What’s Out Tonight?

A general ASTRONOMY site to get you started exploring the night sky

Optimized for desktops and laptops.
Most pages on phones and tablets will overlap.

PARADE OF PLANETS • January 2026

 Happy New Year!

Not visible for a bit
Mars is too close to the Sun to be seen in the evening. It will start to reappear in February very low in the eastern morning sky just before the Sun rises.

EVENING
Saturn
is very high up the sky facing South west after sunset. It is the brightest “star” in that area of the sky, but not “obvious bright” like Jupiter. It does NOT twinkle which helps to identify it as a planet.
Jupiter is in Gemini and rises in the East as the Sun is setting in the west. It is always brighter than any other “star” except for Venus. And, it will be amongst many of the brightest winter stars—a nice sight filling the eastern sky.

Venus
is visually close to the Sun so it is not visible. It will become an evening star in January, but it won’t be visible until February and then very low in the western sky after the Sun has set.

Remember • Twinkle Factor
The planets DO NOT normally twinkle like stars unless they are very close to the horizon or the atmosphere is extremely turbulent. So, even thought Saturn is not very bright, it is easier to identify because it does not twinkle.

January 2026 Sky Chart

It’s Free
Just click on the image to print this 
4-page PDF doc.

Useful anywhere in the mid-latitudes of the northern hemisphere including the continental US, Hawaii, Europe, Japan, etc. 
Optimized for 1.5 hours after sunset
 but can be used for several hours after that. 

Indicates visible planets and best objects for binoculars and telescopes. Packed with facts, mythology, Moon phases, meteor showers and more. 
For other months, see the archive below.

January 2026 Note​s

 About 90 minutes after Sunset

Constellations
The Pleiades or Seven sisters is close to the top of the sky. Click here for more info.

Orion is about halfway up in the eastern sky but its three Belt stars are vertical to the horizon, making them easier to identify— a unique set of three equal magnitude, equal distance stars that are almost in a straight line. The Belt stars are boxed in by four bright stars that roughly form a rectangle. Two are bright, red Betelgeuse and Rigel which are in opposite corners.

Face due north and look up very high to see Cassiopeia, looking like a “M”. The Big Dipper is mostly below the northwest horizon, so it is not visible. The Little Dipper hangs downward from Polaris or the North Star but its stars are overall fainter and thus more difficult to see than those of the Big Dipper. The North Star is a bright star but it is not the brightest star in the sky, that is Sirius and Orion’s three Belt stars point “downward” to it.

Header Image
The celestial image used for this site's header is part of the Veil Nebula, a supernova remnant in the constellation Cygnus (the Swan) visible throughout most of the summer and fall. This triangular wedge is a fainter part somewhat between the two major sections that make up the Veil Nebula and it is called Pickering’s Triangle. I took this image using a 6-inch diameter refractor telescope.