Best Astrophotography Mounts (2026)

Last updated: February 19, 2026.
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Your telescope mount is the heart of your entire astrophotography system. Its job is to accurately track the apparent rotation of the night sky and allow you to capture long-exposure images. The type of mount needed for astrophotography is known as an equatorial (EQ) tracking mount. It tracks in two axes. The right ascension rotates on the axis of the celestial pole, while the declination allows you to point anywhere in the sky.

If you have been researching the best mounts for astrophotography, or even the best star tracker for astrophotography, you will quickly notice the same advice repeated over and over: your mount matters more than any other piece of gear. Even the best astrophotography telescopes will underperform if the mount underneath them is struggling to carry the weight or track accurately.

Highlights

If you are looking to purchase a new astrophotography mount, I have the following recommendations based on my personal experiences. Each of these models has been tested extensively (by me) and has produced several fantastic astrophotography images.

• Best for Portability: Sky-Watcher Star Adventurer GTi
• Best All-Purpose: ZWO AM5N
• Best Observatory-Grade: Sky-Watcher CQ-350

With the right astrophotography mount, you can focus on your projects without worrying about tracking and guiding issues. 

Best Astrophotography Mounts for Beginners

Astrophotographers: Which telescope mount are you using? 🤔 I’d love to see a variety of models and what you like/dislike about it: pic.twitter.com/fdXg4DZ2b3

— 🔭AstroBackyard (@AstroBackyard) November 4, 2023

As you read through the different price brackets, try to picture the exact imaging projects you want to attempt first. Wide-field Milky Way shots with a camera lens, large nebulae with a small refractor, and tiny galaxies with a long focal length telescope all put very different demands on a mount. A “best astrophotography telescope” for small galaxies, for example, will only perform properly on a mount that is genuinely comfortable with the weight and focal length.

The Orion Nebula and Running Man Nebula captured using the ZWO AM3N Strain Wave Mount.

Best Astrophotography Mounts Under $1,000

A star tracker is a fantastic option for those who value a portable, compact rig for travel. If you are new to astrophotography, it is a great place to start, as these mounts are much more affordable than a more robust equatorial tracking telescope mount.

Keep in mind that star trackers are essentially precision tracking heads, not complete telescope systems. You will still need a solid photo tripod, a ball head or declination bracket, and of course a camera and lens or a small refractor telescope. For the longest exposures and heaviest lenses, adding an equatorial wedge and counterweight kit will dramatically improve balance and make polar alignment much easier.

Star trackers are best suited to projects like Milky Way panoramas, constellation shots, wide-field nebula regions, and “landscape plus sky” images. If your main goal is to shoot tiny galaxies at long focal length, you will eventually want to graduate to one of the larger equatorial mounts in the next section.

• Sky-Watcher Star Adventurer GTi
• iOptron SkyGuider Pro
• Sky-Watcher Star Adventurer 2i

Sky-Watcher Star Adventurer 2i

Best Suited For: Nightscapes, Milky-Way Photography, Wide-Field Deep-Sky Imaging

The Sky-Watcher Star Adventurer has been a ‘gateway’ mount for countless astrophotographers. It is a multi-function astrophotography mount that allows you to take everything from beautiful time-lapses and nightscapes to detailed deep-sky portraits of nebulae and galaxies. 

It is a very lightweight celestial tracking platform that compensates for Earth’s rotation, allowing you to take sharp, long-exposure images. It has several different tracking modes, including sidereal, solar, lunar, and even 12X speed tracking. 

This star tracker can handle up to 11 pounds of camera and telescope gear, so you’ll need to keep that in mind when deciding which imaging system you intend to use it with. This is a fantastic option for those using a compact refractor telescope, such as the William Optics RedCat 51. 

I photographed the Andromeda Galaxy using the Star Adventurer 2i and a RedCat 51 telescope.

The ‘Pro Pack’ includes a counterweight to help you balance your camera, lens (or telescope) for smooth tracking. I have found exposures of up to 3 minutes are possible (without autoguiding) when the load is well balanced. 

While the Star Adventurer can accurately track the night sky, it does not include a computerized GoTo function that finds objects in the sky for you. If this feature is essential to you, another variation of this astrophotography mount is coming up. 

If you are wondering whether the Star Adventurer 2i is worth the extra cost over a basic mechanical tracker, the answer comes down to how serious you are about deep-sky work. The 2i offers proper sidereal tracking, a useful Pro Pack with wedge, counterweight, and polar scope, and enough payload for a small refractor. For someone starting out with a camera and a short telephoto lens, it is an excellent “first real mount” that you are unlikely to outgrow quickly.

With any Star Adventurer setup, plan on investing in a sturdy tripod and a good ball head or declination bracket. If you eventually move to a small refractor (one of the best astrophotography telescope styles for beginners), the 2i becomes a very capable wide-field platform that can travel with you to dark skies.

I took this picture of the Carina Nebula using my DSLR camera and a wide-field lens on the Star Adventurer 2i tracking mount. 

iOptron SkyGuider Pro

Best Suited For: Nightscapes, Milky-Way Photography, Wide-Field Deep-Sky Imaging

Like the Star Adventurer, the iOptron SkyGuider Pro is lightweight and portable yet does not include GoTo functionality. It also shares the same maximum payload capacity of 11 pounds and can reliably track the apparent motion of the night sky. 

The iOptron SkyGuider Pro was the very first star tracker I ever used for astrophotography, and it was a real eye-opener for me. Thanks to their extreme portability, I was blown away by the number of new creative projects available to me. 

This mount can handle a small telescope or a telephoto camera lens without issue. After several years of use, the one downside I found with the iOptron SkyGuider Pro was that the RA clutch could become so tightly locked that it was difficult to release.

In 2019, iOptron rolled out the iPolar electronic polar alignment accessory to complement the SkyGuider Pro’s functionality. I found it worked quite well, though it adds steps to a relatively simple process (manual polar alignment). 

The SkyGuider Pro is especially attractive if you like the idea of a complete “tracker kit” in one case. Paired with a decent tripod, the declination bracket and counterweight let you balance slightly heavier lenses or a tiny APO refractor, making it a great travel companion for wide-field nebulae and large galaxies. In a pinch, it can even carry a small solar or planetary telescope for quick visual sessions.

For best results, keep your overall weight modest, take your time with polar alignment, and avoid overtightening the RA clutch. Used this way, the SkyGuider Pro is easily capable of producing the kind of sharp, wide-field images most people associate with the best star trackers for astrophotography.

Sky-Watcher Star Adventurer GTi

Best Suited For: Nightscapes, Milky-Way Photography, Wide-Field Deep-Sky Imaging

The Sky-Watcher Star Adventurer GTi is a highly portable star tracker that was designed for astrophotography. It allows you to take long-exposure images of space by tracking the apparent movement of the night sky.

Unlike the original Star Adventurer, the GTi model can also find deep-sky objects in the night sky using the SynScan GoTo system. It includes a dedicated WiFi-connected smartphone app and can be used with autoguiding. 

This highly portable (battery-powered) star tracker feels like a miniature version of the robust Sky-Watcher EQ6-R Pro. It includes all of the advanced features of a full-fledged GoTo equatorial telescope mount in a smaller package.

I used the Star Adventurer GTi to photograph the Blue Horsehead Nebula.

My favorite way to use the GTi is with the ASIAIR smartphone app, where I can utilize plate-solving to locate objects in space. To use this feature, be sure to pick up this cable to control the mount with the ASIAIR device. 

Compared to simpler trackers, the Star Adventurer GTi costs more, but you are paying for full GoTo, dual-axis guiding, and an experience that feels much closer to a small equatorial telescope mount. If you already know you want to run a small refractor and guide camera, and control everything from a phone or tablet, the GTi is absolutely worth the extra investment over barebones trackers.

Projects that really suit the GTi include large nebulae and galaxies with a short refractor, “one-box” travel rigs built around the ASIAIR, and portable deep-sky systems that you set up and tear down frequently. Just like the other trackers, it still relies on a quality tripod, careful polar alignment, and a thoughtfully balanced imaging train for the best guiding performance.

Best Astrophotography Mounts Between $1,000 and $3,000

This is the most populated category of astrophotography mounts, and where many people spend time making their decisions. In this price range, you can purchase a reliable computerized equatorial tracking telescope mount that will last for years.

For example, I purchased a used Sky-Watcher HEQ5 SynScan Pro in 2014, and it still works perfectly nearly 10 years later after heavy use. While there are many great choices in this price range, I highly recommend the Sky-Watcher EQ6-R Pro as the overall best option in this category.

If portability and a small form factor are important to you, you may want to consider the ZWO AM5N strain wave drive mount. The AM5N does not require a counterweight for payloads of up to 28 pounds.

Many independent “best astrophotography mount” and “best astrophotography telescope mount” roundups highlight this price bracket as the real sweet spot. Here you start to see mounts that can carry serious imaging telescopes, offer dependable GoTo performance, and guide accurately enough for long integrations, all without entering observatory-level pricing.

Sky-Watcher EQ6-R Pro

Best Suited For: Deep-Sky Imaging, Solar System Imaging

The Sky-Watcher EQ6-R is a great all-around astrophotography mount. It is the mount behind some of the best amateur astrophotography images taken over the last 5 years. 

It features an impressive 44-pound payload capacity and supports autoguiding for precise tracking accuracy. It is a computerized GoTo equatorial telescope mount with an internal database of deep-sky objects. 

I have been enjoying my Sky-Watcher EQ6-R Pro telescope mount since 2018 and have never had any issues. I have used it in the heart of winter (-15C) and the heat of summer, and it is unstoppable. 

You can control this mount using the included hand controller or connect it to your computer via a USB cable for complete control. I enjoy using the EQ6-R Pro with the ASIAIR and my tablet (with this connection cable).

The Sky-Watcher EQ6-R Pro is available at Agena Astro.

It is a great value and will serve you well, no matter which telescope you choose to use with it. The one downside of the EQ6-R is the weight of the mount head (38 pounds), which makes it quite heavy to move around. 

Key Features

• 44-pound payload capacity
• GoTo mount with built-in USB PC control
• Autoguide port
• Sturdy carry handle
• D/V saddle plate
• Built-in illuminated polar scope
• 42,000+ object database
• Heavy-duty Steel tripod

In 2026, the EQ6-R Pro still sits near the top of almost every “best astrophotography mount” list for good reason. If you mostly image from your backyard or a semi-permanent location, its extra mass becomes an advantage: it tolerates wind well, carries a wide range of telescopes (including many of the best astrophotography telescopes in the 80–150 mm refractor range), and delivers consistently good guiding.

A practical way to think about this mount is that it will comfortably carry your current telescope plus the larger one you are probably dreaming about. If you can live with the weight, it is an outstanding long-term foundation for deep-sky and planetary projects.

ZWO AM5N Strainwave Drive Mount

Best Suited For: Deep-Sky Imaging, Solar System Imaging

The ZWO AM5N is an incredible telescope mount in this category because it provides an impressive maximum payload capacity in a small package. The strainwave design is a new technology that does not require a counterweight (up to 28 pounds) to function properly. 

It is a great choice for anyone already using the ZWO ASIAIR device to control their astro-imaging sessions. The mount can be controlled via the ASIAIR smartphone app, including the handy Sky Atlas mode that uses plate solving for pointing accuracy. 

The best part about the ZWO AM5N is how portable and lightweight it is. I bring this mount on trips to star parties that involve air travel. It is small enough to fit in my personal item (backpack) on the plane!

The ZWO AM5N Strain Wave Drive Mount is available at High Point Scientific.

One thing to keep in mind about a strain wave drive mount like this is the overall balance of the mount and tripod. While the mount works great without a counterweight, you will need to ensure that the tripod base is stable enough not to tip over. 

Also, unlike a traditional German equatorial mount, you can not unlock the clutches of the AM5 to balance the telescope. For this reason, it is important that you send the mount to the home position before turning it off. 

Key Features

• No Counterweight (for loads up to 28 lbs)
• Guiding Error Between 0.6-0.8 
• Extremely Portable & Lightweight
• Functions in EQ/AZ Modes
• WiFi Connection 
• ASCOM Compatible
• Vixen + Losmandy Dovetail Mounts
• Flawless Function with ASIAIR
• Up to 44 lbs payload (with counterweight)

I captured the Witch Head Nebula using the ZWO AM5N Strain Wave Drive Mount. 

Where the EQ6-R Pro trades portability for brute strength, the AM5N flips that equation. If you need to fly with your rig, carry it up several flights of stairs, or set up and tear down frequently, the AM5N will feel like a revelation. It pairs beautifully with compact refractors and popular “best astrophotography telescope” choices in the 60–100 mm range.

The trade-off to remember is that a lightweight head still needs a solid footing. Use the best tripod you can, consider adding a counterweight for heavier telescopes, and take a little extra care with cable management and balance. Do that, and you get near “big mount” performance in a package you can throw in a backpack.

More Strain Wave Options

If you like the idea of a compact astrophotography mount that doesn’t require a counterweight, plenty of other strain wave mounts are available. ZWO makes a smaller version of the AM5N (the ZWO AM3) that is equally as hassle-free but with a slightly smaller payload capacity (17.5 pounds).

iOptron, Pegasus Astro, and Sky-Watcher all have strain wave drive telescope mounts available at varying sizes and payload capacities. I recently reviewed the Sky-Watcher Wave 150i Strain Wave Mount, which performed exceptionally while photographing a deep-sky object from my backyard. 

As a general rule, harmonic or strain wave mounts shine when paired with compact, high-quality refractors and modern CMOS cameras. If your dream setup involves a small triplet refractor, filter wheel, and guide scope all riding on a single “travel rig,” these mounts are exactly what they were designed for.

iOptron GEM45 Mount with iPolar

The iOptron GEM45 mount has an impressive 2.5 payload-to-mount weight ratio, with a rated maximum payload capacity of 45 lbs. This compact, full-featured GoTo equatorial telescope mount weighs just  17.5 lbs.

It includes the handy integrated iPolar electronic polar alignment scope, which allows you to polar align the GEM45 even when you can’t see Polaris. The quick-lock drive engagement system features large levers, making it easy to snap its drive gears into place (even if you are wearing gloves in the winter).

The 6″ dual dovetail saddle can accommodate Losmandy and Vixen-style dovetail plates, and the internal cable management system helps prevent cable snags.

The iOptron GEM45 equatorial telescope mount is available at Agena Astro. 

Key Features

• Quick-lock Gear Clutches
• Low periodic error (< ± 7 arc seconds)
• Max payload capacity: 45 lbs
• Go2Nova Hand Controller
• Internal iPolar electronic polar scope
• 6″ Losmandy-D & Vixe dual saddle
• 1.75″ Stainless Steel Tripod or optional Tri-pier
• Included Hard case

While I have not had a chance to test the iOptron GEM45 for myself yet, I did reach out to the AstroBackyard audience on X to validate the positive user experience the owners of this astrophotography mount have had. 

Anyone using an iOptron GEM45 out there? I hear its great – but would like to hear your experience! pic.twitter.com/xh9YvmHd0k

— 🔭AstroBackyard (@AstroBackyard) April 27, 2024

On paper, the GEM45 sits in the same class as the EQ6-R Pro, but in a lighter, more compact package. It is a strong option if you want a high-capacity equatorial mount with integrated electronic polar alignment and tidy cable management, especially for a semi-permanent backyard pier or small observatory.

Best Astrophotography Mounts Above $3,000

Telescope mounts in this category are considered ‘observatory-grade.’ These are high-end, sophisticated pieces of equipment designed for precise tracking of the night sky and reliable autoguiding.

Astrophotography mounts in this category are all best suited for deep-sky and solar system imaging (planet photography). They are capable of precise tracking using large telescopes with long focal lengths. 

They are also much heavier than the previous models listed, so you would not want to buy one of these if you plan on traveling with your gear. Many people permanently mount these tracking mounts to a pier inside a personal observatory.

Investing in a telescope mount of this caliber means that you are serious about your astrophotography for the long haul. The lightest maximum payload capacity in this group is 70 pounds, meaning you can pretty much attach any telescope you want to them. 

These are the mounts you graduate to when you have a dedicated observatory space, larger telescopes, and long integration times in mind. If your goals involve pairing a big APO refractor or large reflector with a full imaging train and running it remotely, the mounts in this category are designed to do that reliably, night after night.

ZWO AM7 Harmonic Drive Mount

Best Suited For: Medium-to-Large Deep-Sky Imaging, Permanent or Semi-Permanent Setups

The ZWO AM7 is a significant leap forward in harmonic-drive mount performance. While it retains the compact, strainwave-based design ZWO is known for, the AM7 is built for heavier payloads and more demanding imaging setups. It offers significantly more capacity than the AM5-class mounts while still operating without a counterweight for many common telescope configurations.

In my own testing, the AM7 handled my William Optics UltraCat 108 beautifully, delivering a total RMS guiding error of 0.74. That level of performance rivals many traditional German equatorial mounts in this class, and it gives me complete confidence during long exposure deep-sky sessions.

What really impressed me is that the AM7 can carry my Celestron EdgeHD 11 without a counterweight. That’s remarkable for a mount of this size and design. For astrophotographers running larger SCTs or heavier refractors, the AM7 opens the door to a cleaner, counterweight-free configuration that still maintains excellent tracking accuracy.

The ZWO AM7 Harmonic Drive Mount is available at High Point Scientific.

That said, harmonic drive mounts still follow the same laws of physics. While the AM7 can operate without counterweights, the stability of your tripod or pier becomes critically important. A solid foundation and thoughtful cable management are essential for consistent results.

It’s also worth noting that, like other strainwave mounts, you cannot simply unlock clutches to balance the system manually. You’ll want to return the mount to its home position before powering down and ensuring your setup is well-balanced from the start.

Key Features

• No Counterweight Required for Many Setups
• High Payload Capacity in a Compact Design
• Guiding Performance Comparable to Premium EQ Mounts
• Functions in EQ/AZ Modes
• WiFi Connectivity
• ASCOM Compatible
• Vixen + Losmandy Dovetail Mounts
• Full ASIAIR Integration

The AM7 sits in an interesting middle ground. It delivers far more strength than lightweight travel mounts while avoiding the bulk of traditional heavy-duty equatorial heads. For most medium-to-large imaging rigs, it strikes an impressive balance between portability and power.

However, for ultra-heavy configurations like my Quattro 300P setup, weighing roughly 60 pounds, I still prefer a traditional equatorial mount with counterweights. A big Newtonian with that much mass benefits from the inherent balance and stability of a conventional EQ design.

The ZWO AM7 can carry my heavy Celestron Edge HD 11 telescope (28 pounds) without a counterweight.

iOptron CEM70

Best Suited For: Deep-Sky Imaging, Solar System Imaging

The iOptron is the follow-up mount after the widely enjoyed iOptron CEM60 center balance equatorial mount. As the name suggests, the CEM70 has a maximum payload capacity of 70 pounds for a wide assortment of astronomy gear. 

I had a great experience with the younger brother of this mount (CEM60), and it was the first telescope mount I ever controlled using a PC instead of a hand controller. You can use the iOptron commander software to control the mount with your favorite image capture software. 

The iOptron CEM70 is available at Agena Astro.

The CEM70 includes an internal iOpton iPolar electronic polar scope to help you polar align the telescope mount. The spring-loaded Vixen/Losmandy dual saddle plate can accommodate various telescopes regardless of the dovetails they are using. 

Key Features

• Center-balanced equatorial mount (CEM) for natural stability
• Maximum payload capacity of 70 lbs
• Integrated iPolar electronic polar scope
• Go2Nova hand controller with built-in heater
• High precision tracking with low periodic error (PE)<±3.5 arcsec
• Permanent periodic error correction (PPEC)
• 32-channel Global Positioning System (GPS)
• Advanced cable management system with more choices
• Spring-loaded 8″ Vixen/Losmandy dual saddle

Sky-Watcher EQ8-R Pro

Best Suited For: Deep-Sky Imaging, Solar System Imaging

I have been using the Sky-Watcher EQ8-R Pro since 2019, and it has proven to be a reliable workhorse in all weather conditions. In fact, I have left this telescope mount outdoors for over a year straight (using a 365 cover) without any issues. 

The Sky-Watcher EQ8-R Pro can handle large telescope systems up to 110 pounds. It uses a streamlined design and improved motor positioning to allow for dual belt drives on both axes. This results in minimal backlash and significantly reduces periodic error.

The Sky-Watcher EQ8-R Pro is available at Agena Astro.

It also features an integrated thru-mount cabling system to help you keep your system clean and avoid any cable snags during operation. I regularly control the Sky-Watcher EQ8-R Pro mount using the ASIAIR mobile app on my smartphone and tablet. 

If you are upgrading from the EQ6-R Pro to the EQ8, keep in mind that you will now need to use some sort of electronically assisted polar alignment tool to polar align the mount. This model does not include an internal polar finder scope like the EQ6. 

Key Features

• 110-Pound Payload Capacity
• Belt drive On Both Axes
• Integrated Cable Management System
• SynScan V5 hand controller with a 42,000+ object database
• D-style dovetail saddle
• 2 x 22-pound counterweights
• Built-in USB PC control

I captured the planet Jupiter using the Sky-Watcher EQ8-R Pro. 

Sky-Watcher CQ-350

Best Suited For: Deep-Sky Imaging, Solar System Imaging

If you are looking for something with a large payload capacity but doesn’t require a forklift to set up, the Sky-Watcher CQ-350 is for you. This model has an impressive maximum payload capacity of 77 pounds, meaning it is capable of tracking the sky with your large OTAs attached. 

Sky-Watcher created this equatorial mount to fill the payload capacity gap between the popular EQ6-R Pro and the EQ8-R Pro GoTo mounts. The CQ-350 includes a high-precision hybrid stepper motor, spring-loaded worm gears, synchronous wheel, and belt drive modes. 

The Sky-Watcher CQ-350 is available at Agena Astro. 

I have used this telescope mount to carry some of my heaviest astrophotography telescopes, including the Sky-Watcher Esprit 150 APO shown below. It should come as no surprise that the CQ-350 performs as well as all of the other Sky-Watcher mounts I have used in the past.

In terms of portability, the CQ-350 is refreshingly light, considering its size. Due to its innovative design, The mount head is 6 pounds lighter than the one on the EQ6-R. 

Key Features

• 77-pound payload capacity
• GoTo mount with built-in USB PC control
• Belt drives provide minimal backlash and significantly reduce periodic error
• Stepper motors have no internal gearbox, further reducing backlash
• D/V saddle plate to handle a wide variety of OTAs
• 42,000+ object database
• Heavy-duty steel tripod for rock-solid performance
• Two 22-pound counterweights

  

  The Sky-Watcher CQ-350 Computerized Telescope Mount with a Sky-Watcher Esprit 150 riding on top. 

Tracking Accuracy and Autoguiding

All of the astrophotography mounts listed on this page are capable of the precise tracking accuracy needed for deep-sky astrophotography. The tracking can be improved using autoguiding, the process of measuring star movement to send correction pulses to the telescope mount. 

There are several ways to go about this process, from running software called PHD2 Guiding to utilizing the mult-star guiding function on the ASIAIR smartphone app. These tools measure the movement of a guide star (or multiple stars) to correct the tracking accuracy of your telescope mount. 

It is easy to get caught up in the measurements and numbers in these tools. The total RMS (root-mean-square) error (measured in arc seconds) is one of the values people seem to obsess over. Generally, a total RMS error of under 1.0 is considered ‘good’ for most systems.

All of the telescope mounts on this page are capable of excellent autoguiding (even the star trackers) when set up properly. The ultimate judge of a mount’s tracking accuracy with autoguiding is the size and shape of the stars in your images (round and tight). 

The truth is that when your telescope mount is accurately polar aligned and balanced, the default settings of your autoguiding software are usually best. 

Short, wide-field setups are naturally more forgiving of small guiding errors, while long focal length telescopes will reveal every tiny wobble. As you move from star trackers to larger equatorial mounts and longer telescopes, good polar alignment, careful balancing, and sensible payload limits become even more important than chasing the lowest possible RMS number in your guiding software.

Final Thoughts

When I began my astrophotography journey, the telescope mount was the biggest investment I had to make early on. It was a scary moment because I was committing to learning the hobby and spending good money to ‘get in the game.’

I ended up purchasing a Celestron Advanced Series CG-5 (now the Celestron AVX) for about $800. While this telescope did provide me with my first successful deep-sky images, it failed after only a few years of use. 

My next telescope mount was a Sky-Watcher HEQ-5 Pro SynScan that I purchased on the used market for $700. I continue to use that mount to this day. The bottom line is that the Sky-Watcher telescope mounts are nearly bulletproof, and I highly recommend them.

If you are looking for something ultra-portable, the ZWO AM5N (or even smaller AM3) are fantastic options in 2026. I hope that this article has helped you make your decision!

Once you have chosen a solid mount, the fun part is pairing it with the right telescope for your goals. A small, high-quality refractor is often considered one of the best astrophotography telescope styles to start with, and every mount on this list can carry at least one telescope in that class. If you would like specific recommendations, take a look at my separate guide to the best astrophotography telescopes and match those options to the mount tier that best fits your budget and observing style.

Trevor Jones is a deep-sky astrophotographer and a valued member of the RASC. His passion is to inspire others to start their astrophotography journey on his YouTube Channel, so they can appreciate the night sky as much as he does. His images have been featured in astronomy books and online publications, including the NASA Astronomy Picture of the Day (APOD).

Helpful Resources:

• • The Best Astrophotography Telescopes Available in 2026
  • Deep-Sky Astrophotography How-To (Start to Finish)
  • Choosing a Star Tracker For Astrophotography