The best astrophotography camera for you depends on the subjects you intend to capture with it. For example, a DSLR or Mirrorless camera is great for wide-angle nightscapes and Milky Way photography, while a dedicated astronomy camera is better suited for deep-sky imaging of galaxies and nebulae.
If you are interested in photographing planets, a dedicated astronomy camera that is capable of capturing high frame-rate videos is best. These cameras can be surprisingly affordable due to their smaller sensor size.
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A full-frame camera has a larger image sensor, which means you can capture a wider field of view through your telescope or lens. This can help you create larger astrophotos, (in terms of both image resolution in pixels, and file size). While it might seem like upgrading from a crop-sensor camera to a full-frame model…
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…
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…
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…
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…
In a recent video, I shared my results using a $200 DSLR for astrophotography. In a hobby known for being very expensive, I think it is very interesting that such results can be obtained using an old, inexpensive camera. In this post, I’ll prove to you that incredible astrophotography results are possible with an old,…
The Canon EOS Ra camera is Canon’s first full-frame mirrorless camera dedicated to astrophotography. It is suitable for deep-sky imaging with a telescope, and night sky photography with a camera lens. Based off of the extremely popular EOS R, the EOS Ra boasts unique features such as 30x magnification (viewfinder and Live View) for precise…
The ZWO ASI533MC Pro is a one-shot-color (OSC) dedicated astronomy camera designed for deep-sky astrophotography. Over the past 8 years, I have had the pleasure of testing many astrophotography cameras, from entry-level DSLRs to cooled, monochrome CCDs. The camera you choose for astrophotography will determine the types of subjects in the night sky that you…
On November 5, 2019, the Canon EOS Ra was announced and is now available for pre-order at various retailers including B&H. This is a 30.3 MP full-frame mirrorless camera designed specifically for astrophotography. The Canon EOS Ra shares nearly all aspects of the EOS R camera body, with 2 key differences for astrophotography. Increased sensitivity…
If you watched my video about Comet 46P Wirtanen, you may have noticed that my imaging gear included a Canon EF 300mm F/4L USM Lens. This may have seemed a little odd to those that are used to seeing me use a telescope for astrophotography, but a camera lens like this can be a great…
The ZWO ASIair is a smart WiFi device that allows you to control ASI astronomy cameras for astrophotography. This Raspberry Pi-based accessory allows you to run an imaging sequence, autoguide, and even plate solve using your smartphone or tablet. As many of you know, when it comes to capturing astrophotography images, I tend to do…