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Small Telescope Targets for Winter 2026 |
Star hopping home |
| These are a few of many good targets for small scopes. To help you find the deep-sky objects, click on the name of the object for a star-hop chart, or get a printer-friendly version. For a longer, searchable list of star hops for deep-sky objects, click here. For a beginner's introduction to the technique of star hopping, click here. |
Object |
Printable Chart |
Type |
Magnitude |
Distance (approx.) |
Notes |
| Moon |
|
|
About -3 (crescent) to -12.7 (full) |
240,000 miles |
The
Moon is always fascinating, and it changes night by night. Look for
craters, mountains, plains, ridges, etc. The best views are those at the edge
between day and night (the “terminator”) where the long shadows show more
details. |
| Venus |
|
Planet |
-4 |
80 million miles (varies) |
Venus will be too close to the Sun to observe in January and early February, but then it slowly gets higher in the west after sunset in late February and throughout March.. |
| Jupiter |
|
Planet |
-2 |
400 million miles (varies) |
Jupiter, in Gemini,will be visible in the evening sky throughout the winter. Through a telescope you can see its four brightest moons as they change positions night by night. You should also see some cloud bands stretching across its disk.
|
| Saturn |
|
Planet |
0.5 |
1 billion miles (varies) |
Saturn will be visible in the west right after sunset in January and February. Its rings will be almost edge-on. |
| Achird (Eta Cassiopeiae) |
pdf |
Double star |
3.4, 7.5 |
19.4 light years |
Use
high power to see that this is a double star, with contrasting colors. The
brighter star of this pair is about the same size and brightness as our Sun. |
| Almach (Gamma Andromeda) |
pdf |
Double star |
2.2, 5.0 |
390 light years |
Almach,
or Gamma Andromedae, is a pretty double star. The brighter of the pair is a
yellow star of magnitude 2.2, and the dimmer is a blue star of magnitude 5.0.
Use medium to high magnification to clearly separate the two stars. |
| Messier 45, the Pleiades |
pdf |
Open cluster |
1.5 |
430 light years |
This
group is bright enough to see with the naked eye, even in moonlight. It
is called the “seven sistersbut many more hot blue-white stars can be seen
through the telescope. |
| Messier 42 and 43, the Orion Nebula |
pdf |
Diffuse nebula |
4 |
1,350 light years |
The
Orion Nebula is one of the easiest nebulas to find, and it is visible to the
naked eye as part of Orion's sword. It is a wonderful sight in binoculars or
any telescope. In its center is a tight group of 4 stars, the Trapezium. |
| NGC 2392, the Clown Face Nebula |
pdf |
Planetary nebula |
9.2 |
4,200 light years |
This
is a smal but bright planetary nebula that resembles a human face surrounded
by a round hood. It has a distinct blue color. |
| NGC 869 and 884, the Perseus Double Cluster |
pdf |
Open clusters |
5.3 |
6,800 light years |
These
two open clusters, side by side, are among the most impressive in the entire
sky. Each contains several hundred blue-white stars, plus a few red giants
that can be identified by their red-orange color. |
| Milky Way |
all-sky chart |
Galaxy |
|
20,000 to 80,000 light years |
Pick
any spot of the Milky Way from an all-sky chart, such as the regions around
Cassiopeia and Perseus that are high overhead on winter evenings. Use low
magnification for a wide field of view. Slowly pan through sky and
watch thousands of stars glide past. |
| Messier 31, the Andromeda Galaxy |
pdf |
Galaxy |
4.2 |
2.2 million light years |
From
a dark location, M31 can be seen with the naked eye as a fuzzy patch. Through
the telescope it appears as an oblong glow, much brighter in the
center. You might be able to see two nearby galaxies (M32 and M110) in
the same low-power field. |
| Messier 81 and 82 |
pdf |
Galaxies |
6.8, 8.0 |
12 million light years |
Visible
for much of the year, this is probably the most-frequently viewed pair of
galaxies in the sky. Through a telescope, M81 is a fuzzy oval, and M82 has a
long rectangular shape that gives it the nickname the Cigar Galaxy. |