FALL - The 15 Best Astrophotography Targets for September, October and November

Updated: Oct 13, 2020

Prepare your shovel, leaf-blower and coat, Fall is here!

Welcome to our guide about the 15 best and easiest deep sky objects to image during the Fall season! Make sure to check out our other guides where we cover each season, this way you will never run out of Astrophotography targets all year long :)

You can find our list of the best targets of the other three seasons below:

SPRING - 15 best astrophotography targets for SPRING

SUMMER - 15 best astrophotography targets for SUMMER

WINTER - 15 best astrophotography targets for WINTER

See The Astrophotographer's Guidebook for a complete physical guide of the best targets of the year! Or get the digital version for half the price HERE!

Late September is usually when temperatures start to drop in most areas. Many amateur astrophotographers will miss the warm weather they've been able to image in from the past few months. For others, like us in Nevada, the drop in temperature is something we've thankful for because the desert can be way too hot even at night.

Fall usually also means less noise on your DSLR camera sensor, or being able to cool down your cooled astrophotography camera all the way if you want to!

The months of September, October and November make up for the most diverse season of the year when it comes to Astrophotography. Unlike Spring where almost all popular objects are galaxies, or Summer where the night sky is mostly filled with nebulae, Fall has it all!

If you are a galaxy lover, you'll be happy to know that several impressive galaxies are waiting to be imaged this season, like the two huge Andromeda Galaxy or the Triangulum Galaxy.

If, like us, you're more into nebulae, you can point your telescope at some of the largest nebulae in the sky like the Heart Nebula or the Flaming Star Nebula.

Lastly, even people who crave star clusters will find their happiness in the Fall season, with two of the brightest globular clusters waiting to be captured, Messier 92 and the Great Pegasus Cluster Messier 15.

Because there are so many beautiful objects to image this season, make sure to take your time and do not try to rush through all of them! Although these targets will set and disappear over the next three months, they will rise again next year, fresh and ready to be imaged :)

We often make plans to image a specific object when it becomes available, but sometimes, we simply do not have enough time until it is too late. When this happens, we tell ourselves that we'll be more prepared next year with higher skills and better equipment. Below is a good example of what we mean, with our progress on the Andromeda Galaxy over time.

The targets listed below are, in our personal opinion, the 15 best deep sky objects to photograph for beginner amateur astrophotographers in Fall. This list contains 4 galaxies (or groups of galaxies), 9 nebulae and 2 star clusters.

Several other targets are of course present in the sky as well, but will be much smaller than the ones in this list and more difficult to capture for beginner astrophotographers.


Magnitude: 6.3

Constellation: Hercules

Let's start this guide with one of the oldest and brightest globular clusters in the night sky: Messier 92.

M92 is a fantastic target to image due to its size and brightness, but it is not that popular among amateur astrophotographer as it lies close to an even more impressive cluster: M13.

Located in the constellation Hercules, M92 is believed to be 27,000 light-years away from Earth and was discovered in 1777. It was re-discovered a few years later in 1781 by Charles Messier, who decided to add it to his famous catalogue.

Messier 92 taken by NASA

The cluster is home to about 330,000 star and is fairly bright with a magnitude of 6.3.

It can be visible with the unaided eye if you are far from light pollution.

Although this object is in this list of best targets to photograph in Fall, note that it is very high in the sky in Summer as well and the best time to capture it might be around July and August.

Still, ensure to put this one on your priority list if you intend to photograph it when Spring begins.

Photographing this object should be fairly simple. As with all dense clusters, you need to be sure that your tracking and guiding are excellent and that the wind conditions are low to non existent during your imaging session. If you do get frames that were affected by the wind and show even the slightest hint of star trails, make sure to discard those as they will make the cluster look blurry and messy.

Did you know? Messier 92 is coming towards us at a speed of 69miles/s.

*We're working on imaging M92 and will upload our result once we capture it!*


The Helix Nebula, also called the Eye of God, or even the Eye of Sauron, is one of the closest planetary nebulae to Earth and the first one discovered to have cometary knots.

It is colorful, very bright and makes for an awesome target to photograph. It is very similar looking to M57, the Ring nebula, except that it looks much larger (about half the size of the full moon).

The Helix Nebula is a fairly popular target for amateur astrophotographers as it is easy to capture and does not require too much total exposure time. We, for example, only spent one hour and a half on this object with our ASI 1600MM to get the image you see below. We also attempted it with our stock DSLR camera in the past and spent less than three hours on it to get a nice result. You can see the comparison by clicking on the image below.

The Helix Nebula in Infrared - NASA

Spending some extra time on the nebula will help revealing the fainter outer gas that is seen expending from the main ring. It should also make the overall structure and the cometary knots more defined. The picture on the right is from NASA. It is a combined image from their Spitzer Space Telescope and the Galaxy Evolution Explorer (GALEX) and shows an image in infrared so that you can clearly see all the details within and around the object.

If you intend to image this target this season, make sure to plan ahead and look at how high it rises in your sky depending on where you live. Here in Las Vegas, the Helix Nebula stays pretty low in the horizon and never rises high in the sky, it also does not stay visible for much of the night, making the capture intricate if you didn't plan. For example, we only had about 3 hours total during our attempts before it set too low in the horizon. If you have the same problem, you can spend several nights on it and add all the data together later.

Our photograph of NGC 7293


The Great Pegasus Cluster, or Messier 15, is one of the oldest known globular clusters in our galaxy. M15 is overall about 360,000 times brighter than the sun.

This colorful and bright globular cluster can easily be seen with any instrument and with the naked eye from a dark location. This beautiful ball of stars is also one of the easiest star clusters to photograph. Capturing the 100,000+ stars it is home to can be achieved by taking 30 to 60 second exposure shots. Of course, you need to ensure that your tracking and guiding are perfect and to not over expose the stars. You should be able to get a great final image with just one or two hours of total exposure time.

Overall when it comes to astrophotography, M15 is fairly similar to other large and bright globular clusters like the Hercules cluster (M13) or M92.

You can find this object in Pegasus. It is not very far from another cluster, Messier 2.

*We're working on imaging M15 and will upload our result once we capture it!*


Messier 31 is the most famous galaxy in the night sky. Even if you have never been interested in astronomy or astrophotography, chances are, if you hear the name "Andromeda Galaxy" you know it's something awesome.

The Andromeda Galaxy is one of the few galaxies visible to the naked eye from Earth. It is much larger than most people think as it spans over 6 times the size of the full moon. This means that small telescopes are a better fit than large instruments for photographing this target. The image we attached below was taken with our Orion 8" Astrograph f/3.9, which has a focal length of 800mm. As you can see, the Andromeda Galaxy barely fits in the entire frame! You can of course use a large telescope but will most likely need to do a mosaic.

In pictures, you will be able to also see two of M31's satellite galaxies, Messier 32 and Messier 110 (pictured left).

Make sure to include those in your frame when you decide to image this target! Both are dwarf elliptical galaxies so do not expect to see any details in them no matter your exposure time.

Messier 31 is also a great fit for wide field astrophotography with just a DSLR camera and a lens. Click on the image to be redirected to our main post where we show you our results using different kinds of setups.

M31 is very easy to photograph. It is an excellent target for beginners and processing can be either very simple or complex depending on how much of the galaxy fills up the frame.

Want to follow us in the desert and learn exactly how we imaged the Andromeda Galaxy? Check out Episode 4 of Galactic Hunter!

Our full Episode about M31

Messier 31 can be found in the constellation of Andromeda, not too far from another large galaxy, the Triangulum Galaxy (M33). It was believed to be a nebula all the way until the 1920's! The galaxy is moving towards us at high speeds and will collide with the Milky Way in about 3.75 billion years.

Make sure to click on the link below to see our image of the Andromeda Galaxy in high quality, as well as the wide field version taken without a telescope!

Our photograph of M31


The Triangulum Galaxy is another large and bright object that rises high in the sky in the Fall season. It is located not far from M31 and is also one of the easiest galaxies to photograph for beginners.

Originally named the Pinwheel Galaxy, it is now most often called the Triangulum Galaxy to avoid confusion with Messier 101, the other "Pinwheel". Just like the Andromeda Galaxy, M33 is also on a path to collide with our Milky Way. Don't worry, we'll be long gone before that happens.

An interesting fact about the Triangulum Galaxy is that is contains one of the largest nebulae from any galaxy in our local group!

The picture on the right shows an overlay of the object (image by NASA).

Called NGC 604, it is about 40 times the size of the Orion Nebula.


Messier 33 can be photographed with any size telescope and also wide field with just a camera and lens! A star tracker is of course recommended. If using a 50mm or so lens, you can include both M31 and M33 in the same frame. The image below was taken with our Orion 8" Astrograph and our stock DSLR camera. We spent a total of 3 hours on this target.

You can see us capture it from beginning to end in Episode 5 of Galactic Hunter!

See our photograph of M33

Our full Episode about M33


Discovered by Pierre Méchain in 1780, the Phantom Galaxy is a small and faint spiral galaxy in the constellation Pisces about 32 million light-years away. Although M74 is extremely faint (it has the 2nd lowest surface brightness of all the Messier objects), it can still be spotted with large binoculars and any other instrument if observed from a very dark location. The object will look like a small blurry patch, but you could actually be able to differentiate the nucleus from the spiral arms if using a good telescope.

The Phantom Galaxy looks very similar in shape and in colors to Messier 101 (the Pinwheel Galaxy), and also appear similar to M33 (the Triangulum Galaxy) just rounder and smaller.

We suggest imaging this object with a medium size to large telescope and to spend a minimum of 3-4 hours on it assuming you are capturing it from a Bortle 4 or 5 class sky.

We imaged M74 in Episode 11 of Galactic Hunter! Check it out!

Our Photograph of M74

Our Full Episode about capturing M74


A group of 5 galaxies, 4 of them having a physical connection and designated as HCG 92, in the constellation of the flying horse: Pegasus.

Not very bright, and tiny, these galaxies make up for a beautiful group. Something you can do to make your final image more impressive is to include NGC 7331 in the frame. It is a much larger and brighter galaxies that is not that far from Stephan's Quintet and should easily fit in the field of view of most telescopes.

The galaxies that make up Stephan's Quintet are NGC 7317, NGC 7318a, NGC 7318b, NGC 7319 and NGC 7320c.

*We're working on imaging HCG92 and will upload our result once we capture it!*


IC 1805 is full of Hydrogen Alpha and will look all red (like a heart, right?) when photographed with a DSLR camera. We personally prefer the narrowband version of this object, specifically the Hubble Palette combination of narrowband data to give it some nice blue and orange colors.

The Heart Nebula is a huge target (5 times the size of the full moon), and cannot be photographed using a large telescope unless you plan to do a mosaic. You may also want to focus on a specific area if you do not own a small telescope, like Melotte 15 near the center of the heart, or the Fish Head nebula near the "bottom" of the heart shape.

Although IC 1805 is pretty faint with a magnitude of 18.3, it shows up pretty nicely in images and does not require that many hours of exposure to really pop out.

Make sure to visit our full post to learn more about this target, get some tips to image it and see what each narrowband channels looked like before being combined!

Did you know? The Heart Nebula is also often called the "Running Dog" Nebula.

Our Photograph of IC 1805


Designated Westerhout 5, the Soul Nebula lies in Cassiopeia extremely close to the Heart Nebula, the two actually pretty much touch each other! They are often captured into the same wide field frame and the pair is often called "The Heart & Soul". How sweet.

IC 1848 is, like IC 1805, huge and pretty easy to capture! It can be done with a small telescope or with just a camera and lens.

High definition images will show two galaxies near the Soul Nebula, Maffei 1 and Maffei 2, normally hidden behind the Milky Way gas. There are also several small clusters somewhat visible in the gases of the nebula.

*We're working on imaging IC 1848 and will upload our result once we capture it!*


Also in the constellation of Cassiopeia is the colorful Bubble Nebula. It is not a large target, but it is surrounded by a lot of gas and makes for a fantastic photograph.

NGC 7635 is an emission nebula discovered in 1787 by William Herschel. It is located approximately 10,000 light-years away from Earth. The Hubble Space Telescope captured this object to celebrate its 26th anniversary in space, and the image quickly became a favorite of the crowd!

We imaged this target with our own amateur equipment and got something reasonable. We definitely plan to add more data to it in the future though! If getting the faint gases around the bubble is your main goal, try to spend as many hours as you can on it with narrowband filters. If you click on the image below, you will be redirected to our full page about the image where you can see that the outer gases are all mostly made of Hydrogen Alpha. A DSLR camera with a Hydrogen-Alpha clip-on filter is also a great way to image the Bubble Nebula without breaking the bank.

Our Photograph of NGC 7635


The Iris Nebula is such a beautiful target! It kinds of looks like… Heaven. In space. It has a very bright blue core that is surrounded by an incredible amount of thick dark dust lanes.

NGC 7023 is not a great object for narrowband imaging, and so you will have to use either a DSLR camera, a one-shot-color astrophotography camera or a monochrome camera with LRGB filters.

It is also recommend to photograph this target far from any light pollution. For our own attempt (see image below), we drove two hours to a Bortle 2 site in order to evade Las Vegas' insane light pollution. This is also when we first used our full frame OSC camera, the QHY128C! Make sure to click the image to see it in better quality!

Because of the difference of brightness between the core and the dark dust around it, processing this object is pretty difficult and might be too challenging for beginners. We suggest that you keep this target in the back of your mind until you feel like you have the right processing skills to take it on.

Our Photograph of NGC 7023


IC 1396 refers to a large nebulous area in Cepheus, about 2,400 light-years away. Beginner astrophotographers usually mostly care about one specific part of this region, IC 1396A nicknamed the Elephant’s Trunk nebula. It is a small concentration of gas and dust where new stars are born, that takes the shape of an elephant’s trunk.

Imaging this target can be a little bit difficult as it is pretty dim! Long hours of integration time will allow you to get a clean, and bright result especially if using narrowband filters.

Our Photograph of IC 1396


The Cocoon Nebula appears as a very bright star surrounded by expelling gas. This nebulosity has a distinct pink color and gradually becomes darker. IC 5146 is a popular target because of its enormous dark lane that makes it look like the tail of a comet.

This formation of dark interstellar clouds is called Barnard 168. If using a wide enough telescope, make sure to try to include the entire tail in your image and you'll be sure to have an impressive result! The most challenging part is bringing out Barnard 168 during processing.

Our photograph of IC 5146


The Flaming Star Nebula looks like… a hot flaming star with lots of smoke expelling from it! IC 405 is fairly bright and can be photographed by beginner astrophotographers easily. The challenge lies in framing the target just right to get the most out of all the gas surrounding the bright blue star AE Aurigae.

The Flaming Star Nebula is large, spanning more than 5 light-years across and with an apparent size of 37.0°x19.0°.

Make sure to plan your shot ahead by simulating what you will see with your camera and telescope depending on the focal length using any planetarium software or app.

*We're working on imaging IC 405 and will upload our result once we capture it!*


We end this list with a fun one!

You can probably guess why the Pacman Nebula got its name, if not, think harder.

It is a pretty easy target to image with any telescope and camera, but this object really shines when photographed with Hydrogen Alpha and Oxygen III filters.

The Pacman Nebula is an emission nebula that can be found in the constellation Cassiopeia.

Near the core of the Pacman Nebula lies a young open cluster, IC 1590. It is pretty faint but easily visible in photographs. It can also be visible with small instruments if you are far enough from light pollution.

In this cluster are more than 279 stars that shine on the gases all around.

Our photograph of NGC 281

There you have it! The 15 best targets for Fall! You can watch our video below for more details about the targets, and a picture for each of them, as well as their magnitude, size and constellation. 

Get the digital version of the Astrophotographer's Guidebook HERE!

Hoping it will help more people decide what to aim their telescope at for this season,

Clear Skies,

Galactic Hunter


The Astrophotographer's Guidebook

Description: Discover 60 Deep Sky Objects that will considerably improve your Imaging and Processing skills! Whether you are a beginner, intermediate, or advanced astrophotographer, this detailed book of the best deep sky objects will serve as a personal guide for years to come! Discover which star clusters, nebulae, and galaxies are the easiest and most impressive to photograph for each season. Learn how to find each object in the night sky, and read our recommendations on imaging them in a quick and comprehensive way. Each target in this guide contains our advice on imaging, photos of expected results, and a useful information table. We've also included a few cool facts about each target, a map to find it in the night sky, and more!

The Astrophotographer's Journal

Description: The Astrophotographer’s Journal is a portable notebook created for the purpose of recording observations, cataloguing photographs, and writing down the wonderful memories created by this hobby. This book contains more than 200 pages to memorialize your stargazing and imaging sessions, as well as a useful chart on the last pages to index exciting or important notes. Read back on the logs to see how much progress you have made through the months, the problems you overcame, and the notes taken to improve in the future. Just as the pioneers of astronomy did in their time, look up and take notes of your observations as you are the author of this star-filled journey.

The Constellations Handbook

Description: The Constellations Handbook is a logical guide to learning the 88 constellations. Learning the constellations is difficult. Remembering them is even harder. Have you ever wanted to look up to the night sky, name any pattern of stars and be able to tell their stories? This book groups the constellations in a logical order, so that the reader can easily learn them by their origin, and see how their stories interact with one another as a group.The last pages of this book include an index of all 88 constellations, each with a slot where you can write your own personal tips and tricks in order to memorize them with ease. The Constellations Handbook is not just another guide listing all the constellations from A to Z and their location, it is the perfect companion for stargazing, and a learning journey through the ages.

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