camelopardalis | 5.0 | 2.5° | Jan | |
| 18 | NGC 1528 | open cluster | Perseus | 6.4 | 9.6′ | Jan | Herschel 400 | |
| 19 | Melotte 25 | Hyades | open cluster | Taurus | 0.5 | 5.5° | Jan | Caldwell, Urban |
| 20 | NGC 1582 | open cluster | Perseus | 7.0 | 7.8′ | Jan | Herschel II | |
| 21 | NGC 1647 | open cluster | Taurus | 6.4 | 27′ | Jan | Herschel 400, Urban | |
| 22 | NGC 1662 | open cluster | Orion | 6.4 | 14′ | Jan | Herschel II | |
| 23 | NGC 1746 | open cluster | Taurus | 6.1 | 18′ | Jan | ||
| 24 | NGC 1807 | open cluster | Taurus | 7.0 | 5.4′ | Jan | Urban | |
| 25 | NGC 1817 | open cluster | Taurus | 7.7 | 9.3′ | Jan | Herschel 400, Urban | |
| 26 | NGC 1893 | open cluster | Auriga | 7.5 | 6′ | Jan | ||
| 27 | NGC 1907 | open cluster | Auriga | 8.2 | 5.4′ | Jan | Herschel 400 | |
| 28 | NGC 1981 | Upper Sword | cluster and nebula | Orion | 4.2 | 9′ | Jan | Urban |
| 29 | NGC 2169 | open cluster | Orion | 5.9 | 7.2′ | Feb | Herschel 400, Urban, Open Cluster | |
| 30 | NGC 2232 | open cluster | Monoceros | 3.9 | 9.9′ | Feb | Herschel 400, Urban, Open Cluster | |
| 31 | NGC 2244 | Satellite Cluster | open cluster | Monoceros | 4.8 | 24′ | Feb | Caldwell, Herschel 400, Urban, Open Cluster |
| 32 | NGC 2251 | open cluster | Monoceros | 7.3 | 5.7′ | Feb | Herschel 400 | |
| 33 | NGC 2264 | Christmas Tree Cluster and Cone Nebula | cluster | Monoceros | 3.9 | 11′ | Feb | Herschel 400, Urban, Bright Nebula |
| 34 | NGC 2281 | open cluster | Auriga | 5.4 | 11′ | Feb | Herschel 400, Urban | |
| 35 | NGC 2301 | open cluster | Monoceros | 6.0 | 11′ | Feb | Herschel 400, Urban | |
| 36 | NGC 2343 | open cluster | Monoceros | 6.7 | 7.5′ | Feb | Herschel 400 | |
| 37 | NGC 2360 | open cluster | Canis Major | 7.2 | 13′ | Feb | Caldwell, Herschel 400, Open Cluster | |
| 38 | NGC 2403 | spiral galaxy | Camelopardalis | 8.4 | 20′ × 10′ | Mar | Caldwell, Herschel 400 | |
| 39 | NGC 2527 | open cluster | Puppis | 6.5 | Mar | Herschel 400, Southern Sky Telescopic | ||
| 40 | NGC 2539 | open cluster | Puppis | 6.5 | 12′ | Mar | Herschel 400, Urban | |
| 41 | NGC 2571 | open cluster | Puppis | 7.0 | 7.2′ | Mar | Herschel 400 | |
| 42 | Melotte 111 | Coma Star Cluster | open cluster | Coma Berenices | 1.8 | 2° | May | Urban |
| 43 | IC 4665 | Summer Beehive Cluster | open cluster | Ophiuchus | 4.2 | 1° | Aug | Urban, Open Cluster |
| 44 | NGC 6520 | open cluster | Sagittarius | 7.6 | 5.4′ | Aug | Herschel 400, Urban, Open Cluster | |
| 45 | NGC 6633 | open cluster | Ophiuchus | 4.6 | 12′ | Aug | Herschel 400, Urban | |
| 46 | IC 4756 | Graff's Cluster | open cluster | Serpens | 4.6 | 40′ | Aug | Urban, Open Cluster |
| 47 | NGC 6709 | open cluster | Aquila | 6.7 | 8.7′ | Aug | Urban | |
| 48 | NGC 6716 | open cluster | Sagittarius | 7.5 | 7.2′ | Aug | ||
| 49 | Collinder 399 | Coathanger | open cluster | Vulpecula | 3.6 | 1° | Aug | Urban |
| 50 | NGC 6819 | Foxhead Cluster | open cluster | Cygnus | 7.3 | 6.9′ | Sep | |
| 51 | NGC 6823 | open cluster | Vulpecula | 7.1 | 6′ | Sep | Herschel 400, Bright Nebula, Open Cluster | |
| 52 | NGC 6910 | open cluster | Cygnus | 7.4 | 6.3′ | Sep | Herschel 400, Urban, Open Cluster | |
| 53 | NGC 6934 | globular cluster | Delphinus | 8.8 | 5.9′ | Sep | Caldwell, Herschel 400, Urban, Globular Cluster | |
| 54 | NGC 6940 | open cluster | Vulpecula | 6.3 | 11′ | Sep | Herschel 400, Urban | |
| 55 | NGC 7063 | open cluster | Cygnus | 7.0 | 6.3′ | Sep | ||
| 56 | NGC 7160 | open cluster | Cepheus | 6.1 | 4.2′ | Oct | Herschel 400, Urban | |
| 57 | NGC 7209 | open cluster | Lacerta | 6.7 | 6′ | Oct | Herschel 400, Urban, Open Cluster | |
| 58 | NGC 7235 | open cluster | Cepheus | 7.7 | 2.4′ | Oct | ||
| 59 | NGC 7243 | open cluster | Lacerta | 6.4 | 21′ | Oct | Caldwell, Herschel 400, Urban | |
| 60 | NGC 7789 | Caroline's Rose | open cluster | Cassiopeia | 6.7 | 14′ | Nov | Herschel 400, Urban |
34 of the 60 are best in winter: plan the list by month
Each bar counts the objects highest in the sky at 9 pm in that month. An object is also well placed in the month before, late in the evening, and the month after, early in the evening.
52 of the 60 are on another list you may already be working
- Urban: 39 of the 60
- Herschel 400: 35 of the 60
- Open Cluster: 16 of the 60
- Caldwell: 12 of the 60
- Herschel II: 3 of the 60
- Bright Nebula: 3 of the 60
- Southern Sky Telescopic: 2 of the 60
- Globular Cluster: 1 of the 60
Mostly open clusters, the objects binoculars do best
None of the 60 is a Messier object, and none lies south of -35°, the declination of M7, so the whole list can be seen from the northern United States. 55 of the 60 are open clusters, the objects binoculars show best; the others are the galaxies NGC 253 and NGC 2403, the globular cluster NGC 6934, and Kemble's Cascade, a chain of stars in Camelopardalis.
More Astronomical League observing programs on Go Astronomy
- Herschel II: 400 more of William Herschel's objects, after the Herschel 400
- Binocular Messier: any 50 Messier objects with binoculars
- Urban: 100 objects for light-polluted city skies
- Bright Nebula: emission, reflection and supernova-remnant nebulae of both hemispheres
- Globular Cluster: any 50 of 190 globular clusters, with their concentration class
- Open Cluster: 100 or 125 open clusters, sketched and classified
- Planetary Nebula: 110 planetary nebulae, from the Ring to 16th-magnitude Abell shells
- Southern Skies Binocular: any 50 of 73 southern objects with binoculars
- Southern Sky Telescopic: 50 of 100 southern objects, most south of -48°
- Messier objects: the Messier Observing Program, the League's first, since 1967
- Caldwell objects: the Caldwell Observing Program
- Herschel 400: the step before Herschel II