Short answer: the Gskyer 70mm AZ 70400 is the best refractor telescope for most beginners in 2026. Its 70mm fully coated objective, folding aluminium tripod and carry bag make it the instrument you will actually set up on a cold evening, and its review history is the deepest of any scope here. If you can stretch to 80mm, the UncleHu 80mm 600mm is the better buy, and the Celestron AstroMaster 70AZ is the strongest name on this list.
That direct answer needs a caveat, because the astronomy community rarely stops telling beginners to buy something else. On r/telescopes and CloudyNights, the near-universal advice is a Dobsonian, because a reflector of the same money buys a much bigger mirror and therefore a much brighter sky. That advice is correct. This guide exists for the reader who has decided a refractor is the right instrument anyway, and the goal is to make sure that reader gets a good one instead of a frustrating one.
A refractor earns its place in a beginner’s kit for reasons other than raw light gathering. There is no mirror to collimate, so it works the moment it is assembled. The tube is sealed, so dust and humidity are non-issues. The optical train gives a sharp, high-contrast image of the Moon and the planets, which is where a new observer gets hooked. And the same scope will look at a bird feeder or a mountain range in daylight, which no Dobsonian will do.
What you give up is deep-sky reach. Every refractor on this list is between 70mm and 90mm of aperture, and a Dobsonian at the same spend is typically 130mm or more. That difference is real and it is the single most common source of regret among beginners who expected faint galaxies in the first month.
Below is what we looked at, how we ranked it, the ten picks, and a buying guide that explains the criteria behind every one of them. If you would rather skip straight to a broader starting point, our [guide to the best telescopes for beginners](https://www.kingdomweddingphotography.com/best-telescopes-for-beginners/) covers the other optical designs too.
Table of Contents
Top 3 Beginner Refractor Telescopes in October 2026
These three are the picks we would put in front of someone deciding today. The Gskyer is the safest default, the UncleHu is the best value per pound spent, and the Koolpte is the cheapest route to a full 80mm objective.
Gskyer 70mm AZ 70400
- 70mm fully coated objective
- 400mm focal length
- Folding tripod and carry bag
- Phone adapter and wireless remote
UncleHu 80mm 600mm
- 80mm fully multi-coated objective
- 600mm focal length
- Three eyepieces plus 3x Barlow
- Zenith mirror for upright views
Koolpte 80mm 600mm AZ
- 80mm multi-coated objective
- 600mm focal length
- Two eyepieces plus 3x Barlow
- Two-year warranty
Quick Overview: All 10 Refractors Side by Side in October 2026
Every scope below is a manual alt-azimuth refractor with fully coated or multi-coated glass, which is what keeps this list honest. Sort by aperture first, then by focal length, then by how much the mount will fight you at high power.
| Product | Specifications | Action |
|---|---|---|
| Gskyer 70mm AZ 70400 |
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| UncleHu 80mm 600mm |
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| Koolpte 80mm 600mm AZ |
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 Celestron AstroMaster 70AZ |
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 Celestron Travel Scope 80mm |
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 Celestron PowerSeeker 80AZS |
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 Celticbird 80mm 600mm |
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 MEEZAA 90mm 800mm |
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 Gskyer 80mm 400mm |
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 Dianfan 90mm 800mm |
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1. Gskyer 70mm AZ 70400 Refractor – Best Refractor Telescope for Most Beginners
Gskyer Telescope, 70mm Aperture 400mm AZ Mount Astronomical Refracting Telescope for Kids Beginners – Travel Telescope with Carry Bag, Phone Adapter and Wireless Remote.
70mm aperture
400mm focal length at f/5.7
Fully coated objective
Altazimuth mount, carry bag
Pros
- Deepest review history of any scope here at over 22000 ratings
- Fully coated 70mm objective gives bright clean lunar views
- Two eyepieces plus a 3x Barlow cover a wide magnification range
- Phone adapter and wireless remote included
- Folding aluminium tripod and carry bag for grab-and-go use
Cons
- 70mm aperture is small for faint deep-sky objects
- Short 400mm focal length limits high-power planetary detail
- Typical entry-level build quality at the budget end
This is the scope I would hand to a friend who said they had never looked through a telescope. It is the only instrument here with a review history deep enough that its weaknesses are well documented rather than mysterious, and at 4.3 stars across more than 22,000 ratings it sits comfortably at the top of the Amazon Telescope Refractors category.
The optical specification is modest and honest: 70mm of aperture, 400mm of focal length at f/5.7, fully coated glass. That combination is short, which means low magnification by default, and the short tube is exactly why it collapses to a size that fits in a cupboard between observing sessions.
What you get for the money is unusually complete. Two replaceable eyepieces and a 3x Barlow lens give you a usable range, a 5×24 reflex finder with crosshairs makes target acquisition straightforward, and the wireless remote plus phone adapter let you capture the Moon without touching the tube and shaking the image.
The tripod folds and the whole assembly drops into the supplied carry bag. For a beginner who lives somewhere with a balcony rather than a dark site, that single feature matters more than another 20mm of aperture would.
What you can actually see with the Gskyer 70mm
The Moon is the target this scope is built around. At low magnification the terminator line shows craters, ridges and mountain chains in sharp relief, and because the aperture is small the contrast is high enough that detail holds up well even in suburban light.
Jupiter’s four Galilean moons are routinely visible as distinct points that shift position over an hour, which is the single best way to prove to a new observer that the sky is not static. Saturn is harder: the rings register as a smudge at first, and resolving them as a ring structure needs steady air and a patient eye.
Bright deep-sky objects such as the Pleiades and the Orion nebula show up as fuzzy patches. Faint galaxies and nebulae do not appear at all. That limitation is inherent to a 70mm lens and is worth accepting before you buy rather than after.
Who should skip the Gskyer 70mm
Skip it if your real interest is galaxies, nebulae and star clusters. Every one of those is aperture-limited, and at 70mm you are working with the least light-gathering option on this list. For faint deep-sky the community recommendation of a Dobsonian is not a preference, it is arithmetic.
Also consider moving up if you know you will want to look at Saturn’s rings in detail, because the 400mm focal length puts a hard ceiling on magnification before the image starts turning empty. Our [beginner telescope guide](https://www.kingdomweddingphotography.com/best-telescopes-for-beginners/) covers what a bigger reflector would give you instead.
2. UncleHu 80mm 600mm Refractor – Best Value With Three Eyepieces
UncleHu 80mm Aperture, 600mm Refractor Travel Telescope for Adults and Kids
80mm aperture
600mm focal length
Fully multi-coated lens
360 degree azimuth, 180 degree tilt
Pros
- Fully multi-coated 80mm lens delivers bright contrasty lunar views
- Three eyepieces plus a 3x Barlow give an unusually wide magnification range
- Height-adjustable tripod reviewers specifically praise for not shaking
- Tool-free assembly in under five minutes
- Lightweight with a roomy carrying bag
Cons
- 23mm eyepiece magnification is unimpressive
- Mount handle does not translate smoothly to repositioning
- Phone adapter produces poor quality images
This is the scope I would recommend to anyone who has decided that 70mm is one step too small. You gain 10mm of aperture over the Gskyer, which is a meaningful jump in light gathering, and you gain 200mm of focal length, which is the difference between Saturn being a smudge and Saturn having visible rings.
The 600mm focal length at 80mm aperture works out to a mid-range focal ratio, and that longer tube is what makes this scope better at planets than most of the short-tube alternatives in the same price bracket. The three supplied eyepieces cover a wide range, so you are not immediately shopping for more glass.
Reviewers repeatedly single out the tripod as the thing that exceeds expectations, and the mount provides 360 degrees of horizontal and 180 degrees of vertical movement. On a scope that will be used at 60x to 100x, a tripod that does not shake is worth more than an extra accessory in the box.
The 45-degree zenith mirror is a nice touch for daytime use, because it flips the image so that landscape and rooftop viewing comes out upright rather than inverted. Colour options include candy heart pink alongside black and red, which matters if the scope is a gift for a child.
Where the UncleHu 80mm beats the cheaper scopes
Two things separate it from the 80mm budget alternatives: the fully multi-coated lens and the 600mm tube length. Coating described as multi-coated rather than simply coated reflects more light through the same glass, and the extra focal length gives you a usable image scale on the planets rather than just a wide view of the Moon.
It is also the pick for anyone moving up from a 70mm starter kit. The step from 70mm to 80mm of aperture plus a much longer focal length is the smallest upgrade that visibly changes what you see, and it is the step most recommended on r/AskAstrophotography threads.
Assembly is tool-free and takes under five minutes according to reviewers, and the carry bag means it can live in a car rather than a cupboard. For a beginner who wants to actually use it, that is not a small detail.
Where it falls short
The 23mm eyepiece is the weak link, because it delivers the lowest magnification of the three and owners consistently rate it as unimpressive for what the scope costs. The 10mm and 4mm are the ones you will actually spend time with.
The mount handle is also the most common complaint in the reviews: movement of the handle does not translate cleanly into repositioning the tube, so fine aiming at high power takes practice. And the phone adapter, like most included adapters at this level, does not produce images worth sharing.
Be aware it is bulkier than the Celestron travel scopes, which is the trade for the longer tube and the steadier tripod.
3. Koolpte 80mm 600mm AZ Refractor – Budget Pick With a Two-Year Warranty
Koolpte Telescope for Adults, 80mm/600mm AZ Refractor for Beginners
80mm aperture
600mm focal length at f/6.7
Fully multi-coated objective
altazimuth mount, 25mm and 10mm eyepieces
Pros
- Multi-coated 80mm lens gives clear bright lunar and planetary views
- No-tool setup takes about 15 minutes
- Sturdy alt-az tripod and wireless remote that avoids shaking the view
- Carrying bag and light weight make it easy to reach a dark site
- Owners report seeing craters plus Jupiter's moons and Saturn's rings
Cons
- Non-adjustable plastic finder mount sits badly aligned with the tube
- Included 3x Barlow is low-quality plastic and adds false color
- Some units report a shaky hard-to-adjust tripod with stiff buckles
The Koolpte is the cheapest route on this list to a genuine 80mm objective with a 600mm tube, and that combination is the minimum we would recommend to anyone serious about seeing Saturn’s rings. at 4.3 stars it holds its own optically with scopes costing noticeably more.
The optical specification is good: 80mm aperture, 600mm focal length at f/6.7, fully multi-coated glass. The included 25mm and 10mm eyepieces give 24x and 60x, and the 3x Barlow extends that further, so the magnification range is sensible rather than inflated.
Where it wins is in the package. The carrying bag, the phone adapter and the wireless remote all come in the box, and the adjustable aluminium tripod needs no tools to erect. Roughly 15 minutes from box to observing, which matters when you are trying to build a habit rather than a one-night enthusiasm.
Owners commonly report seeing lunar craters, Jupiter’s moons and Saturn’s rings with it, which is a genuinely good outcome for an entry-level instrument. A two-year warranty is also better than most of the generic brands manage at this level.
The accessory quality problem you should expect
Reviews are consistent on one theme: the optics are fine, the accessories are not. The most common complaint is the fixed plastic finder mount, which cannot be adjusted and often sits misaligned with the tube, meaning you point the scope by the main tube instead of the finder.
The second theme is the 3x Barlow. It is moulded plastic, and several reviews specifically report that it introduces chromatic aberration, which shows as a colour fringe around the Moon. My advice would be to treat the Barlow as optional and start with the 10mm eyepiece.
Some owners also report a shaky tripod with stiff buckles, and flimsy eyepiece retaining screws. Expect to spend a little on a 10mm or 25mm eyepiece of better quality early on.
Who this is for
Buy the Koolpte if you want 80mm of aperture with a proper tube length and want to spend as little as possible doing it. It beats the 70mm scopes on every optical measure and it undercuts most of the 80mm competition.
Skip it if you are fussy about build quality or if the instrument is a present and you want something that feels solid in the hand. In that case, stepping up to a Celestron model buys a sturdier tripod and a warranty that is easier to rely on internationally.
4. Celestron AstroMaster 70AZ – Top Rated With the Longest Focal Length Here
Celestron AstroMaster 70AZ Refractor Telescope for Moon & Planet Viewing
70mm aperture
900mm focal length
Fully coated achromatic objective
Manual alt-az panhandle, red dot finder
Pros
- Highest average rating on this list at 4.4 stars
- Long 900mm focal length gives noticeably more magnification than short tubes
- Manual alt-az panhandle makes pointing intuitive for newcomers
- Red dot finder is far easier to align than an optical finder
- Two-year warranty and US-based support from a brand founded in 1960
Cons
- Heaviest option here at 10.8 pounds
- 70mm aperture still limits faint deep-sky resolution
- Only two eyepieces included
The AstroMaster 70AZ is the highest-rated scope in this group at 4.4 stars, and it earns that rating in a way the generic brands do not: 69 percent of its reviews are five-star, and only 5 percent are one-star, which is the tightest rating spread here.
The reason is the 900mm focal length. On a 70mm aperture that is a long tube, but a long tube on a small aperture is exactly what a planetary observer wants, because magnification is focal length divided by eyepiece focal length, and 900mm delivers usable magnification on small eyepieces where a 400mm tube cannot.
The StarPointer red dot finder is a genuinely smart inclusion for a beginner. A red dot finder has no optics to collimate and no inverted image to adjust for, so it is aligned in seconds and never goes wrong in a way you cannot diagnose.
The manual alt-azimuth panhandle makes pointing intuitive, and unlike a GoTo mount there is no alignment routine to fail under a dark sky. You point the tube, the finder shows a red dot on the target, and you look.
Why the long focal length matters for a beginner
Two 70mm refractors can behave like completely different instruments depending on tube length. At 400mm you top out around 100x before the image turns soft and dim. At 900mm you have usable magnification in reserve, which is where Saturn’s rings and Jupiter’s banding become visible rather than theoretical.
That means the AstroMaster 70AZ will show you more of the planets than the Gskyer 70mm will, despite the smaller aperture, and Jupiter’s moons plus the lunar terminator are the first-night highlights. Saturn is genuinely within reach in steady seeing.
For planetary work, focal length is at least as important as aperture at this level, which is why this scope outperforms its specification on paper.
What you give up for that focal length
It weighs 10.8 pounds, which makes it the heaviest option here and rules it out for anyone who wants a grab-and-go travel scope or a scope a child carries alone. The tube is also 68.5cm long before the tripod is considered.
Only two eyepieces are included, which is fewer than several rivals, and 70mm of aperture remains the ceiling on faint deep-sky. If galaxies are your interest, this is the wrong instrument at any focal length.
It is also worth knowing that Celestron’s entry-level AstroMaster and PowerSeeker families are rated harshly by some reviewers, so this pick is about the specific 70AZ model rather than the range as a whole.
5. Celestron Travel Scope 80mm – Most Versatile That Packs Into a Backpack
Celestron Travel Scope 80mm Telescope Kit with Backpack, Smartphone Adapter
80mm aperture
457mm focal length
Fully coated glass
Altazimuth mount, 4.5 pounds
Pros
- Only 4.5 pounds
- the lightest full-size refractor here
- Tube and tripod pack into the included padded backpack
- 80mm aperture with coated glass gives bright sharp lunar views
- Sets up in seconds with no tools needed
- Two-year warranty and US-based support
Cons
- Short 457mm focal length limits magnification on planets
- Basic manual alt-az mount has no slow-motion controls
- Smartphone adapter is basic and suited only to casual snapshots
The Travel Scope is the pick for a specific and frequently ignored use case: a complete telescope that fits in a rucksack. At 4.5 pounds, with the full-height tripod and tube packing into the included padded backpack, it is the only instrument here you can genuinely take to a mountain, a beach or a dark site without a car.
Optically it is an 80mm aperture with fully coated glass at 457mm focal length. That is the same aperture as the UncleHu and the Koolpte, so light gathering is identical, but the tube is far shorter and therefore far more portable.
Included are 20mm and 10mm eyepieces, a 5×24 finderscope, an erect-image star diagonal and a smartphone adapter, plus a free download of Starry Night software. The erect-image diagonal matters more than it sounds, because it means the same scope works in daylight for land viewing without an upside-down image.
Reviewers value portability above everything else, and the fast no-tool setup is what makes a spontaneous observing session possible. You can go from backpack to observing in the time it takes to find a clear patch of sky.
When a travel scope is the right call
If you travel, camp, or live in a city where you would never carry a large telescope outside, portability is not a nicety, it is the difference between using the scope and not using it. A scope that stays in a cupboard is a wasted purchase, and this one goes in a bag.
It is also a strong gift for a child or a family, because an adult can carry it and a child can be shown how to find the Moon in one evening. The 80mm aperture gives clean lunar views, and the Moon is visible on almost any clear night.
On a clear night away from city glow, the same aperture will show you the Pleiades, the Orion nebula and a handful of brighter clusters, which is a respectable return for a portable instrument.
The limits of a 457mm tube
Short focal length is the real trade. 457mm means limited magnification before the image degrades, so Saturn’s rings will be a faint suggestion rather than a resolved structure, and Jupiter’s banding is a stretch in average seeing.
The manual alt-az mount also lacks slow-motion controls, so making fine adjustments at moderate power takes more patience than it would on a scope with a slow-motion knob. And the smartphone adapter is a toy rather than a tool.
Buy it for portability and for the Moon. If planetary detail is the goal, spend the extra and get a longer tube instead.
6. Celestron PowerSeeker 80AZS – Best for Wide-Field Sky Sweeps
Celestron PowerSeeker 80AZS Wide-Field Short-Tube Refractor
80mm aperture
Short-tube design
Manual yoke mount with slow-motion rod
20mm and 4mm eyepieces plus 3x Barlow
Pros
- Wide-field short-tube design gives a generous immersive view of large deep-sky objects
- 80mm aperture with coated optics produces bright contrast-rich images
- Slow-motion altitude rod allows smooth accurate pointing
- 20mm and 4mm eyepieces plus a 3x Barlow span a useful range
- Recognizable brand with two-year warranty
Cons
- Short focal length severely limits planetary and lunar detail
- Yoke mount is fully manual with no motorised tracking
- Larger and heavier than other portable options
The PowerSeeker 80AZS is built around a different idea of what a refractor is for. It is a short-tube wide-field instrument, and its purpose is to fill as much sky as possible at low power so you can sweep star fields and large deep-sky objects rather than zoom into planets.
The yoke mount with a slow-motion altitude rod is the detail that sets it apart from the short scopes above. On a 1.15-degree field of view, where a small nudge swings the view dramatically, that slow-motion control is the difference between usable and frustrating.
Owners especially like the wide, bright field and the smooth slow-motion controls, which together make it easy to find and hold a large target. The 80mm fully coated optics give bright, contrast-rich images, and the 20mm and 4mm eyepieces plus a 3x Barlow cover a reasonable range.
The slow-motion rod also makes it a good scope for children, because a child can be shown how to make small controlled adjustments rather than learning to avoid the whole mount at high power.
What wide-field is actually good for
A wide field of view means you can fit a large target into the eyepiece rather than seeing part of it. That is the difference between the Pleiades being a tight cluster of bright points and being a smudge, and between the Andromeda galaxy being a fuzzy oval and being an obvious elongated shape.
It also suits sweeping the Milky Way with a lower-power eyepiece, and it makes finding faint objects far easier because you are hunting across a wide patch of sky instead of aiming precisely at a small one.
For a beginner who is not yet sure whether planets or star fields hold their attention, a wide-field refractor is a good way to find out. It rewards patience and shows you a lot of sky on a first night.
Why it is a poor planetary scope
The short focal length that gives this scope its wide field is exactly what limits high-power work. Reviewers are consistent that the short focal length makes it a poor choice for close planetary detail, and that is an optical limit rather than an accessory problem.
It is also fully manual with no motorised tracking, and it is listed at 10 pounds, which is heavy for something marketed as compact. If your interest is Saturn and Jupiter, choose a longer tube such as the UncleHu or the AstroMaster 70AZ instead.
Worth noting that Celestron’s PowerSeeker family is rated harshly by some reviewers, so this pick is specific to the 80AZS short-tube model rather than an endorsement of the range.
7. Celticbird 80mm 600mm Refractor – Best for Kids With a Moon Filter
Celticbird Telescope for Adults High Powered, 80mm Aperture 600mm AZ Mount Refractor Telescope for Kids Beginners – Portable Telescopes for Adults Astronomy with Backpack, Phone Adapter, Moon Filter
80mm aperture
600mm focal length at f/6.7
High transmission multi-coated lens
Included moon filter
Pros
- 80mm aperture with high transmission multi-coating gives bright clear images
- Large 17.7 to 52 inch tripod height range suits adults and children alike
- Included moon filter measurably improves lunar surface contrast
- Tool-free assembly with a detailed manual and setup video
- Scope tripod and accessories all fit in the supplied backpack
Cons
- Maximum 66x magnification is modest for a scope marketed as high powered
- Budget build quality relative to the established-brand alternatives
The Celticbird is the one on this list with a moon filter in the box, and that single accessory is more useful than it sounds. A moon filter reduces incoming light to about 13 percent, which is roughly what your eye needs to match a full moon’s brightness, and the result is a darker sky background with visibly better contrast on craters and rays.
It is also the one most obviously designed for a family. The tripod adjusts from 17.7 to 52 inches, so a seven-year-old and an adult can both use the same instrument without a booster seat, and the manufacturer explicitly targets ages 8 to 12.
Optically it is an 80mm aperture at 600mm focal length, f/6.7, with a high transmission multi-coated lens. The 20mm and 9mm eyepieces give 30x and 66x, and a 5×24 reflex finder handles target acquisition. At 5.8 pounds it is one of the lighter 80mm scopes here.
It has one of the highest five-star shares of any scope in this group at 70 percent, which tells you something real about how owners feel about the value. Everything from scope to tripod to accessories fits in the supplied backpack.
Why a moon filter is the best free upgrade here
On a full moon at high magnification, a small-aperture refractor produces a bright, flat, washed-out image. A moon filter dims it to match your eye, the background sky darkens, and detail that was invisible becomes visible. On a beginner’s first look at the moon, that difference is dramatic.
It is also the cheapest accessory in this whole guide in practical terms, and unlike a Barlow it will not add colour fringing to the image. For a first scope aimed at the moon, it is more useful than a third eyepiece.
Three years of satisfaction service with 24-hour technical support is also stronger support commitment than most of the generic brands offer.
Where the 66x ceiling shows
The scope is marketed as high powered, but the practical maximum is 66x without the Barlow, and that is the lowest ceiling among the 80mm scopes here. It is enough for the moon and for Jupiter’s moons, but it will not resolve Saturn’s ring structure.
Build quality is the other honest limitation. The tripod and fittings feel budget, and against the Celestron models the difference is noticeable in a way that does not show up in the ratings.
Buy it as a family first scope where the moon is the main event. If planetary detail is the goal, the Koolpte or UncleHu at the same aperture will stretch further for the money.
8. MEEZAA 90mm 800mm Refractor – Best for Lunar Crater Detail
MEEZAA Telescope for Adults High Powered, 90mm Aperture 800mm Refractor
90mm aperture
800mm focal length at f/8.88
Fully multi-coated optical glass
Adjustable stainless steel tripod
Pros
- 90mm aperture gives the most light gathering of any scope here
- Fully multi-coated optics give clear views of lunar craters and Jupiter's bands
- 32x to 240x range from two eyepieces and a 3x Barlow
- Stainless steel tripod is sturdy yet light enough for a child to carry
- Carry bag and phone adapter both included
Cons
- Straight-through finder shows an inverted image and confuses new users
- Phone adapter can knock the finder out of alignment
- Touching the focus knob makes the tube wobble
The MEEZAA is one of the two largest apertures on this list, and aperture is the variable that determines what you can see. At 90mm it gathers noticeably more light than any 80mm scope here, which is why it is our pick for anyone whose first target is the surface of the moon.
It pairs that with 800mm of focal length at f/8.88, which is a long, planetary-friendly tube length. Fully multi-coated glass on all optical surfaces gives the image the contrast you need to see individual craters and ridges along the terminator rather than a general grey disc.
The included 10mm and 25mm eyepieces plus a 3x Barlow give a 32x to 240x range, which matches the range offered by the other 90mm scope here. Reviewers describe clear views of lunar craters and Jupiter’s bands, and 71 percent of ratings are five-star.
The tripod is stainless steel rather than the usual anodised aluminium, and reviewers specifically note it is sturdy yet light enough for a child to carry. That combination is unusual at this level and it solves the usual beginner problem of a tripod that will not stop shaking.
What 90mm of aperture actually buys you
Lunar detail is the clearest win. Craters that are a suggestion on a 70mm scope show resolved rims and central peaks on a 90mm one, and once the terminator is in view the relief effect is dramatic. For a first-time observer, the moon is where the aperture difference is most obvious and most rewarding.
Jupiter improves in steps rather than degrees. At 90mm with 240x available, the Galilean moons are easy and the banding becomes visible in steady air. Saturn’s rings are within reach in good conditions, though still a step away from what a Dobsonian would show.
On the deep-sky side, the extra 10mm of aperture over an 80mm scope is welcome but not transformative. Reviewers describe the performance on faint objects as modest, and that is expected at this aperture.
The handling quirks you will hit
The straight-through finder scope shows an inverted image, which unsettles beginners who assume the scope is broken. It is not; it is how that finder type works, and once you understand it the alignment is straightforward. Expect to explain this to anyone else in the household who looks through it.
More annoying is the wobble. Reviewers report that touching the focus knob moves the tube, which makes fine focus difficult at high power, and that mounting a phone on the adapter can shift the finder out of alignment. Both are fixable habits, but you should know about them before the first session.
9. Gskyer 80mm 400mm Refractor – Best for Daytime Use and Kids
Gskyer Telescope, 80mm AZ Space Astronomical Refractor Telescope for Kids
80mm aperture
400mm focal length
Fully coated glass
Erect-image diagonal, three eyepieces
Pros
- Three eyepieces at 16x
- 40x and 80x give the widest stock magnification range of the 80mm scopes here
- 80mm aperture with coated glass for good brightness
- Erect-image diagonal means terrestrial views come out upright and correct
- Full-size adjustable tripod gives a stable platform
- Quick easy setup aimed specifically at novices and kids
Cons
- 7.9 pounds is heavier than the Celestron Travel Scope
- Short 400mm focal length lowers the overall image scale
- Three-stock-eyepiece bundle means less money spent on the optics themselves
This is the Gskyer 80mm, and the difference from the 70mm model that takes our top spot is instructive. You get 10mm more aperture, three eyepieces instead of two, and an erect-image diagonal, but the focal length stays at 400mm, so it remains a short wide-field instrument rather than a planetary one.
That makes it best used for lunar and wide-field work plus daytime viewing, and the erect-image diagonal is the feature that separates it from most competitors. With the diagonal fitted, the image of a landscape or a bird comes out the right way up, so the scope genuinely doubles as a daytime telescope.
The three included eyepieces at 16x, 40x and 80x plus a 3x Barlow give the widest stock magnification range of any 80mm scope here, which means a child can start at 16x to find something and then step up to 40x to look at it without any eyepiece shopping.
A 6×30 finder with mounting bracket handles target acquisition, the full-size adjustable tripod gives a stable platform, and setup is quick enough for a young observer to do without help. One year of free replacement warranty and 24-hour customer service are included.
Best use: the moon, the sky and the garden
At 400mm and 80mm aperture the field of view is 0.87 degrees, which is wide enough to frame the full moon plus surrounding sky comfortably and narrow enough to give a real sense of scale. It is a good lunar instrument and a good star-field sweep instrument.
Because the diagonal flips the image, it is equally usable in daylight, which is a genuine advantage for a family. A child can watch birds, boats or rooftops in the afternoon and the moon in the evening with the same instrument and the same accessories.
The wide stock eyepiece range is unusually helpful for a first-time buyer who does not yet know which magnification suits which target.
Where the short tube limits you
Planetary work is the weak point. At 400mm focal length, 80x is close to the practical ceiling, so Jupiter’s banding and Saturn’s rings are a stretch. If those are your targets, an 80mm scope with a 600mm tube will do more for you.
It is also 7.9 pounds, which is heavier than the Celestron Travel Scope despite the similar aperture, so it is not the pick for travel. And the three-eyepiece bundle means less of the money went into the optics and more into accessories, which is a trade many beginners appreciate and some regret later.
10. Dianfan 90mm 800mm Refractor – Best for Birdwatching and Cityscapes
Dianfan Telescope, 90mm Aperture 800mm Telescope for Adults High Powered, Portable Professional Astronomy Refractor Telescopes for Beginners, with Stainless Steel Tripod & Phone Adapter, Carry Bag
90mm aperture
800mm focal length
Fully coated objective
45-degree zenith mirror, stainless steel tripod
Pros
- 90mm aperture at 800mm gives the most light gathering of any scope here
- 32x to 240x from two eyepieces and a 3x Barlow
- Stainless steel tripod is sturdier than typical budget aluminium ones
- Zenith mirror keeps terrestrial images upright and correctly oriented
- Quick roughly 15-minute setup with smooth focusing and a two-year warranty
Cons
- One of the heaviest here at 4.7 kg
- Straight-through finder scope takes practice to align
- Widest rating spread with a 10 percent one-star share
The Dianfan closes the list as the other 90mm option, and it earns its place for the terrestrial half of the equation. The 45-degree zenith mirror is fitted as standard and keeps daytime images upright and correctly oriented, which is what you want if the scope is going to be pointed at city rooftops, distant hillsides or birds in a garden.
Optically it matches the MEEZAA: 90mm of aperture, 800mm of focal length, fully coated objective glass. That is a 1.29 arc-second Dawes limit, which means the resolution is genuinely good for the money and there is useful magnification in reserve for the planets.
The stainless steel tripod is the standout feature. Almost every budget refractor on this list uses anodised aluminium, and reviewers repeatedly single this tripod out as sturdier. It matters because most of the shaking complaints elsewhere in this guide come from the tripod, not the optics.
Owners are enthusiastic about the brightness and detail from the 90mm aperture, the 32x to 240x range from two eyepieces and a 3x Barlow, and the upright zenith view in daylight. Assembly takes about 15 minutes with clear instructions.
Where the 90mm aperture pays off
Lunar surface detail is the strongest case, with craters and ridges resolving clearly along the terminator. Jupiter’s banding and both major cloud belts become visible at the higher end of the magnification range in steady air, and the Galilean moons are easy at anything above 60x.
On deep-sky targets the extra light helps, but at 90mm the honest limit remains what it always is. Bright nebulae and clusters appear as fuzzy patches, and faint galaxies do not appear at all. If deep-sky is the motivation, a Dobsonian remains the better instrument.
The 800mm tube length is long for a 90mm aperture, which makes the image scale comfortable for planets but gives a narrower true field than the short tubes on this list.
The honest caveats
It weighs 4.7 kg, which makes it one of the heaviest instruments here and undercuts the portable claim in its marketing. If you intended a grab-and-go scope, look at the Celestron Travel Scope instead.
The rating spread is the widest in the group: 73 percent five-star but 10 percent one-star, which points to some build or alignment issues in individual units. The straight-through finder also takes practice to align.
Take advantage of the two-year warranty. If the unit you receive is one of the problem ones, sorting it early is straightforward.
How We Evaluated These Telescopes
We did not physically test these instruments, and we think a page that claims otherwise deserves less trust, not more. Every product on this list was evaluated on published specifications, the volume and distribution of its customer reviews, and the consensus patterns inside them. Where a review theme appears repeatedly, we treat it as a real design characteristic rather than a bad day for one owner.
Nine criteria drove the ranking, and they are the same ones we would use in person.
Aperture. The diameter of the front lens, and the single most important number. It sets how much light you gather, which sets what you can see, and it cannot be upgraded later without replacing the whole tube.
Focal length. Focal length divided by eyepiece focal length gives magnification, so a long tube on a modest aperture reaches higher power usefully. This is why the Celestron AstroMaster 70AZ out-performs shorter 80mm scopes on planets.
Glass and coating. Fully coated is the baseline here. Fully multi-coated reflects more light through the same lens, which shows as brightness and contrast rather than as a specification number.
Mount and tripod stability. Most ruined views are caused by a shaking tripod, not by poor optics. We weight a stiff stainless steel tripod and usable slow-motion controls heavily.
Finder and diagonals. A red dot finder needs no collimation. An adjustable finder needs five minutes of fiddling. The erect-image and zenith diagonals determine whether daytime use is practical.
Eyepiece bundle. Two eyepieces is workable. Three, or two plus a usable Barlow, gives a beginner a real range without an immediate extra purchase. Cheap plastic barrels are a warning sign about the rest of the build.
Portability. Weight, packed size and whether it fits in a bag. For a lot of beginners this outranks aperture, because a scope that gets used beats a scope that does not.
Review evidence. Rating, review volume and distribution. The Gskyer 70mm leads on volume at more than 22,000 ratings; the AstroMaster leads on average rating and on having the lowest proportion of one-star reviews.
Warranty and support. Two years and established US-based support is a meaningful difference when a tripod leg arrives defective or a finder will not align.
One thing we deliberately did not score is magnification claims. Marketing figures like 450x or 660x describe the theoretical maximum with a cheap eyepiece, and on a real sky the image at that power is empty, dim and useless. Ignore the number entirely.
Refractor vs. Dobsonian: Which Should You Actually Buy?
If you have not committed to a refractor, buy a Dobsonian. This is the advice the community gives consistently, and the reasoning is straightforward arithmetic: a reflector of the same money has a much larger mirror, collects far more light, and shows you things a refractor cannot.
Our [Dobsonian telescope roundup](https://www.kingdomweddingphotography.com/best-dobsonian-telescopes/) covers that side in full. The honest comparison looks like this.
Light gathering. A Dobsonian wins by a wide margin. A 150mm mirror gathers four times the light of a 75mm refractor lens, which is the difference between seeing a grey smudge and seeing structure.
Setup and maintenance. The refractor wins decisively. It is sealed, needs no collimation, and works the moment it is assembled. A Dobsonian needs its mirror aligned, which is easy to do and easy to forget.
Planets and the moon. Closer than most people expect. Long focal lengths and no central obstruction make refractors excellent on the moon and planets, and a Dobsonian at 8 inches will still show you Saturn’s rings, Titan and the Cassini Division.
Portability and storage. The refractor wins. A 4-inch refractor weighs 5 to 10 pounds and fits in a bag. An 8-inch Dobsonian is a two-person lift and lives in a garage.
Daytime use. The refractor wins outright. A refractor with a diagonal or zenith mirror looks at birds, architecture and landscapes. A Dobsonian cannot.
Value. The Dobsonian wins, and it is not close. This is the entire basis of the community recommendation.
So who should still buy a refractor? Anyone who lives in a flat with no storage, who wants one instrument for both day and night, who is travelling, or who simply finds a sealed, maintenance-free optical tube satisfying rather than a chore. Those are real reasons, and they are yours to have.
What is not a real reason is buying a 70mm or 80mm refractor and expecting it to reveal faint galaxies. It will not, at any price. If that is the goal, our [smart telescope guide](https://www.kingdomweddingphotography.com/best-smart-telescopes/) covers the automated category, and a Dobsonian is still the better answer.
Refractor Buying Guide: The Six Criteria That Decide Everything
1. Aperture is the one number that matters
Aperture is the diameter of the front lens, and everything else follows from it. Light gathering scales with the square of the diameter, so a 90mm lens gathers about twice as much light as a 64mm one and roughly 27 percent more than an 80mm lens.
For beginners the practical thresholds are clear. Under 70mm, planetary detail is genuinely marginal and the view of Saturn’s rings is unresolved. At 80mm you can see Saturn’s rings and Jupiter’s moons, and the moon looks properly three-dimensional. At 90mm craters resolve along the terminator and Jupiter’s banding appears in steady air.
The step from 70mm to 80mm is the one that visibly changes what you see, which is why most of the picks here sit at 80mm or above. The step from 80mm to 90mm is real but subtler, and mainly shows on the moon.
2. Achromat, apochromat and what chromatic aberration looks like
A lens bends different colours by different amounts. Because red light and blue light do not focus at the same distance, a simple lens produces a coloured fringe around every high-contrast object. The amount of that fringe is called chromatic aberration.
An achromatic doublet uses two elements of different glass types to bring two wavelengths into focus together. Most entry-level refractors are achromats, and a faint purple or yellow fringe on the bright edge of the moon or on Venus is normal, not a defect. Do not read it as a broken lens.
An apochromatic triplet adds a third element and a special glass to bring three wavelengths into focus, which largely removes the fringe. Triplets are the step up for anyone who cares about image quality, and they sit well above the beginner price range.
One option sits between them and appears in some listings as an ED doublet, which uses extra-low-dispersion glass to reduce the fringe more than a standard achromat at modest extra cost. The air-spaced designation you will also see means the two elements are separated by a gap of air rather than cemented together, which improves light throughput and reduces the effect of manufacturing errors.
3. Focal length and the magnification myth
Magnification is the focal length of the telescope divided by the focal length of the eyepiece. A 600mm telescope with a 10mm eyepiece gives 60x, and the same telescope with a 4mm eyepiece gives 150x. That is all magnification is.
Retail listings advertising 450x or 660x are describing the theoretical maximum with the cheapest, shortest eyepiece included. The rule of thumb most experienced observers use is that useful magnification should not exceed roughly twice the aperture in millimetres, so an 80mm scope stops being useful somewhere around 160x and a 90mm scope around 180x. Beyond that the image is dim, empty and worse than lower power.
This is why the long 900mm Celestron AstroMaster outperforms shorter scopes on planets, and why the 400mm Gskyer does not. Focal length determines whether you have usable magnification in reserve.
4. Mount type: all three you will meet
An altazimuth mount moves in two axes, horizontally and vertically, and is controlled by a handle. It is the simplest type, needs no alignment, and every scope on this list uses one. For visual observing it is all a beginner needs.
A German equatorial mount tracks the sky on one axis, which is what makes long-exposure astrophotography possible. It is a later upgrade, not a first purchase, and we would not spend a beginner’s money on one.
A GoTo mount uses a database and either a star alignment or a satellite signal to point itself at targets. It is genuinely useful if you cannot find things in the dark, but setup takes as long as it saves on some models. Our [computerized telescope guide](https://www.kingdomweddingphotography.com/best-computerized-telescopes/) covers that category if you want pointing help.
Whatever the mount, judge it by the tripod. A pan head or a thin aluminium tripod ruins every high-power view, and that is the most common complaint across reviews of otherwise good budget scopes.
5. Eyepieces, finders and diagonals
Most scopes ship with two eyepieces. A 25mm or 20mm for wide views and a 10mm for detail is the standard pair, and a third or a 3x Barlow extends the range. Cheap plastic barrels are common, and a single good 10mm eyepiece is the most worthwhile first upgrade for almost anyone.
Be cautious with cheap 3x Barlow lenses. Several reviews in this group specifically report that they add visible colour fringing. Start without one.
On the finder, a red dot finder needs no collimation and cannot be misaligned, which is why it is the better choice for a beginner. A 5×24 or 6×30 optical finder takes practice but shows a wider field. Make sure it is adjustable, because a fixed plastic finder bracket is a recurring complaint.
The diagonal is the part you should check before buying. A star diagonal flips the image for comfortable observing near the horizon. An erect-image diagonal or a zenith mirror additionally makes daytime terrestrial views come out upright, which matters if you want one scope for birds and rooftops as well as stars.
6. What to avoid, and why
Avoid anything advertising magnification above about 300x on an entry-level refractor. That number tells you about the eyepiece included, not the telescope.
Avoid 50mm department-store kits. At 50mm of aperture you are seeing essentially naked-eye light through a tube, and no amount of claimed magnification changes the fact. Under 70mm generally, the optics and the mount are both compromised.
Avoid scopes whose listed magnification is the main headline feature. Marketing built around power rather than aperture is a reliable signal that the product was designed for the packaging rather than for the sky.
Avoid fixed, non-adjustable plastic finder mounts, flimsy plastic Barlow lenses, and tripods with stiff buckles. All three appear repeatedly in reviews of budget scopes and all three are avoidable by choosing a different model.
And be sceptical of the cheapest available. Sub-70mm scopes under about 150 in equivalent spend tend to trade away the mount and the coatings to hit the number, and the mount is where the frustration shows up.
One more note for anyone who starts thinking about photographing what they see: a beginner refractor on a manual alt-az mount is not a good astrophotography platform. If that is your interest, start with the equipment route in our [astrophotography telescope guide](https://www.kingdomweddingphotography.com/best-telescopes-for-astrophotography/) rather than bolting a camera to an alt-az mount.
Frequently Asked Questions
What size telescope is needed to see Saturn’s rings?
Roughly 80mm of aperture is the practical floor for resolving Saturn’s rings, and 90mm gives a noticeably more complete view. Under 70mm the rings are marginal and usually appear as a smudge rather than a ring structure. Focal length matters too, so a scope with at least 600mm of tube length will reach useful magnification far more easily than a short 400mm tube at the same aperture.
What is a good quality refractor telescope?
Quality means at least 80mm of aperture, a doublet or triplet lens with real multi-coating, a rigid alt-azimuth or GoTo mount rather than a thin pan head, and 1.25-inch accessories. It does not mean a high magnification number. Every scope on our list meets the aperture and coating standard, and the ones we rank highest also have tripods that do not shake at high power.
What are the best telescopes for beginners?
For most beginners the answer is a Dobsonian, because it gives far more aperture per pound and needs no alignment. If you have decided on a refractor, the criteria are the same in every case: 80mm or more of aperture, a stable alt-azimuth mount, a quality coated doublet lens, and a finder that is easy to align. On those terms our top pick is the Gskyer 70mm AZ 70400.
What is the cheapest refractor telescope available?
There are 70mm refractors well under the price of anything on our list, and the Gskyer AZ 70400 in particular has a very deep review history. The cheaper department-store kits in 50mm and 60mm are a different category, and below that aperture the optics and mount are usually not worth the money. Our advice is to buy the smallest amount of aperture that meets your target list, which is 80mm.
What is the best entry-level refractor telescope for beginners?
The best entry-level refractor is the Gskyer 70mm AZ 70400 for most people, because it is the easiest instrument to actually set up and carry, and it has by far the largest body of owner reviews. If you can move up one step, the UncleHu 80mm 600mm is a better telescope, with 10mm more aperture and 200mm more focal length for planetary work. Both are covered in full above.
How much should I spend on a beginner telescope?
For a refractor, the useful range runs from about 100 to 400 in most cases, and spending inside that range buys the difference between a 70mm and a 90mm aperture. Below roughly 150 you are usually buying a thin tripod and single-coated glass. Above 500 a beginner gains little they will use, because the step up at that point is to apochromatic glass or a GoTo mount, neither of which changes what a first-time observer sees.
Conclusion: The Best Refractor Telescope for Beginners in 2026
The Gskyer 70mm AZ 70400 is the best refractor telescope for most beginners in 2026, because it is the one you will keep using. The folding tripod, the carry bag and the phone adapter remove every practical obstacle between you and a night outside, and more than 22,000 owner ratings tell you exactly what it does well and where it stops.
If you can spend more, buy aperture and focal length instead of accessories. The UncleHu 80mm 600mm is the best value on this list, the Koolpte 80mm is the cheapest route to the same core specification, and the MEEZAA and Dianfan 90mm scopes will show you more of the moon than any 80mm refractor can.
And if the reason you are here is galaxies rather than Saturn, take our advice: put the money into a Dobsonian instead. Our [beginner telescope guide](https://www.kingdomweddingphotography.com/best-telescopes-for-beginners/) will help you work out which one is right for you.