If you’re just getting into astrophotography, then the chances are that you should get yourself a good DSLR. Sure, if you’re a total beginner you can get started with your phone, and if you’re an expert you might want to use a CCD. But, there’s a big gap in the middle there for amateur astronomers, and DSLR’s are likely the best choice. In fact, some experts even prefer DSLR’s to other cameras, which speaks volumes.
One main reason that DSLR’s are so ridiculously popular is that you can use them for a multitude of things. You aren’t limited to astrophotography if you get yourself a DSLR; you can use it for a bunch of other stuff, too. Not only this, but as cameras improve, they’re getting better and better for landscape astrophotography. This is where you can use the camera alone without attaching it to a telescope.
Although there’s no one ‘best camera for astrophotography’, I’m going to give you my opinion on what some of the better options are. If you disagree, feel free to leave me a comment at the bottom and I’ll reply with my reasoning. It’s always nice to hear from other people, whether they agree or not! So, here are some of the cameras that I like.
Best DSLR for Astrophotography
If you’ll be using your DSLR for more than just astrophotography, then we suggest that you get an APS-C camera because it gives significant crop factor (Do note that the crop factor just refers to a lens’ focal length). This means that with an APS-C, you’ll be able to ed a longer focal length. This is great for those who want to shoot a lot of portrait or macro photography with their Best DSLR for Astrophotography .
You also have the option of getting a full-frame Best DSLR for Astrophotography but note that this only has an effect on the wide angle lens so it won’t give you any crop factor advantage when using portrait or short telephoto lenses.
When looking at the best DSLR camera for astrophotography, there are two types to look at – mirrorless and DSLRs: Mirrorless Cameras Mirrorless cameras will give you many advantages over Best DSLR cameras for photography such as Live View, manual.
Overall, these are just a few of the cameras that would be suitable for astrophotography. The reality is that if you’re using a DSLR and you already have one, then you can make do with what you’ve already got. If not, then these are some of the better deals that I’ve seen on cameras recently if you’re looking to fulfil your planetary capturing ambitions.
Best Beginners DSLR – Nikon D3400
- 24.2MP DX-Format CMOS Sensor
- EXPEED 4 Image Processor
- No Optical Low-Pass Filter
In my opinion, the best camera for astrophotography on a budget is the Nikon D3400. Why the D3400 and not the D3500? Well, we’re on a budget and many full frame cameras might be a little bit out of your price range. Don’t worry if this is the case; you can still get a solid astrophotography camera to spot deep sky objects in the night sky.
Whilst you can get a new D3500 if you’ve got the extra cash, you’re better off going for the slightly older (D3500 was released in 2018, D3400 in 2016) and getting a 50mm Nikkor Lens with your camera, too. This way, for a few hundred bucks you’ll really be able to get a good idea of astrophotography and whether or not it’s for you.
I like the D3400 because of it’s simplicity. It’s a very easy to use camera – in fact, I find it easy to use as does my son, which shows that it’s definitely perfect for beginners. Although it’s an entry level camera, this doesn’t mean that you need to compromise on quality and you’re going to get some awesome photographs with this camera. It has a great battery life, it’s relatively cheap and it’s incredibly easy to use. Whilst it’s not the perfect camera for astrophotography, align it with the correct lens and you’ll get some great photos.
Another reason that you’ll want to consider opting for a major brand like Nikon or Canon is for the sheer abundance of different lenses that you can use. Remember, you don’t need to stick to using lenses that are made only by these big companies – there’s a ton of third party lenses out there nowadays too that you’ll want to consider as well.
Overall, as an entry point to photography in general, the D3400 is where I’d start and you’ll find some awesome deals on it right now. Especially after the D3500 was released in 2018, there are some cheap prices around for the D3400 if you’re just looking to get pictures of space, and it can be the perfect place to start for deep sky imaging.
Best Intermediate Level DSLR – Canon EOS Rebel T7i
- Universal Phone Mount Adapter- Works for smartphones up to 3.54 inch wide. By a standard adaptor screw thread, it is compatible with digital cameras like Nikon/Canon, DSLR, Action Cameras (adapters Included).
- Durability for Years- Flexible octopus style legs are made of thicker premium metal, reinforced with a rubber coating and compact foam. It is rigged to the greatest degree to handle the wear and tear of everyday explorations or the rigor of adventure.
- Increased Stability- A high grade metal ball joint supports phone/camera up to 1kg. Locks the heaviest smartphone into position securely. The non-slip feet design keeps this adjustable tripod steady on virtual ground surface.
As I’ve said, I’d recommend trying to pick up a cheap D3400 if you’re just getting into astrophotography. But if you’re looking for the next level up, then there are a range of cameras that are suitable for an intermediate level. Much like the development from entry level to middle range cameras in normal photography, the DSLR’s for astrophotography follow the same footpath.
As usual, there’s always a Canon DSLR alternative to a Nikon. In the mid range, cameras start to enter the high three figures to four figure ballpark. If we’re looking at this range, then my favorite option would be the Canon EOS Rebel T7i.
I like this camera for it’s ease of use – the navigation menu is really easy to understand, even for beginners. It’s quite big and bulky for a DSLR, which won’t be everyones cup of tea. But for me, I find it fits into the hand snugly. In terms of image quality, it’s definitely a step up on entry level DSLR’s, though it’s still not a ‘premium’ camera.
One thing that you might not like about the T7i is that it doesn’t feel particularly premium or expensive (this is the case with the majority of Canon cameras less than $1000). It’s made out of plastic, and the buttons themselves don’t feel particularly well made. I’ve got to say, it’s a little underwhelming when you take the T7i out of it’s box because you might be expecting something a little more advanced.
But in terms of the abilities of the camera itself, then you’re going to be hard pressed to find a better camera than the T7i. It’s undoubtedly one of the best on the market within it’s price range, and even though it’s similar to other cheaper cameras, I do think that it’s worth the price.
Alternative Nikon Model – Nikon 5600
- 24.2MP DX format CMOS sensor
- Ex peed 4 image processor; approx.; 0.82 x (50 millimeter f/1.4 lens at infinity, 1.0 meter (1))
- 3.2 inches 1.037 meter dot VARI angle touchscreen. Max video clip length: 1920 x 1080: 29 minutes, 59 seconds
If you already have Nikon lenses and equipment, then the chances are that you’re going to want to stick with the same brand. If this is the case, then one of the closest competitors to the T7i is the Nikon 5600. They’re very similar in build, and they both have a LCD screen which you can adjust quite easily if you’re trying to use it as a viewing point. The 5600 is slightly different to the 5500 in that with the 5600, you’ll get Bluetooth control which is quite useful. The 5600 is quite a bit better than the 5300, as the 5300 doesn’t have a touchscreen and the 5600 itself is quite a bit lighter in comparison.
Overall, the 5600 provides a good Nikon alternative to the EOS Rebel T7i, though if you’d ask me which I’d prefer out of the two, the T7i would just edge it due to it’s bigger battery life and better screen.
Best Camera for Advanced Astrophotographers – Nikon D850
- Nikon designed back side illuminated (BSI) full frame image sensor with no optical low pass filter
- 45.7 megapixels of extraordinary resolution, outstanding dynamic range and virtually no risk of moiré
- Up to 9 fps1 continuous shooting at full resolution with full AF performance
I’m sure that everyone reading this will be assuming the same thing. There’s only been one camera released specifically for astrophotography in the last five years and pretty much everyone knows what it is. I’m talking of course about the Nikon D810a. And yes, the ‘a’ stand for astrophotography.
This camera was specifically designed to appeal to astrophotographers, and it was an upgrade on the Nikon D810. At the time, it was released at an extra $1000 increase in price, which many people found a little bit steep. Though, this may have proved worth it for the added features and it’s excellent high ISO performance and built in intervalometer had many astrophotographers drooling.
If you asked me at the start of 2017 what my recommended camera would be for astrophotography, I would’ve said the D810a. But towards the end of 2017, they released the Nikon D850, which became my new favorite camera for advanced photographers.
There are a few reasons why I would go for the D850 if you have the budget. Firstly, the specifications on this thing are pretty insane. The battery life is really long, it’s an almost 10 megapixel increase from the Nikon D810, and the back illuminated sensor makes it ideal for night photography. If you don’t want to shoot full res, then you can also shoot at 25.6MP and 11.4MP too.
It’s very easy to scroll through your images on the D850, and unlike some expensive cameras, it’s surprisingly easy to navigate. I also like the D850 because it has a ton of lenses that you can use with it. This is essential for any photographer, as a DSLR without a lens is like a lamb without wool. Overall, this is an awesome camera that will be the pinnacle for a lot of aspiring photographers out there.
Pentax K1 – An Alternative
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Another alternative to both the Nikon and Canon brands is the Pentax K1, which was suggested to me by one of out readers. I had a quick look through some astrophotographers gear reviews articles online to try and gain a little more info beforehand, and most of them were excellent. Luckily, I’ve actually got a friend who already has this product, so I was able to use it and give you my own mini review here.
First impressions after looking at the manual and the box it came in were quite impressive – it comes with a full guide on how to use the camera properly. I will say one thing though – this really isn’t an entry-level camera, so it’s best if you have some experience prior. This is a full frame DSLR that offers image stabilization similar to that of Sony’s e-mount system.
This model is a 36.2 mega pixels full frame CMOS sensor camera, which makes it ideal for taking photographs in the dark. It also seems to work really well for astrophotography specifically (likely because it allows enough light exposure), so make sure that you have a decent telescope and adapter to get the most out of it. It is wifi friendly, so it’s simple to upload your photos at speed. It isn’t great for capturing moving objects at close range, but this doesn’t really matter for our purpose.
All in all, if you’re looking for a sharp focussing piece of equipment that will allow you to view planets, either with telescopes or without, then the K1 is another solid choice. It’s easy to use, all you really have to do is focus and take your shot.
Astrophotography DSLR Camera FAQs
Although in my opinion a DSLR is probably the best choice for those just getting into astrophotography, there are other ways that you can take photos of the night sky. There are other types of cameras that you can use, as well as cameras specifically designed for astrophotography (known as dedicated cameras).
Are mirrorless cameras good for astrophotography?
If you’ve already got yourself a mirrorless camera or you’d prefer to use mirrorless instead of a DSLR, then that’s absolutely fine. A lot of people wonder whether mirrorless cameras are good for astrophotography, or whether a DSLR will perform better.
The correct answer is that a mirrorless camera will be absolutely fine for astrophotography and it will perform as well as a DSLR. Both a mirrorless and DSLR are effective cameras in the day and nighttime, but there’s one main reason that I stick with taking my DSLR out with me when I’m taking photographs.
Battery life. Typically, the battery life of a mirrorless camera is far less than a DSLR. This is definitely not good for taking out with you on a nighttime expedition, which is why I’ve stick with DSLRs for the most part.
Full frame DSLR cameras tend to be a better choice than a full frame mirrorless camera, which should have a fast shutter speed and the ability to capture images of a high quality. But, a mirrorless camera will be able to take good quality nighttime photographs like a DSLR, so if you have one you want to use at home, go right ahead.
Are CCDs (Dedicated Astrophotography Cameras) better than DSLRs?
There are those that will only use a CCD (charged couple device) for their astrophotography, and as you become more competent with things, then it might be worth looking at making the switch.
CCDs have a steep learning curve, primarily because you don’t have the ability to see your image through a screen whilst you’re taking the photo. This is one of the reasons that I personally still prefer to use a DSLR, even though I can see the benefits of using a CCD too. As you’d expect, the main benefit of using a CCD as opposed to a DSLR is that a CCD is more sensitive to light.
This helps to create a brighter image, which will likely give you finer details in an image. Nowadays, CCDs are available at pretty cheap to amateur astronomers too, so they can be worth looking at if you want to try something different (but they’re by no means essential to getting good quality photos).
What is a full-frame sensor?
A full frame camera sensor essentially means that the camera uses a traditional film size of 36x24mm film. Full-frame DSLRs are more expensive, and most cheaper models will use an APS-C sensor, which is much smaller. A novice is unlikely to notice the difference, but a full frame will have 2.5x the surface area of an APS-C.
This will make a big difference when it comes to astro-imaging and photographing deep sky objects.
Can I do deep-sky astrophotography with my DSLR?
Yes, a DSLR is great for deep-sky astrophotography. You can shoot multiple long exposure images, then combine them together to create a low noise to signal ratio. So yes, a DSLR is perfect for getting started with astrophotography and images with long exposures.
It can be used for planetary photography, capturing deep sky targets and much more than this too.
How can I determine the best cameras for astrophotography?
It isn’t easy to determine the best cameras by their specifications or their brand (Canon cameras aren’t automatically better than the rest just because of their name, and a Mark ii camera isn’t always worth the extra investment. Any entry level DSLR should prove fine to shoot images of the night sky or the milky way, so don’t get too caught up in the specs. After time, you’ll learn which areas you want to improve upon with your camera.
5 Tips for Improving your Astrophotography Game
One thing to note: We have to wait until conditions are dark enough to avoid seeing solar emissions from sun, which will impact our field of view, and reduce your capabilities to see nebula and planets.
Get a Remote Timer
An expensive camera will only get you so far. If you’re not using a tripod, then you’re going to suffer from some blur. And even if you are, you can still get some visionary disturbances when you take the photograph. A remote timer can be one of the most useful accessories that you can pick up.
For astrophotography, long exposure images are best. This gives the camera enough time to draw in light from the light sources (stars etc), which is particularly important at night. Even though cameras have a delay timer, and remote shutter timer is a better option as it allows a longer exposure time. When you start to take your astrophotography a little more seriously, then you need to get one of these to ensure you get the best sky images.
Use RAW Images
When you’re taking pictures with your camera, you’ll always want to take a RAW image. This is an unedited, uncropped version of your picture taken exactly as it is. If you’re taking pictures in JPEG mode, your photograph is automatically getting cropped to a different size.
There is one big bonus of taking pictures in RAW mode – you can change the white balance in your pictures after they’ve been taken (you can’t do that with JPEGs). The white balance of your photos is important, as you want to get the colors right in each photograph. So, you’ll want to opt for using RAW over JPEG and use your raw files to get the best deep-sky astrophotography images.
Comas, or comatic abberation, are the bane of the life of any astrophotographer. Comas are essentially flaws in the way that the lens portrays the focussed light. They’re a common issues, and if you look back at some old pictures that you’ve taken, I can guarantee you that you’re going to see some comas around the edges of your pictures.
One of a lenses main objectives is to avoid producing comas, but there’s only so much that a lens can do. As a photographer, it’s our job to find the balance between using a high aperture and avoid comas. Of course, with astrophotography particularly we want to use a large aperture to try and bring the light out in the stars, but this does expose us more to comas. So, it’s important that you have your astrophotography settings correct.
Overall, you should be able to avoid comas providing that you use the correct aperture and a good quality lens. A full-frame DSLR should be good for this.
Learn how to use software
I’m sure we’ve all fawned over night sky pictures online. The reality is that many of them are heavily edited, and you’re not going to achieve a picture of similar quality without learning how to edit them yourself.
For this, there are various different softwares out there that you can use to edit your pictures. Head over to this software page to learn about some of the best softwares (bear in mind I use a Mac). Using a good software takes a bit of time to get used to, so spend a few hours playing around with the settings on your computer to see what you can do. All decent softwares will allow you to easily crop photos (like with Photoshop) pick the size you want your photos to be, typically landscape.
Of course, the main advantage of using getting a good photography software is the ability to enhance your images. The majority of images that people share online have been modified in some way – whether that’s by using a reduction tool to try and emit some light or using filters to try and capture star trails. So, ensuring you have the right software systems in place can help you check your images and create awesome photos of the night-sky.
There’s nothing more exciting to me than going off on a random adventure with my camera and getting some pictures of the night sky. But when I look through my astrophotography collection of photos, the better ones are almost always after I’ve used an app to know when the best weather is. This is just a fact, and there’s not much that we can do about it.
Whilst I don’t like a lot of things about new technology, one thing is for use – using the right app enables us to get the near perfect photo. From locating the best place in the areas to take good photos, to helping you expand your astronomy knowledge, apps can be an extremely useful piece of the puzzle. Have a look at my favorite astronomy apps to get a better idea of what I use. Generally, the best apps have fewer features and narrow down on one thing instead of trying to do everything.
You can find apps that easily allow you to edit ISO settings, no matter what the pixel size of your camera is. So, it’s definitely worth looking at which apps are currently available,
Overall, if you’re getting started in astrophotography then you should really be looking at getting a DSLR. The ones I’ve recommended are just my personal preference, but there are tons of other options available too. So, you should do your own research before you purchase one.
Astrophotography is quite popular among photographers who want to take pictures of our Milky Way galaxy or other galaxies that you only see at night. It often entails long exposures at night so they will need to use a tripod and sometimes needs special camera settings.
Astrophotography is an awesome hobby and it doesn’t have to be super expensive to take up. Match one of these DSLR’s with a cheap tripod from Amazon and you’re pretty much good to go. Just remember to enjoy yourself and not worry too much about the quality of your photos in the beginning. With time, your photography skills will get better – and so will your images.
Hopefully this article has helped save you some time deciding on which camera to get – whether that be a DSLR or a dedicated camera. If you have any comments to share, feel free to leave them down below!
Last update on 2022-09-07 / Affiliate links / Images from Amazon Product Advertising API
2 thoughts on “Best DSLR for Astrophotography [Updated 2022]”
Don’t forget about the Pentax K1 with ASTROTRACER built in. With the built in image stabilization and the use of the built in GPS, the K1 will track the stars for you for a short time period. It is also far, far less expansive than the Nikon or Canon 5D M4. All Pentax lens from the Mid-70’s and later fit this camera.
I have a friend with the K1 – let me ask if I can borrow it from him and try and get my hands on it this week so I can have a proper look at it! Thanks a bunch for your suggestion 🙂