The astrophotography equipment category is a useful resource for beginners that want a better understanding of the gear needed for astrophotography.
The type of astrophotography equipment needed for each area of interest can change dramatically, but in general, a tracking mount, a camera, and a telescope/camera lens are the bare minimum.
For those that like to remain portable, and take nightscapes from dark sky locations, a star tracker is recommended. They allow you to maximize the amount of light collected through your camera and lens, and present new creative opportunities.
If you are hoping to collect detailed pictures of nebulae, galaxies, and star clusters, a more robust tracking mount and a telescope are better options.
My primary interest lies in deep-sky astrophotography of galaxies and nebulae, using a refractor telescope on a tracking equatorial telescope mount. If you’re looking for a fantastic astrophotography telescope to get started with, you can’t go wrong with the William Optics RedCat 51.
I typically use wide-field instruments to capture large nebulae in the night sky using specialized filters, but you may be interested in other types of astrophotography including being able to photograph a planet up close.
For this type of imaging (planetary astrophotography) the equipment profile changes quite dramatically from a wide-field nebula setup. A telescope with much more focal length is recommended (2000mm) and a dedicated astronomy camera with a high frame rate.
A popular camera for solar system photography is the ZWO ASI290mm Mini, thanks to its 2.1 MP monochrome sensor. This is the camera I used to photograph Mars, Jupiter, and Saturn.
Useful Equipment Links
In this article, I’ll describe how I photographed the Boogieman Nebula (LDN 1622) in the constellation Orion using my camera and telescope. This was the first time I had ever captured this deep-sky object before, and one of only a handful of dark nebulae I have ever photographed. LDN 1622 is a dark molecular cloud…
In this post, I’ll walk you through my process of photographing a jaw-dropping nebula in the night sky known as Thor’s Helmet. As usual, there were a number of challenges in my way, but it wouldn’t be astrophotography without a little stress now would it? I am using an imaging setup that I have used…
I’ve taken some amazing astrophotos this year, and I want to share the exact equipment I used in my approach and even some processing tips. After all – I know you’re super pumped about the images I take – right? But in reality, if I can’t provide useful information about how you can do it…
Astrophotography is about more than just the pictures you take, it’s about an overall positive experience along the way. I don’t like seeing people quit because they’re frustrated and confused. It doesn’t have to be that way. When starting out, I think it’s important to choose a setup that is easy to use, and not…
Late last month, William sent me a William Optics RedCat 71 for review purposes. I will continue to share my results using this apochromatic refractor telescope, and will likely purchase it after the testing period if I have the option. At the time of writing, I do not know when the RedCat 71 will be…
I have been using the ASIAIR Plus for my astrophotography projects for the last 2 years. This incredible wifi controller can do it all, from controlling my equatorial mount to running a complete imaging sequence. If you are looking to automate your deep-sky astrophotography and remove many of the frustrations involved with running multiple pieces…
Taking impressive deep-sky astrophotography images is not reserved for those using an astronomical telescope. A budget camera lens can be used to take images of some of the best deep-sky objects in the night sky. A telephoto zoom lens can provide enough magnification to pull distant objects in space in for a closer look, but…
My latest photo of the Andromeda Galaxy is my best effort yet. I have been taking deep-sky astrophotography images for over 10 years now, and this might be my favorite photo of space I’ve ever taken. This detailed image was captured using a small refractor telescope, with a mirrorless camera attached. The image reveals the…
The ZWO ASI2600MM Pro mono is the much anticipated monochrome version of ZWO’s popular ZWO ASI2600MC Pro dedicated astronomy camera. It houses a 26 Megapixel Sony IMX571 back-illuminated sensor, and some seriously impressive specs. This camera uses a highly sensitive, cooled, monochrome CMOS sensor in the APS-C format. The size and resolution of this sensor…
On this website, I do my best to share information and astrophotography tips that provide value. I could pat myself on the back about all of the great astrophotography images I took this year, but it is of little interest to anyone if I don’t explain how I took the shot. In this article, I’ll…
The Optolong L-eXtreme filter is now being used in backyards across the globe, which is great news for those that take astrophotography images in heavy light pollution. This astrophotography filter features even narrower bandpasses than last year’s L-eNhance, making it perfect for nebula photography from the city. The Optolong L-eXtreme filter isolates the H-alpha (Ha),…
In early May 2020, I decided to purchase a Canon EOS Ra camera from B&H photo. This is Canon’s latest astrophotography camera, and it has some seriously impressive specs (like a full-frame 30.3 MP astro-modified sensor). For a complete rundown of the Canon EOS Ra, you can read my full review from January of this…