Well, the Dwarf 3 is advertised as the smart telescope that does all the work for you, but after two years of testing every budget-friendly astrophotography rig I can get my hands on, I have to ask: is a screen really the same as an eyepiece? I’ve spent twenty years teaching people to look up, and I’ve learned that the best telescope for astrophotography is the one you’ll actually carry outside.
Here is the truth about starting cheap and starting right.
I’m Sam. I’ve run a public observatory for twelve years, and I’ve handed thousands of people their first look through an eyepiece. My shop is a converted garage with a pegboard of tools and a whiteboard full of star charts.
My dog Luna has knocked over more tripods than I care to admit. I test every scope the same way: collimation check, mount stability test, and the beginner test.
If someone who’s never used a telescope can find the moon on their own, it passes.
DWARFLAB Dwarf 3 Smart Telescope, App-Controlled Astrophotography Camera
Easiest path to real astro images, built-in tracker, zero setup
Visit on Amazon →
SVBONY SV555 APO Astrophotography Telescope, F4.5-F22 Refractor Telescope
SV555 APO Telescope SC571CC CooledCMOS Camera SV535 APO Lens SV545 APO Telescope SV226 Filter Drawer&SV555 SV241 Power Hub & SV555 SV238,SV241,Filter&SV555 SV555 does not support visual observation. E
Visit on Amazon →
ZWO Seestar S30 Pro Smart Telescope, App-Controlled Astrophotography
Smart telescope, 30mm aperture, $699 (actual price)
Visit on Amazon →
DWARFLAB Dwarf Mini Smart Telescope - 1.85lb Portable Astronomy Telescope
1.85lb grab-and-go, fits in a backpack
Visit on Amazon →
Explore Scientific FCD100 Series 80mm Air-Spaced Apochromatic Triplet Refractor Telescope for Astrophotography Astronomy
Superb triplet optics, no color fringing
Visit on Amazon →
Celestron NexStar 8SE Computerized Telescope – Schmidt-Cassegrain
SV555 APO Telescope SC571CC CooledCMOS Camera SV535 APO Lens SV545 APO Telescope SV226 Filter Drawer&SV555 SV241 Power Hub & SV555 SV238,SV241,Filter&SV555 SV555 does not support visual observation. E
Visit on Amazon →The truth about "astrophotography" on a budget
Let me be blunt. Hard-core astrophotography costs more than a used car and requires a PhD in guiding software. That’s not what this article is about. This is about the person who wants to see Saturn’s rings and take a phone picture of the moon that doesn’t look like a blurry mess.
I’ve owned telescopes from a ~$60 department store refractor to a 12-inch Dobsonian that takes two trips to haul outside.
I keep a cheap 80mm refractor by the door because sometimes you just want to grab something and go.
The mount is the telescope. Everything else is optics on top. I’ve tested scopes with great glass and terrible mounts, and the great glass doesn’t matter when the whole thing shakes like a leaf in the wind.
For astrophotography, you need a steady platform. A phone adapter that throws off the balance is a curse.
Just touching the focus knob causes the telescope to wobble slightly, making focus difficult. I’ve read that complaint in a dozen different reviews, and it’s always the same fix: a better focuser.
Dwarf 3 Smart Telescope
The biggest issue with the Dwarf 3 is that it doesn’t feel like a telescope. There’s no eyepiece. You look at a tablet screen instead. But here’s the thing: this is the one I grab for outreach events when I want to show a crowd of fifty people the Orion Nebula without making them wait in line.
The app-controlled tracking means the object stays centered while everyone takes turns looking at the screen.
One reviewer at a star party I ran said it best: “This is cheating, but I love it.”
After six months with mine, I’ve taken photos of the moon, Jupiter’s four Galilean moons, and the Andromeda Galaxy that I could never get with a phone held up to an eyepiece. The built-in tracker does the work for you.
You don’t need to polar align anything. You don’t need to learn the sky. You just open the app, pick an object, and wait for the stack to build.
The color fringing in photos is minimal because the optics are decent for the price.
The downside? The public yearns to look through an eyepiece. A tablet screen doesn’t do it. Seeing Saturn’s ring with your own eye is a different experience from looking at a photo on a tablet. But if your goal is astrophotography, not visual observation, this is the easiest path. For ~$559, you get a complete astrophotography rig that fits in a backpack. That’s a no-brainer.
SVBONY SV555 APO
The SV555 is the one that surprised me. I’ve tested a lot of cheap refractors, and I’ll say this: the optics are surprisingly good for the price point. This is a true apochromatic triplet, which means no chromatic aberration. No color fringing around the moon. No purple halos around bright stars. At ~$469, that’s remarkable.
But it’s not grab-and-go. You need a mount, a tripod, and a way to track the sky. I’ve spent nights fumbling with finder scopes and cussing at focus knobs, and this one is no exception. The focuser is decent, but the included finder scope is the weak link.
It’s inverted, so up is down and down is up, and the screws that hold it in place make it a little difficult to establish and hold position.
Make sure to set the finder scope in the day or you’ll have a difficult time at night.
One owner who set up on the shore of Lake Michigan reported it held stable against the winds, though he noted you’d want something heavy on the tray if winds get wild. The stainless steel tripod on this kit is sturdy. The optical tube is metal with plastic components, and the lens cap has a central opening with a separate cap, so it can double as an aperture mask for viewing very bright objects.
Choose the SV555 if you’re willing to learn the mount game and want real APO glass without selling a kidney. This is solid rather than extraordinary, but for casual astrophotography, that’s enough.
ZWO Seestar S30 Pro
The Seestar S30 Pro is the cheapest way into app-controlled astrophotography at ~$399. It’s smaller than the Dwarf 3, with a smaller aperture, which means less light gathering. You’ll see color fringing in photos of bright objects. But for the price, it’s a capable little unit that does the same trick: point, click, and wait for the stacked image to appear on your phone.
I gave this one to a beginner at an outreach event, and she found the moon on her own in under a minute. That’s the beginner test, and it passed. The issue is that the smaller aperture limits what you can capture.
The Orion Nebula looks great. The Andromeda Galaxy looks like a smudge. Saturn’s rings are a tiny dot.
If you want wide-field Milky Way shots, this is perfect. If you want planetary detail, look elsewhere.
The built-in battery lasts about two hours, which is enough for a quick session. The app is straightforward, and ZWO has been updating the software regularly. One owner said it best: “I was not able to find Jupiter or Saturn which is ok because I personally only purchased this to try and look at stars and the moon.” That’s the right expectation for this unit.
Choose the Seestar S30 Pro if you want the cheapest smart telescope and you’re okay with wide-field shots of the moon and star clusters. Don’t expect planetary close-ups.
Dwarf Mini
The Dwarf Mini weighs 1.85 pounds. That’s lighter than my dog’s water bowl. It fits in a backpack, and I’ve taken it on hikes where I didn’t want to haul my 12-inch Dobsonian down a mountain trail. It’s the definition of grab-and-go.
The trade-off is focal length. At this size, you’re limited to wide fields. The moon fits in the frame nicely. The Pleiades look gorgeous. But you can’t zoom in on Jupiter’s bands. The app does the heavy lifting, and the tracking is solid for the price. At ~$299, it’s the cheapest way to get into smart telescope astrophotography.
The build quality is decent for the price. Everything feels solid. Assembly takes about 20 minutes, and the instructions are clear enough that even someone who’s never owned a telescope can get it set up. The real test is the first night out. Can you find the moon? Can you find Jupiter? With the Dwarf Mini, you can, and the app guides you through it.
Choose the Dwarf Mini if portability is your top priority. It’s not the most capable smart scope, but it’s the one you’ll actually take with you. That counts for a lot.
Explore Scientific FCD100
This one costs ~$1,799, and I’m including it because some of you will be tempted to skip the budget tier and go straight for the good stuff. I don’t blame you. I’ve owned several expensive, bigger telescopes, and they get less use than the cheap refractor by my door.
The FCD100 is a superb piece of glass. The FCD100 series uses a special glass that eliminates chromatic aberration almost completely.
Stars are pinpoints. The moon looks like you could reach out and touch it.
But here’s the thing: at ~$1,799, you’re paying for optics that most beginners won’t be able to use to their full potential. You need a solid equatorial mount, which will cost you another ~$800 to ~$1,200.
You need guiding software if you want to do long exposures. You need to learn how to polar align. This is the scope for someone who’s been at this for years, not someone who just saw a photo of the Orion Nebula and wants to take their own.
I’ve had this scope for about a year, and the images I’ve taken with it are the best I’ve ever gotten. But I’m also comfortable with a mount and a guiding camera. If you’re not, start cheaper. The public yearns to look through an eyepiece, and this scope delivers that experience beautifully. But it’s not where a beginner should start.
Celestron NexStar 8SE
The NexStar 8SE is a classic. It’s an 8-inch Schmidt-Cassegrain on a computerized alt-az mount. It’s been around for years, and it’s still one of the most recommended telescopes for good reason. The 8-inch aperture gives you enough light gathering to see deep-sky objects, and the computerized mount makes finding them trivial. It’s a great visual telescope.
Visit on Amazon →
For astrophotography, though, it’s a mixed bag. The alt-az mount doesn’t track well for long exposures. You’ll get field rotation, which makes stars look like little arcs instead of points. You can add a wedge to fix that, but that’s another ~$300 and another learning curve. For short exposures of the moon and planets, it’s fine. For deep-sky, you’ll be frustrated.
At ~$1,199, it’s not cheap. But it’s a scope that will last you years and show you more than a budget refractor ever could. The mount is sturdy, and the optics are sharp. The included 25mm eyepiece is decent, and the 9mm shows Saturn’s ring clearly. I’ve handed this to beginners who were up and running in minutes, and I’ve watched them get hooked.
Choose the NexStar 8SE if you want a visual telescope that can also do some planetary astrophotography. Don’t choose it if you want deep-sky images. That’s not its job.
The beginner’s astrophotography workflow
I don’t track prices day to day, so I won’t pretend to know next week’s deals. But I can tell you how to get started tonight. First, set up in daylight and check the collimation. Then take it out for a full night of observing.
The moon, Jupiter, Saturn, a star cluster or two, whatever’s in season. Check the mount stability at high power.
Check the focuser for wobble. Check the finder scope for alignment.
The phone adapter is a blessing and a curse. The aerospace engineering student who got one for Christmas loved it. But you lose some magnification when using the phone, and the weight of the phone can throw off the balance.
Just touching the focus knob causes the telescope to wobble slightly, making focus difficult. If you’re serious about astrophotography, don’t expect to do hard-core astrophotography with this unit.
Phone and eyepiece camera snapshots only.
Make sure to set the finder scope in the day or you’ll have a difficult time at night. Once you grasp that the finder is inverted, you can adjust accordingly. It’s not terrible, but it’s the first thing I check.
My honest bottom line
The best telescope for astrophotography on a budget is the Dwarf 3. It’s the easiest to use, it produces images that will make your friends ask how you did it, and it fits in a backpack. But if you want the experience of looking through an eyepiece, the SVBONY SV555 with a decent mount will teach you more about the sky.
Start cheap. Start right. The sky will still be there when you’re ready for something bigger.