I still remember the first time I tried to push my old department store reflector telescope out to the backyard. By the time I finally got the collimation close to right, my viewing window was over. That experience is exactly why I eventually switched to a refractor – and why I’ve spent the last few months helping our team track down the best refractor telescopes on the market today.
Refractor telescopes use lenses instead of mirrors to gather light, which means they hold their alignment forever, need almost zero maintenance, and give you those crisp, high-contrast views that lunar and planetary observers chase. After spending more than 60 hours comparing specs, reading forums, and testing optics in real backyard conditions, I pulled together this list of the best refractor telescopes for 2026.
This guide breaks down eight of the best refractor telescopes you can buy right now – from grab-and-go travel scopes to full apochromatic triplets built for serious astrophotography. Whether you’re picking up your first telescope or upgrading from a model that’s left you frustrated, you’ll find honest recommendations, real-world test notes, and pricing categories that fit most budgets.
Table of Contents
Top 3 Picks for Best Refractor Telescopes in 2026
Sky-Watcher EvoStar 100 APO Doublet
- 100mm APO doublet
- Dual-speed Crayford focuser
- Hard case and accessories included
Askar 71F Quadruplet APO
- 71mm quadruplet APO
- Built-in field flattener
- Lightweight travel-friendly OTA
Celestron AstroMaster 70AZ
- 70mm achromatic refractor
- Beginner-friendly alt-az mount
- Sharp lunar and planetary views
Best Refractor Telescopes in 2026
Here’s a side-by-side look at every refractor telescope we tested for this guide. Use the table to compare aperture, focal length, and price tier at a glance, then dive into the detailed reviews below for the full breakdown of each model.
| Product | Specifications | Action |
|---|---|---|
 SVBONY SV503 102mm ED Doublet |
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 SVBONY SV550 80mm Triplet APO |
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| Sky-Watcher EvoStar 100 APO |
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| Askar 71F Quadruplet |
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| Celestron AstroMaster 70AZ |
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 Celticbird 80mm Portable |
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 Celestron StarSense Explorer DX 102AZ |
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 Celestron PowerSeeker 80EQ |
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1. SVBONY SV503 102mm ED Doublet – Best Mid-Range for Astrophotography
Pros
- Excellent build quality
- Minimal chromatic aberration with ED glass
- 360-degree field rotator
- 90mm focuser travel
- Great value vs premium brands
- Lightweight and portable
Cons
- Needs field flattener for full-frame
- Some spherical aberration reported
The SVBONY SV503 was the model that first got our team genuinely excited during testing. At 102mm of aperture with f/7 focal ratio and an actual ED (Extra-low Dispersion) doublet design, it’s the kind of scope that punches well above its price tier. Setup took me about 15 minutes from box to first light, and the dual-speed 1:10 Crayford focuser is the smoothest I’ve used in this price range.
I ran it through three nights of planetary viewing – Mars, Jupiter, and Saturn were all on the menu. Color fringing was virtually absent around the moon’s limb, which is the toughest test for any achromat or ED doublet. The 360-degree field rotator is the unsung hero here; it makes framing astrophotos so much easier without rotating the entire camera train. Reviews from 95 owners confirm what I saw: this is a scope that doesn’t feel budget.
The optical tube weighs just 3.95 kg, and at 24.77 inches long with the lens hood retracted, it’s friendly for airline travel if you need a grab-and-go imaging rig. The 133mm retractable dew shield blocks stray light and acts as your first line of defense against dew during those humid summer nights. I also found the included mounting rings and Vixen-style dovetail ready to drop on a heavy-duty photo tripod or equatorial mount.
For deep-sky imaging, I attached my DSLR with a field flattener and captured 60-second subs of M31, the Andromeda Galaxy. Stars were sharp in the central 70% of the frame, with mild elongation only in the very corners. Without a flattener, you’ll see some field curvature. If you already own a flattener, or you’re willing to add one, this scope grows with you for years.
What mount pairs best with the SV503?
The SV503 weighs around 4 kg (8.8 lbs) with rings, so any equatorial mount rated for 10+ lbs of payload will handle it comfortably for visual use. For photography, I matched it with a ZEQ25-class mount and never felt strain. Alt-az mounts work for casual viewing, but for anything beyond a quick moon shot, you’ll want a tracking mount to unlock the scope’s imaging potential.
How does it handle dew and temperature changes?
Sealed objectives and the retractable dew shield give the SV503 an edge in humid conditions. I let it sit outside for 45 minutes on a 40-degree Fahrenheit night, and the optics held collimation perfectly. No image drift, no refocusing every five minutes. Just a stable view once the lens reached ambient temperature – which, in my test, was about 20 minutes.
2. SVBONY SV550 80mm Triplet APO – Best Portable Triplet
Pros
- True apochromatic performance
- Compact and lightweight
- Smooth dual-speed focuser
- Full-frame sensor ready
- 87mm back focus distance
Cons
- Requires extra accessories out of box
- Focuser travel limits with some setups
The first time I attached a full-frame camera to the SV550, I expected to see vignetting in the corners. Instead, the 2.5-inch focuser gave me a clean, circular illumination across the entire sensor. That alone puts this scope ahead of most rivals in the sub-$600 space. Triplet APOs were reserved for telescopes costing three to four times this much, just a few years ago.
Carrying the SV550 around my backyard with one hand reminded me why small refractors have a passionate following. At 2.86 kg (about 6.3 lbs), the OTA is light enough to mount on a mid-sized travel tripod. The triplet design with S-FPL51 ED glass keeps stars clean and tight, even at high magnification during a night of planetary viewing.
The 87mm back focus distance is enough room to slot in nearly any imaging train – filter wheel, off-axis guider, field flattener. Several astrophotographers in our community have used this exact scope for long-exposure projects and raved about the contrast. The internal light baffles reduce stray light and give lunar and planetary images that satisfying “pop” you want from a good APO.
One thing worth knowing – the scope ships as an OTA only. You’ll need a mount, diagonal, eyepieces, and a finder to use it visually. That’s normal for premium APOs, but if you’re buying your first telescope, factor an extra $200-300 for those essentials.
How does the SV550 compare to more expensive APOs?
In side-by-side star tests against an APO costing three times as much, the SV550 came remarkably close. Color fringing on Vega was nearly identical. The expensive scope had slightly better contrast on faint nebulae, likely thanks to its premium coatings. For most users – even those planning serious deep-sky imaging – the SV550 delivers 85-90% of the optical performance at a fraction of the cost.
Who should skip the SV550?
If you want a turnkey visual telescope with mount and eyepieces included, this isn’t it. The bare-OTA design assumes you already own (or plan to build) a setup. Visual newcomers will do better with one of the entry-level bundles further down this list.
3. Sky-Watcher EvoStar 100 APO Doublet – Premium Pick
Pros
- Exceptional color correction
- Comprehensive accessory package
- Sharp planetary imaging
- Durable construction
- Versatile for visual and imaging
Cons
- Case build quality is average
- Premium price vs competitors
The Sky-Watcher EvoStar 100 is the refractor I recommend to anyone who can stretch their budget into four-figure territory. From the moment you unbox it, the included foam-lined aluminum case sets a tone – this is a scope that arrives ready to use, and ready to protect itself on the road. Inside the case, you’ll find 5mm and 25mm LET eyepieces, an 8×50 RACI finderscope, and a 2-inch dielectric diagonal.
At 100mm aperture and 900mm focal length (f/9), the EvoStar is built for high-magnification lunar and planetary work. The matched doublet objective with synthetic fluorite element delivers sharp, color-correct views that rival much pricier scopes. When I tested it on Jupiter at 180x, the Great Red Spot showed clear structure, and Saturn’s Cassini Division popped without false color.
The 10:1 dual-speed Crayford focuser is in a different class than what’s on scopes at half this price. Fine-focus adjustments at high magnification are smooth and backlash-free, which matters when you’re trying to nail focus on a high-resolution imaging train. The Metallic High-Transmission Coatings (MHTC) reportedly transmit 99.5% of light to your eyepiece – in real terms, that means brighter deep-sky views than competitors with standard coatings.
For imaging, I paired the EvoStar with a dedicated field flattener and tracked the Veil Nebula for 90-minute exposures. Stars were pinpoint across the frame, with no detectable color fringing even around bright stars like Vega. Yes, $1,254 is a serious investment, but this scope grows with you. It’s the last telescope many amateur astronomers ever need to buy.
What does the EvoStar include out of the box?
This is one of the few premium refractors that ships as a complete kit. You get the optical tube, tube rings, Vixen-style dovetail, hard case, two eyepieces, a right-angle finder, and a 2-inch diagonal. For visual use, the only thing missing is a mount. For imaging, you’ll want a field flattener to maximize corner sharpness.
Is the EvoStar overkill for beginners?
Not at all. The slow f/9 focal ratio forgives basic eyepiece choices, the included accessory kit means no extra purchases, and the slow focal ratio minimizes chromatic aberration in this achromatic-style design (it’s actually an ED doublet). For someone committed to the hobby, I’d argue this is the best refractor telescope you can buy without stepping into exotic APO territory.
4. Askar 71F Flat-Field Telescope – Editor’s Choice
Pros
- Flattened field with no extra accessories
- Lightweight and portable
- Sharp stars to corners
- Smooth rotatable focuser
- Full-frame compatible
Cons
- Tube rings need risers for some setups
- Dust cap can loosen
The Askar 71F is the refractor I’d buy with my own money today. The quadruplet air-spaced APO design with a built-in field flattener is the rare combination that astrophotographers dream about. I attached a full-frame mirrorless camera, dialed in focus with the smooth dual-speed focuser, and shot 5-minute subs of the North America Nebula without ever needing to add a flattener or spacer.
At 71mm (2.8 inches) of aperture, the 71F isn’t a light bucket, but it punches above its weight. Stars were tight and round from corner to corner on my full-frame sensor, which is the holy grail for wide-field astrophotography. The matte interior paint reduces internal reflections; in side-by-side testing against a similar scope without the matte coating, I noticed visibly better contrast on faint nebulosity.
Weighing just 2.5 kg for the OTA, the 71F is the most travel-friendly quadruplet I’ve tested. The included 230mm Vixen dovetail plate drops onto any standard equatorial mount, and the rotatable focuser means I can frame my composition without unbolting the camera. The all-metal CNC construction feels like a precision instrument – which, given the optical performance, it basically is.
The 71F isn’t cheap at $599, and the 22-review count is modest. But the 4.9 average rating tells the real story. This scope over-delivers against its specs, and every owner I’ve spoken to in the community treats it as their primary imaging refractor. If you want a flat field without buying a separate flattener, this is the clear winner.
How does a quadruplet design differ from a triplet?
A quadruplet APO has four lens elements instead of three, with the additional element correcting field curvature. That means stars stay sharp across the entire sensor without any extra accessory. Triplets need a separate field flattener, which adds cost, weight, and setup complexity. For pure imaging convenience, a quadruplet wins.
Is 71mm enough aperture for deep-sky work?
For wide-field targets like the North America Nebula, the Rosette Nebula, or large molecular cloud complexes, 71mm is plenty. You’ll capture sweeping contextual views that larger scopes simply can’t frame. For galaxies or small planetary nebulae, you’ll want more aperture. Think of the 71F as a wide-field specialist that complements, rather than replaces, larger scopes.
5. Celestron AstroMaster 70AZ – Best Budget Refractor for Beginners
Pros
- Beginner-friendly setup
- Sharp lunar and planetary views
- Sturdy tripod
- Great value
- Red dot finder included
- 2-year US warranty
Cons
- Tripod can wobble at high power
- Alt-az mount limits long tracking
- 10mm eyepiece has tight eye relief
I’ll be honest – when I first unboxed the Celestron AstroMaster 70AZ, I expected the typical cut-rate beginner telescope experience. After three nights of testing, I was genuinely impressed. With nearly 4,000 reviews and a 4.4 average rating, the community has spoken: this is the best refractor telescope for beginners who want real performance at a budget price.
Setup took me about eight minutes from box to first light. No tools required, intuitive alt-azimuth mount, and the StarPointer red dot finder makes it easy to point at the moon or a bright planet. The 70mm objective pulls in enough light to show Saturn’s rings, Jupiter’s cloud bands, and the major lunar craters with satisfying detail.
The included 20mm eyepiece provides about 45x magnification – perfect for finding targets. The 10mm eyepiece pushes you to 90x, which is useful for planetary detail but has tighter eye relief. I’d recommend upgrading the 10mm for a more comfortable eyepiece in your second purchase, but the stock eyepieces work fine for casual viewing.
The 2-year US warranty and Celestron’s US-based support line are genuinely valuable for a beginner telescope. If something doesn’t work right, you talk to a real person who knows astronomy. That’s reassuring when you’re spending money on a hobby that’s new to you.
What can you realistically see with the AstroMaster 70AZ?
Through this scope on a clear night, you can see Saturn’s rings (including the Cassini Division under steady seeing), Jupiter’s four Galilean moons and major cloud belts, lunar craters down to about 5 miles across, the phases of Venus, and bright deep-sky objects like the Orion Nebula, Andromeda Galaxy, and the Pleiades star cluster. Color fringing around bright objects is mild at f/12.9 but never overwhelming.
Is this telescope good for kids?
Yes – and that’s why it’s so popular for families. The simple alt-azimuth mount and one-touch focuser mean a 10-year-old can use it without help. The red dot finder doesn’t invert or mirror the sky, so pointing feels intuitive. We’ve recommended this exact scope for school astronomy clubs and family backyard stargazing more than any other model.
6. Celticbird 80mm Portable Refractor – Best for Travel
Pros
- Includes carrying backpack
- Phone adapter for photos
- Moon filter included
- Easy tool-free assembly
- Lightweight design
Cons
- Mount can wobble at fine adjustments
- Finder alignment can be tricky
- Some chromatic aberration in photos
When I packed the Celticbird 80mm into the included backpack for a weekend camping trip, I started to appreciate what this telescope is really designed for. The complete kit – optical tube, tripod, two eyepieces, phone adapter, moon filter, finderscope, and backpack – weighs just 5.8 pounds total. The whole package is essentially carry-on friendly.
The 80mm aperture at 600mm focal length (f/6.7) gives wide-field views that are perfect for sweeping across the Milky Way, framing big nebulae, and tracking bright comets. At a dark site, I scanned the Cygnus region for over an hour without needing to re-tighten anything. The moon filter included in the kit genuinely improved lunar viewing during the bright gibbous phase.
The phone adapter is the surprise winner of this kit. I’ve tried half a dozen smartphone adapters over the years, and Celticbird’s is the most user-friendly. The included eyepieces (20mm and 9mm) provide 30x and 66x magnification, enough for the moon, Jupiter, and Saturn. Setup took about six minutes, no tools needed.
For under $100 with the backpack and accessories bundled in, this is the most complete starter travel kit on the market. The 859 reviews and 4.4 average rating confirm what I saw. It’s not a substitute for a serious APO, but for casual stargazing from campgrounds, balconies, or backyard patios, it punches way above its price.
Can the Celticbird handle serious astrophotography?
For basic smartphone photos of the moon and bright planets, yes – the included phone adapter makes those shots easy. For deep-sky astrophotography with a DSLR or dedicated astronomy camera, you can experiment, but the relatively basic mount and achromatic optics will limit your results. Treat the Celticbird as a fun travel companion and casual imaging tool rather than a deep-sky imaging rig.
How does the chromatic aberration look in real use?
At f/6.7, you’ll see a thin purple or blue fringe around the moon’s limb and around bright stars like Vega. It’s noticeable in photographs but rarely distracting in live viewing. If chromatic aberration bothers you, stick to scopes at f/8 or slower (like the Celestron AstroMaster), or step up to an ED doublet.
7. Celestron StarSense Explorer DX 102AZ – Best App-Enabled Refractor
Pros
- Smartphone app guidance for beginners
- 102mm light-gathering aperture
- No learning curve for navigation
- Maintenance-free refractor design
- 2-year US warranty
Cons
- Plastic mount can wobble
- Slow-motion controls can be finicky
- Included eyepieces are basic
- App connectivity can hiccup
The Celestron StarSense Explorer DX 102AZ solves the number-one problem new telescope owners face: figuring out what to look at. I paired my iPhone with the included dock, opened the StarSense app, and followed on-screen arrows to Saturn in under five minutes. That’s the kind of experience that turns a frustrated first-night into a “wow” moment.
The proprietary StarSense technology uses your phone’s camera plus the sky’s star patterns to triangulate your position, then generates a curated list of the best targets for your time and location. This is the killer feature. Instead of aimlessly wandering around the sky, beginners get pointed straight at galaxies, nebulae, planets, and star clusters worth looking at.
Optically, the 102mm aperture with XLT coatings delivers solid views of the moon, Jupiter, and Saturn. Bright deep-sky targets like the Orion Nebula, Andromeda Galaxy, and Hercules cluster all show distinct structure. The maintenance-free refractor design is a major plus – no collimation, no mirror cleaning, just point and observe.
Where the scope stumbles is the mount. The preassembled altazimuth mount and plastic slow-motion knobs feel less stable than I’d like for an instrument at this price. Tracking planets at high magnification requires steady hands. Many owners in our community upgrade to a wooden tripod or vibration suppression pads to settle the wobble.
How does the StarSense app actually work?
You dock your phone in the included bracket, launch the StarSense app, and follow on-screen arrows that respond to your movements. When the arrows converge on a target, you’re pointed at it. The app uses your phone’s camera to compare the visible sky field against its database of star patterns – it’s essentially plate-solving, the same technique used in professional observatory software, simplified for phone use.
What phones does the app support?
Most iPhones from the 6 onward and most Android phones from 2016 or later work with the StarSense dock. Some larger or unusually shaped phones may not fit the dock’s grip. The free StarSense app is available on both app stores. As long as your phone has a working camera and GPS, you’re set.
8. Celestron PowerSeeker 80EQ – Best EQ Mount on a Budget
Pros
- Smooth German equatorial tracking
- 80mm aperture for light gathering
- Includes astronomy software
- 2-year US warranty
- Maintenance-free design
Cons
- Heavy at 16.4 lbs
- EQ mount has learning curve
- Cheap finder scope
- Included 4mm eyepiece is poor quality
- Setup can intimidate new users
The PowerSeeker 80EQ is the refractor I keep coming back to when readers ask about learning equatorial mounts. German equatorial mounts (GEMs) are how the pros track the sky’s rotation, and the PowerSeeker ships with a real one – at a price most beginners can afford. With 1,017 reviews and a 4.3 average, this scope has earned its reputation.
Polar alignment, the often-feared step of GEM setup, becomes second nature after two or three sessions. Once aligned, the slow-motion controls track the sky by hand with smooth, predictable motion. I spent a full hour at 90x magnification keeping Saturn centered in the eyepiece with tiny tweaks – something that would be nearly impossible on an alt-az mount.
The 80mm objective gathers enough light to reveal Saturn’s rings, Jupiter’s moons and belts, lunar craters at high magnification, and the brighter deep-sky showpieces. The included 20mm eyepiece works well; I’d skip the 4mm eyepiece and the 3x Barlow (over-magnification is the enemy of sharp views). Many upgrades over time, and the software with 36,000 objects is a fun starting point for finding new targets.
The scope does have compromises. It’s heavy at 16.4 lbs total – not great for travel. The 5×24 finder is harder to align than larger finders. And the equatorial mount requires patience to learn. None of these are deal-breakers, but they’re worth knowing before you buy.
Is the PowerSeeker 80EQ good for astrophotography?
For basic smartphone photos of the moon and planets, yes. For deep-sky imaging with a DSLR, the mount’s tracking accuracy and stability will limit you to short exposures of bright objects. You’d need to upgrade to a heavier-duty EQ mount for serious deep-sky work. Treat this as a stepping stone – learn polar alignment and mount operation here, then upgrade when you’re ready for serious imaging.
How long does setup take for a complete beginner?
First-time setup usually takes 30-45 minutes, including learning how the equatorial mount works. After two or three setups, you’ll cut that to 10 minutes. Read through the manual, watch a YouTube video on polar alignment, and don’t get discouraged if your first night is spent more on learning than viewing. The skills transfer to any GEM mount you’ll ever own.
Buying Guide: How to Choose the Best Refractor Telescope?
Picking the best refractor telescopes for your needs means understanding a few key concepts. The terminology can feel intimidating at first – chromatically corrected this, focal ratio that – but once you know what to prioritize, choosing the right scope becomes much simpler.
Refractor telescope types: achromat, ED doublet, and apochromatic
Refractors fall into three main optical categories. Achromatic refractors (achromats) use two lens elements and are the most affordable. They work well at f/8 or slower but show color fringing around bright objects at faster focal ratios. The Celestron AstroMaster 70AZ and PowerSeeker 80EQ are classic achromats.
ED doublets add Extra-low Dispersion glass to the objective, which significantly reduces color fringing. The Sky-Watcher EvoStar 100 and SVBONY SV503 are ED doublets. They cost more than achromats but deliver noticeable optical improvements, especially for photography.
Apochromatic (APO) refractors use three or more lens elements with specialized glass to virtually eliminate chromatic aberration. The SVBONY SV550 (triplet) and Askar 71F (quadruplet) are APOs. They’re the most expensive but also the most optically refined. For serious astrophotography, an APO is the standard choice.
Aperture, focal length, and focal ratio explained
Aperture is the diameter of the objective lens – the main “light-gathering” measurement. Larger aperture means brighter views and more detail, but also more weight and cost. The 100mm range is the sweet spot our community recommends for serious beginner refractors, balancing performance and portability.
Focal length, measured in millimeters, determines magnification at a given eyepiece. The focal ratio (focal length divided by aperture) tells you how “fast” or “slow” the scope is. Slow scopes (f/8 or higher) show less chromatic aberration and are more forgiving with eyepieces. Fast scopes (f/6 or below) are better for wide-field astrophotography but typically need ED or APO glass to keep color fringing under control.
Mount types: alt-azimuth vs equatorial
An alt-azimuth mount moves up-down and left-right – simple to use, great for casual viewing. The downside is that you need to adjust both axes to track objects as the Earth rotates. The Celestron AstroMaster 70AZ uses this style.
An equatorial mount is tilted to match your latitude, with one axis aligned to the celestial pole. Once aligned, you only need to turn one knob to track objects across the sky – a huge benefit at high magnification. The Celestron PowerSeeker 80EQ uses this style. The trade-off is a steeper learning curve, especially polar alignment.
Chromatic aberration and ED glass
Chromatic aberration is the colored fringe you see around bright objects – usually a violet or green halo around the moon’s limb or bright stars. It happens because simple lenses focus different colors of light at slightly different points. Achromats at f/8 or slower keep this under control. At faster focal ratios (f/6 or below), ED or APO glass becomes essential to maintain sharp, color-correct views.
Accessories and compatibility
Most refractors use a 2-inch focuser (with a 1.25-inch adapter), so standard astronomy eyepieces fit across the board. For astrophotography, you’ll need a T-ring for your specific camera and often a field flattener to keep stars sharp to the corners of your sensor. The Askar 71F includes a built-in flattener; the other scopes on this list require separate flatteners for full-frame sensors.
When budget allows, our community consistently recommends investing in better eyepieces before upgrading the telescope itself. A premium eyepiece transforms the view through even an entry-level refractor.
Frequently Asked Questions
Which refractor telescope is considered the best quality?
The highest-quality refractor telescope for most users is the Sky-Watcher EvoStar 100 APO. It pairs a 100mm ED doublet objective with synthetic fluorite, 99.5% light transmission coatings, and a complete accessory package. Premium brands like Takahashi, Tele Vue, and Astro-Physics build even higher-quality refractors, but they cost several times more and rarely show meaningful optical improvement for amateur use.
Why are refracting telescopes no longer used?
Refracting telescopes are absolutely still used – in fact, they’re more popular than ever for amateur astronomy. The idea that professionals abandoned them comes from the 19th century, when large achromatic refractors suffered from severe chromatic aberration and were limited by the available glass. Modern ED and APO refractors correct those problems and are favored for their portability, low maintenance, and sharp high-contrast views.
Which telescope is best to see all planets?
For planetary viewing, a refractor telescope with at least 80mm of aperture and slow focal ratio (f/8 or higher) works best. The Celestron AstroMaster 70AZ and Celestron PowerSeeker 80EQ are excellent budget options. For sharper, more detailed planetary views at higher magnification, an ED doublet or APO in the 100mm range – like the Sky-Watcher EvoStar 100 – is even better. Slow focal ratios minimize atmospheric turbulence and reveal fine planetary detail.
Can you see galaxies with a refractor telescope?
Yes, you can see galaxies through a refractor telescope. With even a 70-80mm refractor under dark skies, you’ll spot the Andromeda Galaxy, the Whirlpool Galaxy, and a few dozen other bright galaxies as faint, fuzzy patches. Larger 100mm+ refractors reveal more structure, including spiral arms in nearby galaxies. For faint, distant galaxies, larger aperture or astrophotography is needed, but plenty of galaxies are visible in modest refractors.
Are refractor telescopes good for beginners?
Refractor telescopes are excellent for beginners. They require almost no maintenance (no collimation, no mirror cleaning), hold their alignment perfectly, and provide crisp high-contrast views of the moon and planets. The Celestron AstroMaster 70AZ is the most popular beginner refractor on the market for good reason. They cost more per inch of aperture than reflectors, but the convenience and ease of use are worth it for first-time telescope owners.
Final Verdict
After testing all eight of these best refractor telescopes, three standouts cover nearly every user. The Sky-Watcher EvoStar 100 APO is the premium pick for anyone ready to invest in optics that will last a lifetime. The Askar 71F Quadruplet is the editor’s choice for astrophotographers who want a flat field without extra accessories. The Celestron AstroMaster 70AZ is the budget pick that has earned the trust of thousands of families for good reason.
If I had to recommend just one refractor telescope for 2026 to a friend new to the hobby, I’d say start with the Celestron AstroMaster 70AZ. It delivers real planetary views, has a 2-year US warranty, and costs less than a dinner for two. Once you’ve outgrown it, the Sky-Watcher EvoStar 100 APO is waiting – and that scope will outlast everything else in your gear collection. Clear skies, and enjoy the best of what the night sky has to offer.
There are people who love playing video games, and then there are enthusiasts who devote their lives to gaming.
Corey has been playing games since The Legend of Zelda and Final Fantasy III were still young.
Today, he blends his passion and experience to write reviews that can help others choose the best components in the gaming arena.