Astrophotography is a complex hobby that involves a lot of moving pieces. From setting up your equipment to processing your image it can be difficult to understand each part of the process, especially if you’re new to the hobby.
In my tutorials, I walk you through everything from setting up your equipment, showing specific image processing techniques, providing tips for improving your astrophotography or reviewing the latest equipment. I will offer advice based on my experiences, that might help you in your journey.
Last updated: October 7, 2025. The following astrophotography tips apply whether you shoot deep-sky objects in space with a DSLR camera and telescope or with a simple camera lens on a tripod. If you are getting your feet wet and looking to capture a photo of the night sky that includes colorful, sharp stars and…
In this astrophotography image processing tutorial, I will explain an easy way to selectively boost the colors in your image. I like to call the technique “selective color boosting“. Increasing the saturation of your deep-sky object can bring out the true beauty of your subject, and better showcase the contrasting elements of the nebula or…
In this post, I’ll walk you through the image processing steps I used to create the image of the Andromeda Galaxy shown below. This astrophotography tutorial uses Adobe Photoshop to bring out the intense colors and detail of a galaxy that was photographed using a DSLR camera and a small telescope. You can follow along…
The Select and Mask Tool in Photoshop CC is a powerful way to edit selective areas of your astrophotography images. Whether you want to separate the stars from your deep-sky target, or apply subtle noise reduction to the background sky of your image, the select and mask feature will get you there. Adobe Photoshop CC…
The QHY PoleMaster electronic polar scope was designed to make your polar alignment routine easier, and more precise. No matter which camera tracker or equatorial telescope mount you’re using, when it comes to astrophotography, accurate polar alignment is critical. If you have ever struggled to polar align your telescope mount with the north or south…
In this post, I’ll break down everything you need for deep-sky astrophotography with a telescope. I’ll cover each piece of gear I use, and explain how it can be used to capture beautiful deep-sky images of space from your backyard. Updated Version (2023): Deep-Sky Astrophotography How-To (Start to Finish) Deep-sky astrophotography is a rewarding and…
I recently returned from an unforgettable astrophotography trip where I photographed the Milky Way under some of the darkest skies in the Eastern United States. The Cherry Springs Star party is an annual astronomy event where night sky enthusiasts come together to appreciate the true beauty of an unspoiled night sky. In this post, I’ll…
It’s time for another Photoshop tutorial, along with some night sky DSLR photography tips. This time, the subject is our glorious Milky Way galaxy. There is nothing more humbling than spending a night under the band of stars seen from within our barred spiral galaxy. The true beauty of our universe is displayed in the arching…
Adobe Photoshop is the preferred image processing software of choice for many astrophotographers of varying levels of experience. The intuitive user interface and limitless image processing capabilities make it a real contender in the astrophotography world. The seamless integration with the .RAW image files produced by a Digital Camera make Photoshop an attractive choice for…
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…
Even without a tracking mount, your astrophotography images can benefit from manual stacking in Photoshop. This method involves aligning exposures and combining them into a master composite. It can make a big impact on your astrophotos by reducing noise and improving the signal-to-noise ratio. The images used in the example were captured using a camera lens…
While digging though some old folders on Adobe Bridge, I stumbled across some unprocessed, 300 second light frames of the Flaming Star Nebula from November 2013! When you are desperate to get out and image a new target, this is like hitting gold. I was originally looking for my raw files of the Pacman Nebula, which…