Camera

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.

Canon EOS Rebel T6 DSLR Camera.

Useful Camera Links

Deep Sky Astrophotography in Light Pollution

Deep Sky Astrophotography in Light Pollution

If you’ve been following AstroBackyard on YouTube, you’ll know that I regularly shoot DSLR astrophotography images under the heavily light-polluted skies at home. My night sky is classified as Bortle Class 8 in terms of sky quality, a white zone on the light pollution map. This certainly makes things more difficult in terms of collecting data…

When to Start Using a Mono Astrophotography Camera

When to Start Using a Mono Astrophotography Camera

A mono astrophotography camera gives backyard imagers in the city the opportunity to collect dynamic LRGB, and narrowband images from home. Although LRGB image acquisition using a filter wheel requires some extra setup time early on, the flexibility of this configuration is appealing. Up to this point, I have not experienced the joys of shooting…

The Best Lens for Astrophotography (That You Probably Already Own)

The Best Lens for Astrophotography (That You Probably Already Own)

In my opinion, the best astrophotography lens is one that can capture a variety of images of the night sky in a reliable and consistent way. Not all camera lenses are created equal, and imaging a night sky full of pinpoint stars has a way of bringing out the worst (or best) of your lens’…

Astrophotography with a 12nm ha filter

Astrophotography with a 12nm ha filter

With the aid of an Astronomik 12nm Ha filter, I can capture deep-sky images more often than ever before. With both the Canon EOS clip-in version for my DSLR and the 2″ CCD round mounted version for the my dedicated astronomy camera, I collect photons in every moon phase. Despite the bright 80% illuminated moon…

The Altair Hypercam 183C – Color CMOS Sensor Camera

The Altair Hypercam 183C – Color CMOS Sensor Camera

I am extremely excited to review a new astronomy camera from Altair Astro, the Hypercam 183C.  This is a CMOS color deep sky imaging camera and boasts some impressive astrophotography features out of the box. I should be receiving the Hypercam as early as next week, and I will be providing a video review of its…

Astro Photography Tool for Camera Control

Astro Photography Tool for Camera Control

I have recently installed the Astro Photography Tool camera control software on my dedicated astrophotography laptop. From my very first imaging sequence, I knew I was going to like this application. There is no better way to learn a new imaging application than to put it to use for a night of deep-sky imaging. With…

How To Use a Bahtinov Mask to Focus Your Telescope

How To Use a Bahtinov Mask to Focus Your Telescope

A Bahtinov mask is a clever tool for precisely focusing an astronomical telescope. The distinctive pattern of the Bahtinov design was created by Russian amateur astrophotographer Pavel Bahtinov in 2005. To use the mask, you simply need to cover the telescope’s objective and point the telescope at a bright star.  The mask creates a pattern…

Official Canon Astrophotography Video

Official Canon Astrophotography Video

Astrophotography video from Canon Canon shows you how to take great astrophotography and night sky photography  The is the type of video I have envisioned creating for years now.  The video features award winning photographer Phil Hart, as he explains the basics of astrophotography in a simple and easy to understand way.  The video is…