The astrophotography equipment category is a useful resource for beginners who 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, 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. Still, 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
Last updated: October 23, 2025. If you find this helpful and buy through my links, I may receive a small commission. Over the years, I’ve spent countless nights under the stars chasing crisp, deep-sky images from my backyard. But this fall, I added something new to my telescope that completely changed the way I capture…
Last Updated September 28, 2025 I recently assembled a budget astrophotography rig to capture deep-sky objects in my backyard. While I knew this system would be very capable, I was astonished by the quality of the pictures I took with it. Astrophotography (and photography in general) can be an expensive hobby, with high-end equipment often…
Last updated: October 23, 2025. If you find this helpful and buy through my links, I may receive a small commission. If you’ve been looking at entry-level refractor telescopes for astrophotography and wondering whether it’s worth stepping up to a triplet APO, the SVBONY SV550 deserves a close look. Available in both 80mm and 122mm…
Updated January 9, 2026 A star tracker is a portable tracking camera mount designed for astrophotography. The device ‘tracks’ the motion of the stars to allow you to take long exposure images of space without star-trailing. These devices are commonly used with a DSLR/Mirrorless camera and lens, or even a small astronomical telescope. Recent models…
Last updated: December 1, 2025. If you find this helpful and buy through my links, I may receive a small commission. I am often asked for my opinion on the best route to take when building a deep-sky astrophotography kit for the first time. You need three main items: a camera, a telescope, and a…
Sky-Watcher has added a dedicated Hydrogen-alpha (Hα) solar telescope to their lineup, and if you’ve never seen the Sun in H-alpha before, you’re in for a treat. Unlike basic white light filters, H-alpha lets you dive into the details on the surface of our star. Things like solar prominences, active sunspot regions, and plasma filaments…
Last updated: October 23, 2025. If you find this helpful and buy through my links, I may receive a small commission. The Apertura CarbonStar 200 is an 8-inch f/4 Newtonian reflector built with astrophotography in mind. While there are many reflectors available in this size, the CarbonStar 200 stands out with some clever upgrades. I’ve…
The ZWO ASI585MM Pro is ZWO’s most affordable cooled monochrome astronomy camera, and after two months of backyard imaging with it, I’ve come away pretty impressed. This little camera offers a lot of versatility—ideal for both planetary imaging and deep-sky astrophotography—thanks to its high frame rate and cooling capability. But like any gear, it has…
While I have several videos discussing the topic of deep-sky astrophotography on my YouTube channel, I realized it was time for a thorough walkthrough of my entire current process (as of 2023) for capturing deep-sky images with a camera and telescope. This article aims to accomplish that goal by providing a step-by-step roadmap to follow to get your…
If you’re in the market for a high-performance astrograph with full-frame capabilities and a premium build, the Askar SQA106 is definitely worth a closer look. This impressive quintuplet refractor features a 509mm focal length at f/4.8 and is designed to produce flat, color-accurate images without the need for additional flattening or backfocus adjustments. In this…
I recently tested the William Optics RedCat 91 APO refractor. This is the fourth RedCat I’ve used in the RedCat series—five if you count the two versions of the RedCat 51 (version 1 and version 3). With a healthy aperture, fast optics, and a super flat Peztval design, the William Optics RedCat 91 has a…
Last updated: October 8, 2025. If you find this helpful and buy through my links, I may receive a small commission. Key Findings / Verdict The ZWO ASI2600MM Pro remains one of the most capable and well-balanced monochrome astrophotography cameras available in 2025. Its APS-C Sony IMX571 sensor delivers exceptional dynamic range, low read noise,…