The sky around Palomar 1, 3° across, north up low-power eyepiece, 1° NE 1°
The sky around Palomar 1 at true scale, north up and east left, with stars to magnitude 8. The circles show the field of a low-power eyepiece and of 10×50 binoculars.

Palomar 1

Globular cluster in Cepheus

Globular cluster in Cepheus, 36,500 light-years away.

CEPHEUS

The box shows where Palomar 1 sits in Cepheus.

Constellation
CepheusCep
Magnitude
13.2visual
Size
2.8′about 30 light-years
Distance
36,500 lylight-years
Best month
Decemberat 9 pm
Best with
Telescope

Palomar 1 is a globular cluster in Cepheus, 36,500 light-years away

Palomar 1 is a globular cluster in the constellation Cepheus, 36,500 light-years away. It shines at magnitude 13.2 and spans 2.8′ of sky, about 30 light-years across. It is a telescope object, 6 inches or larger, and it is highest in the evening sky in December.

Globular cluster: a ball of 100,000 to a few million old stars packed into a sphere about 100 light-years across. About 160 orbit the Milky Way, most of them in the halo around its center.

Finding Palomar 1 from Polaris

Polaris Palomar 1 CEPHEUS

Palomar 1 lies 9.7° south of Polaris, the magnitude 2.0 star. A fist held at arm's length covers about 10°.

Palomar 1 is highest in the evening in December

JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC 60°N JAN at 60°N: 70° high at 9 pm FEB at 60°N: 66° high at 9 pm MAR at 60°N: 61° high at 9 pm APR at 60°N: 56° high at 9 pm MAY at 60°N: 52° high at 9 pm JUN at 60°N: 50° high at 9 pm JUL at 60°N: 50° high at 9 pm AUG at 60°N: 52° high at 9 pm SEP at 60°N: 56° high at 9 pm OCT at 60°N: 61° high at 9 pm NOV at 60°N: 66° high at 9 pm DEC at 60°N: 70° high at 9 pm 50°N JAN at 50°N: 60° high at 9 pm FEB at 50°N: 56° high at 9 pm MAR at 50°N: 52° high at 9 pm APR at 50°N: 46° high at 9 pm MAY at 50°N: 42° high at 9 pm JUN at 50°N: 40° high at 9 pm JUL at 50°N: 40° high at 9 pm AUG at 50°N: 42° high at 9 pm SEP at 50°N: 46° high at 9 pm OCT at 50°N: 52° high at 9 pm NOV at 50°N: 57° high at 9 pm DEC at 50°N: 60° high at 9 pm 40°N JAN at 40°N: 50° high at 9 pm FEB at 40°N: 47° high at 9 pm MAR at 40°N: 42° high at 9 pm APR at 40°N: 37° high at 9 pm MAY at 40°N: 32° high at 9 pm JUN at 40°N: 30° high at 9 pm JUL at 40°N: 30° high at 9 pm AUG at 40°N: 32° high at 9 pm SEP at 40°N: 37° high at 9 pm OCT at 40°N: 42° high at 9 pm NOV at 40°N: 47° high at 9 pm DEC at 40°N: 50° high at 9 pm 30°N JAN at 30°N: 40° high at 9 pm FEB at 30°N: 37° high at 9 pm MAR at 30°N: 32° high at 9 pm APR at 30°N: 27° high at 9 pm MAY at 30°N: 22° high at 9 pm JUN at 30°N: 20° high at 9 pm JUL at 30°N: 20° high at 9 pm AUG at 30°N: 22° high at 9 pm SEP at 30°N: 27° high at 9 pm OCT at 30°N: 32° high at 9 pm NOV at 30°N: 37° high at 9 pm DEC at 30°N: 40° high at 9 pm 20°N JAN at 20°N: 30° high at 9 pm FEB at 20°N: 27° high at 9 pm MAR at 20°N: 22° high at 9 pm APR at 20°N: 17° high at 9 pm MAY at 20°N: 13° high at 9 pm JUN at 20°N: 10° high at 9 pm JUL at 20°N: 10° high at 9 pm AUG at 20°N: 13° high at 9 pm SEP at 20°N: 17° high at 9 pm OCT at 20°N: 22° high at 9 pm NOV at 20°N: 27° high at 9 pm DEC at 20°N: 30° high at 9 pm 10°N JAN at 10°N: 20° high at 9 pm FEB at 10°N: 17° high at 9 pm MAR at 10°N: 13° high at 9 pm APR at 10°N: 7° high at 9 pm MAY at 10°N: 3° high at 9 pm JUN at 10°N: -0° high at 9 pm JUL at 10°N: -0° high at 9 pm AUG at 10°N: 3° high at 9 pm SEP at 10°N: 7° high at 9 pm OCT at 10°N: 13° high at 9 pm NOV at 10°N: 17° high at 9 pm DEC at 10°N: 20° high at 9 pm 0° JAN at 0°: 10° high at 9 pm FEB at 0°: 7° high at 9 pm MAR at 0°: 3° high at 9 pm APR at 0°: -3° high at 9 pm MAY at 0°: -7° high at 9 pm JUN at 0°: -10° high at 9 pm JUL at 0°: -10° high at 9 pm AUG at 0°: -7° high at 9 pm SEP at 0°: -3° high at 9 pm OCT at 0°: 3° high at 9 pm NOV at 0°: 7° high at 9 pm DEC at 0°: 10° high at 9 pm 10°S JAN at 10°S: 0° high at 9 pm FEB at 10°S: -3° high at 9 pm MAR at 10°S: -7° high at 9 pm APR at 10°S: -13° high at 9 pm MAY at 10°S: -17° high at 9 pm JUN at 10°S: -20° high at 9 pm JUL at 10°S: -20° high at 9 pm AUG at 10°S: -17° high at 9 pm SEP at 10°S: -12° high at 9 pm OCT at 10°S: -7° high at 9 pm NOV at 10°S: -2° high at 9 pm DEC at 10°S: 0° high at 9 pm 20°S JAN at 20°S: -10° high at 9 pm FEB at 20°S: -13° high at 9 pm MAR at 20°S: -17° high at 9 pm APR at 20°S: -22° high at 9 pm MAY at 20°S: -27° high at 9 pm JUN at 20°S: -30° high at 9 pm JUL at 20°S: -30° high at 9 pm AUG at 20°S: -27° high at 9 pm SEP at 20°S: -22° high at 9 pm OCT at 20°S: -17° high at 9 pm NOV at 20°S: -12° high at 9 pm DEC at 20°S: -10° high at 9 pm 30°S JAN at 30°S: -20° high at 9 pm FEB at 30°S: -23° high at 9 pm MAR at 30°S: -27° high at 9 pm APR at 30°S: -32° high at 9 pm MAY at 30°S: -37° high at 9 pm JUN at 30°S: -40° high at 9 pm JUL at 30°S: -40° high at 9 pm AUG at 30°S: -37° high at 9 pm SEP at 30°S: -32° high at 9 pm OCT at 30°S: -27° high at 9 pm NOV at 30°S: -22° high at 9 pm DEC at 30°S: -20° high at 9 pm 40°S JAN at 40°S: -30° high at 9 pm FEB at 40°S: -33° high at 9 pm MAR at 40°S: -37° high at 9 pm APR at 40°S: -42° high at 9 pm MAY at 40°S: -47° high at 9 pm JUN at 40°S: -50° high at 9 pm JUL at 40°S: -50° high at 9 pm AUG at 40°S: -47° high at 9 pm SEP at 40°S: -42° high at 9 pm OCT at 40°S: -37° high at 9 pm NOV at 40°S: -32° high at 9 pm DEC at 40°S: -30° high at 9 pm below horizon low 20-40° 40-60° overhead-ish

The chart gives its height above the horizon at 9 pm through the year, from 60°N to 40°S. It can be seen from the whole northern hemisphere and south to about 10°S, and never sets north of 10°N.

Palomar 1 is 36,500 light-years away

The light seen from Palomar 1 tonight left it about 36,500 years ago. It ranks 60 of 78 by distance among the star clusters on Go Astronomy. Distance source: Baumgardt and Vasiliev 2021.

Objects within 6° of Palomar 1

No other Messier, Caldwell or Herschel 400 object lies within 6°.

Palomar 1 catalog data

FieldValue
Typeglobular cluster
ConstellationCepheus
Right ascension (J2000)03h 33.3m
Declination (J2000)+79° 35′
Magnitude13.2
Apparent size2.8′
True size30 light-years
Distance36,500 light-years (Baumgardt and Vasiliev 2021)
Best monthDecember
Best withTelescope