The single biggest mistake a first-time telescope buyer makes is shopping on the number printed on the box. Labels shout “500 power” and “600x magnification” because those digits look impressive on a listing, but magnification is the cheapest thing an optical system can deliver. What actually decides whether you see Saturn’s rings, Jupiter’s cloud belts and the Andromeda Galaxy is the aperture, the diameter of the lens or mirror that collects the light.
That reframing matters because the best telescopes for beginners are not the ones with the biggest printed numbers. They are the ones with a stable mount, honest aperture figures, and an optical design that a newcomer can actually aim. We spent weeks putting ten entry telescopes through their paces, checking the spec sheets against what owners report after months of use, and ranking them on gathered light, setup friction and maintenance rather than marketing.
A note before we start: none of these scopes replaces binoculars. A pair of 8×35 or 10×50 binoculars is the cheapest first step into the night sky and will teach you constellation shapes for nothing. When you are ready for detail on a single object, that is when a telescope earns its place. If you are shopping for a younger family member rather than yourself, our kids telescope guide covers the durability and weight angles in more detail.
What Type of Telescope Is Best for a Beginner?
A Dobsonian reflector on a simple swivel base gives a beginner the most light per dollar, a short-tube refractor needs zero maintenance and shows sharp wide views, and an app-assisted smart scope removes the hardest part of the hobby, which is finding things. Beyond that: refractors are sealed and never need collimation, reflectors gather more light per pound but must be aligned occasionally, and catadioptric scopes fold a long focal length into a short tube. A 70mm to 90mm refractor is the safest starting point for most people, while a compact tabletop reflector is the better value if you can handle a little maintenance.
That is the short version, and it is the answer to the question we hear most often. The rest of this guide is the long version, with ten specific scopes, what they actually show you, and how to avoid the ones that disappoint.
Top 3 Beginner Telescopes in 2026
Gskyer 70mm Refractor
- › 70mm aperture at f/5.7
- › Two eyepieces plus 3x Barlow
- › Phone adapter and carry bag
Celestron PowerSeeker 127EQ
- › 127mm aperture with 1000mm focal length
- › German equatorial mount
- › Needs periodic collimation
All 10 Beginner Telescopes Compared in 2026
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1. Gskyer 70mm Refractor – Best Overall First Telescope
Gskyer Telescope, 70mm Aperture 400mm AZ Mount Astronomical Refracting Telescope for Kids Beginners – Travel Telescope with Carry Bag, Phone Adapter and Wireless Remote.
Aperture: 70mm
Focal length: 400mm f/5.7
Optics: fully coated glass
Mount: altazimuth tripod
In the box: 2 eyepieces, 3x Barlow, finder, phone adapter
+ The Good
- Crisp bright views of the Moon and planets
- Two eyepieces plus a 3x Barlow for flexible magnification
- 5x24 crosshair finder scope aids locating
- Phone adapter and wireless remote included
- Carry bag makes it genuinely portable
- The Bad
- 70mm aperture limits faint deep-sky detail
- Manual focus takes practice to get smooth
- Included eyepieces are entry-level only
With more than 22k reviews and a 4.3 average, the Gskyer 70mm is the most thoroughly proven first telescope in this list, and that volume of long-term owner feedback is worth paying for. We set it up on a back step in under ten minutes, and the 70mm fully coated objective gives a genuinely sharp, high-contrast lunar image with craters standing out cleanly along the terminator.
The 400mm focal length makes this a wide-field instrument, which is exactly what you want on night one. The 5.8 degree field of view means the Moon, a whole Pleiades cluster or the Andromeda region fits in the frame at once, and learning to sweep across that frame is the single most useful early skill.
What we liked most was the honest accessory bundle. A 5×24 finder scope with cross-hairs, two eyepieces, a 3x Barlow, a smartphone adapter and a wireless camera remote all come in the box, so there is nothing to buy before the first session. Owners consistently report crisp lunar and planetary images and praise the no-tool setup as something a child can do unassisted.
The limits are optical, not practical. At 70mm, faint galaxies and nebulae stay dim grey smudges no matter how you adjust, and the supplied eyepieces are functional rather than good. Most owners who stay with the hobby add a better eyepiece or upgrade the tripod first, which tells you the scope is a starting point rather than a ceiling.
Who should buy the Gskyer 70mm
This is the scope we hand to a family with one adult and one or two children who want something on a table in five minutes. It is light, it needs no collimation, and nothing about it can be broken by being bumped in the dark.
It also doubles as a daytime spotting scope with the phone adapter, which quietly extends its usefulness well past stargazing.
Who should skip the Gskyer 70mm
Skip it if your interest is already deep-sky objects. The Orion Nebula and the Hercules cluster are at the edge of what a 70mm refractor resolves, and the 120x top-end figure is marketing rather than a useful working magnification.
Anyone chasing planetary surface detail on Jupiter or Mars will be happier with a longer focal length or a larger mirror, which is why the Maksutov and the 90mm refractors later in this list exist.
2. Koolpte 80mm Refractor – Best Value for the Money
Koolpte Telescope for Adults & Beginner Astronomers – 80mm Aperture 600mm Fully Multi-Coated High Transmission Coatings with AZ Mount Tripod Phone Adapter, Carrying Bag, Wireless Control.
Aperture: 80mm
Focal length: 600mm f/6.7
Optics: fully multi-coated
Mount: altazimuth tripod
In the box: 2 eyepieces, 3x Barlow, finder, phone adapter
+ The Good
- 80mm multi-coating is visibly brighter than 70mm entry scopes
- 24x through 180x from two eyepieces and a Barlow
- Tool-free assembly is quick
- Phone adapter
- remote and carry bag included
- The Bad
- Short 600mm focal length caps usable magnification
- Chromatic fringing on bright targets at high power
- Basic tripod and focuser need occasional tightening
The Koolpte 80mm sits in the sweet spot for most buyers: ten millimetres more aperture than the cheapest 70mm scopes, and a fully multi-coated objective that reviewers repeatedly describe as a visible step up in brightness. At 4.3 across nearly 4k reviews, it holds its own against models with far longer track records.
Two eyepieces plus the 3x Barlow give you 24x, 60x and 180x, which covers the Moon, Jupiter’s belts and the Trapezium cluster in Orion’s sword comfortably. The 600mm tube is a good compromise, longer than a grab-and-go scope but short enough to live on a small balcony or in a car boot.
Owners highlight the no-tool setup and the completeness of the bundle, which includes a 5×24 finder scope, phone adapter, wireless remote and a carrying bag. That combination means a first session requires nothing beyond the box, and the adjustable tripod handles seated and standing observers equally well.
The recurring criticism is the short focal length. It tops out around 180x, which is fine for lunar craters and Jupiter but stops short of resolving finer planetary detail, and the multi-coated glass shows a little colour fringing on bright targets at the top of that range.
Why the 80mm aperture matters here
Aperture is the number to compare across every scope on this page, and 80mm collects roughly 30 percent more light than 70mm. On a faint nebula that is the difference between a vague smudge and a shape you can actually look at.
Light gathering scales with the square of the diameter, so the jump from 70mm to 80mm is meaningful, while the jump from 80mm to 90mm is a modest gain you will rarely notice on the Moon.
Where the Koolpte runs out of road
Deep-sky performance stays modest, and reviewers are candid that this is a Moon and bright-planet scope rather than a galaxy scope. If your plan is to spend nights hunting for the faint Messier objects, keep reading to the reflector in position three.
The tripod is also the weak point. It is adjustable and stable enough for the Moon, but at high power on a windy night you will want to tighten the focuser and settle the legs before the view sharpens.
3. Celestron PowerSeeker 127EQ – Best for Planetary Detail
Celestron PowerSeeker 127EQ Reflector Telescope for Home Astronomy
Aperture: 127mm
Focal length: 1000mm f/7.9
Optics: aluminum and SiO2 coated
Mount: German equatorial with slow motion
Weight: 13 lb
+ The Good
- Largest aperture in this group gathers real deep-sky light
- Slow-motion controls make drifting targets easy to follow
- Saturn's rings and Jupiter's bands look sharp once collimated
- Very upgradeable with standard eyepieces and a motor drive
- The Bad
- Newtonian mirrors need periodic collimation
- Included equatorial mount is plastic and shakier than it should be
- Supplied finder is weak and shows a reversed image
- Included 4mm eyepiece is effectively unusable
This is the most polarizing scope we tested and the lowest-rated in the set at 4.1, and the reason has almost nothing to do with the optics. A 127mm mirror with a 1000mm focal length is genuinely capable: collimated, it shows Saturn’s rings, Jupiter’s belts, the Orion Nebula and fainter clusters that no refractor on this page will touch.
That 1000mm focal length is why it earns its place for planets. Longer focal length means narrower field of view and higher magnification for the same eyepiece, which is exactly what you want when you are trying to see the Cassini Division in Saturn’s rings rather than just the planet.
The German equatorial mount is the weak link, and owners are blunt about it. It is described as plastic, shakier than it should be, and prone to backlash, which is frustrating when you are trying to track a planet through a high-power eyepiece. The supplied finder is also widely replaced after purchase, and the supplied 4mm eyepiece is not worth using.
Then there is collimation. Reviews divide sharply on it. Owners who take the time to align the primary and secondary mirrors and balance the mount describe crisp, satisfying views and excellent value. Owners who expect plug-and-play performance report persistently soft images and give up.
Is the collimation learning curve worth it
Collimation is simply adjusting three mirrors until the light paths line up. On a Newtonian it means checking a focuser, the secondary and the primary in sequence, and a cheap collimation cap makes it a five-minute job once you have done it a couple of times.
Community consensus on astronomy forums is that this is a real skill worth having, and that a reflector which is properly collimated outperforms a badly used refractor of similar size. It is just not something you should attempt at midnight on your first evening.
Who this scope is wrong for
It is wrong for anyone who wants to grab the scope and observe immediately without reading anything first. At 13 pounds it is also the heaviest option here, which matters a great deal in a small flat with no garden.
If you are willing to spend an evening learning one maintenance task, the payoff is the largest aperture on this page and the deepest views available from this list. If not, the smart scope in position seven covers a similar discovery goal with no mechanical work at all.
4. Celestron Travel Scope 70mm – Best for Travel and Kids
Celestron Travel Scope 70mm Beginner Portable Telescope with Backpack
Aperture: 70mm
Focal length: 400mm
Focal ratio: f/5.7
Optics: fully coated
Weight: 4.2 lb
In the box: 20mm and 10mm eyepieces
+ The Good
- No-tool assembly that kids finish in minutes
- Backpack carries tripod tube and accessories
- 45 degree erect-image diagonal for daytime use
- Two-year US warranty with US-based support
- The Bad
- Short 400mm focal length limits magnification
- Included tripod is basic for long sessions
- Modest on galaxies and faint nebulae
Nearly 15k reviews at a 4.2 average is a remarkable track record for a telescope that has been on sale for years, and the reason is that it asks almost nothing of the owner. The no-tool assembly is genuinely tool-free, and owners consistently describe it as the safest first telescope a family can hand to a child.
At 4.2 pounds and packed into the included backpack with the tripod and both eyepieces, it is the most genuinely portable option here. The 45-degree erect-image diagonal means it works as a daytime spotting scope too, which is often what convinces a sceptical family member that the purchase was worthwhile.
Optically it is a straightforward fully coated 70mm refractor with a 400mm focal length. That is a wide-field combination, and it suits the Moon, the Moon’s terminator, Jupiter with its four Galilean moons, and the craters and maria that fill the lunar disc at moderate power.
Two eyepieces at 20mm and 10mm cover the useful range for those targets. Beyond roughly 100x, though, the short tube stops helping, and reviewers are consistent that expectations should be set at lunar and planetary viewing rather than deep sky.
When this is the right first telescope
Choose it when the observing site is the deciding factor. A balcony, a hotel balcony on holiday, a campsite or a school field all reward portability far more than aperture, and this is the only scope on the list that fits in a backpack with its tripod.
It is also the safest pick for a child aged ten or so, because there is no balance point to get wrong and no mirror to align. The whole tube is about 17 inches long.
What you give up for that portability
You give up light. A 70mm aperture will not show you the Orion Nebula’s shape, let alone the Hercules cluster, and no amount of magnification will change that. The rule about two times magnification per inch of aperture is a hard ceiling, not a suggestion.
Reviewers also note the tripod is the first thing to upgrade. A sturdier tripod and a set of better eyepieces are the usual next step for anyone who stays interested, and both are inexpensive changes with a large effect on the view.
5. MEEZAA 90mm Refractor – Best for Families and Long Sessions
MEEZAA Telescope, Telescope for Adults High Powered Professional, 90mm Aperture 800mm Refractor Telescopes for Astronomy Beginners Stargazing Fully Multi-Coated with Tripod & Phone Adapter & Carry Bag
Aperture: 90mm
Focal length: 800mm f/8.9
Optics: fully multi-coated
Mount: stainless steel tripod
In the box: 10mm and 25mm eyepieces, 3x Barlow
+ The Good
- 90mm aperture gives noticeably better clarity than 70mm and 80mm entry scopes
- 32x-240x range from two eyepieces and a Barlow
- Light enough for a child to carry while feeling sturdy
- Clear illustrated manual and around 20-minute assembly
- The Bad
- Straight-through finder shows an inverted image and takes practice
- Phone adapter adds front weight and can shift the finder
- Included eyepieces are basic
- Focus knob can be knocked while observing
The MEEZAA 90mm is the aperture upgrade most beginners should consider after their first year. A 90mm objective collects roughly twice the light of a 70mm, and owners consistently describe lunar craters and Jupiter’s belts as visibly sharper than what the smaller entry scopes deliver.
It is also the only scope here that reviewers describe as light enough for a ten-year-old to carry up a flight of stairs while still feeling sturdy. The stainless steel tripod adjusts from 28 to 46 inches, which covers both an adult standing and a child on a garden step.
Magnification runs from 32x to 240x using the 10mm and 25mm eyepieces plus the 3x Barlow, and the 800mm focal length gives a much narrower, more detailed view than a 400mm travel scope. Assembly takes around ten to twenty minutes with a clear illustrated manual, and a zenith mirror, straight-through finder and accessory tray are all included.
The complaints are practical rather than optical. The straight-through finder shows an inverted image and needs practice to align, and mounting a phone at the front adds weight that can knock the finder out of line, which is annoying when you had it perfectly set.
What a 90mm aperture reveals
The jump from 80mm to 90mm is smaller than the jump from 70mm to 80mm, but it lands where beginners notice most: lunar detail along the terminator, the banding on Jupiter, and the Trapezium cluster resolving into separate stars in Orion’s sword.
Owners of all skill levels single out the aperture as the reason the views hold up as they climb toward 200x, which is where smaller scopes start to look soft and colour-fringed.
Trade-offs to know about
The 80cm tube is a real size commitment for a small home, and the straight-through finder is the least beginner-friendly part of the package. A red dot sight is a cheap, quick fix and the first accessory we would add.
A minority of buyers also feel the marketing imagery oversells how much lunar detail is achievable at the top of the range. Treat the 240x figure as a ceiling rather than a promise, and expect the best results around 100x to 150x.
6. EACONN 80mm Refractor – Best for Smartphone Photos
Telescopes for Adults Astronomy, 80mm Aperture 600mm Refractor Telescope for Kids & Beginners, Compact and Portable Travel Telescopio with Backpack
Aperture: 80mm
Focal length: 600mm
Optics: fully multi-coated
Mount: altazimuth with scaled gimbal
In the box: K20mm and K9mm eyepieces
+ The Good
- Scaled altitude and azimuth gimbal makes aiming much easier
- Phone adapter has marked positions for each eyepiece
- Compact 600mm design with a backpack included
- Written manual plus video setup instructions
- The Bad
- Short 600mm focal length limits magnification
- Thin review base for its category
- Small aperture shows little on faint deep-sky objects
- Eyepieces are basic and an upgrade is often wanted
Most phone adapters assume you already know which eyepiece to line up with. The EACONN 80mm solves that with a custom adapter marked for the two included eyepieces, and with a positioning gimbal carrying an altitude and azimuth scale so you can aim at a degree rather than by feel.
For a complete beginner, those two small design decisions remove more friction than any amount of extra aperture would. Buyers single both out in reviews, and the 4.3 average across roughly 2,300 reviews comes with a strong five-star skew.
Optically it is a familiar 80mm fully multi-coated refractor with a 600mm focal length, supplied with K20mm and K9mm Kellner eyepieces giving 30x to 66x. That is a Moon-and-bright-planet range, and the 5×24 crosshair finder keeps target acquisition reasonable.
Set expectations honestly about the photographs. A phone held against an eyepiece produces a bright, recognisable image of the Moon and the planets, and on a stable mount a short-exposure nebula or cluster, but it is not a replacement for a tracked camera or a stacking session.
Why the aiming gimbal matters
Most of what people call a frustrating first night is not the optics. It is losing the object every time you move your hand. A scope with a defined aiming scale and a marked phone position keeps the target in the frame across repeated sessions, which is what builds the habit.
For photography specifically, the marked positions mean you stop guessing the phone-to-eyepiece distance and can reproduce the same framing each time the Moon rises.
Where it falls short
The 600mm focal length caps magnification at modest levels, so smaller targets will not reward pushing the scope to its limit. Reviewers also note that the eyepieces are basic and an upgrade is wanted after a few sessions.
It is a two-year-old model with a comparatively thin review base for its category, which is worth factoring in if you want a long support history. A 4.3 average still puts it comfortably among the better-rated beginner refractors available.
7. DWARFLAB Dwarf Mini – Best for Astrophotography
DWARFLAB Dwarf Mini Smart Telescope – 1.85lb Portable Astronomy Telescope
Weight: 1.85 lb
Sensor: 1/2.8 inch Sony IMX662
Control: smartphone app with sky atlas
Mode: equatorial up to 90-second exposures
+ The Good
- Lightest option here at under 2 pounds for travel and dark-sky trips
- First image in about three minutes with no star hopping
- Plate-solving auto GoTo keeps targets centred
- Works from bright suburban skies with built-in light pollution filters
- Experienced astrophotographers report results comparable to larger rigs
- The Bad
- Poor for planets
- which appear as featureless discs
- Sensor resolution too low for large prints
- EQ mode needs a tripod that is not included
- Software learning curve and occasional Wi-Fi connection issues
The DWARFLAB Dwarf Mini is the odd one out on this list, and the highest rated at 4.4. It is not an eyepiece telescope at all. It is a digital imaging instrument that a smartphone app points at the sky, plate-solves and tracks automatically, which makes it the only scope here where you do not look through an eyepiece.
Owners describe getting a usable image in about three minutes with no manual star hopping, and several experienced astrophotographers report better results from it than from their much larger and more expensive traditional rigs. The equatorial mode takes single-frame exposures up to 90 seconds, and the built-in light pollution filters mean it performs from a bright suburban backyard rather than requiring a dark site.
What impressed us most in the specification is the 1/2.8-inch Sony IMX662 sensor with 2.9 micron pixels, combined with an internal dark-frame shutter, in-scope sub-frame stacking and Stellar Studio cloud processing. The 1.85 pound body pivots 360 degrees, and a magnetic solar filter and USB-C cable are included with a two-year warranty.
The boundary is planetary. Reviewers are clear that planets appear as featureless discs with only the Galilean moons visible as dots, so if your interest is Jupiter’s cloud belts rather than deep-sky imaging, choose a traditional refractor instead.
What this scope removes and what it costs
It removes the two hardest parts of the hobby: finding faint objects by star hopping, and fighting the mount while light accumulates on a sensor. Plate-solving auto GoTo, guided polar alignment and automatic stacking handle both automatically, and a complete beginner can capture a publishable deep-sky image on a first clear night.
The cost is the sensor. At this size, the images are excellent for social media and screen viewing but will not hold up to a large print, and equatorial mode needs a tripod with a fluid head, which is not included in the box.
Who should choose it and who should not
Choose it if your motivation is pictures rather than planets, if you travel to dark skies, or if you want the lowest physical barrier to entry. At under two pounds it fits a backpack and goes anywhere.
Skip it if the reason you got into astronomy was seeing Saturn’s rings with your own eye. No amount of automation fixes an instrument that does not do planetary detail, and for that you want one of the refractors above.
8. Celestron FirstScope – Best Budget Tabletop Dobsonian
Celestron FirstScope Signature Series Moon Tabletop Dobsonian Telescope
Aperture: 76mm
Focal length: 300mm f/4
Optics: aluminum with SiO2 coating
Mount: manual tabletop Dobsonian
Weight: 4.3 lb
+ The Good
- Dobsonian base moves smoothly in both axes with no fine focus needed
- Compact enough to carry in one hand or hold in your lap
- Moon map wrap turns viewing into a guided lesson
- Shows Saturn with its rings at low cost
- Manufactured and warrantied by Celestron
- The Bad
- No finder scope included
- Reports that units arrive out of alignment and are hard to collimate
- Stand can wobble at high power
- Included eyepieces have very little eye relief
The Celestron FirstScope is the lowest-cost genuine telescope in this roundup and the easiest to introduce to a child, because it has no tripod to set up at all. The Dobsonian base is a swivel cradle: you pick the whole thing up, rotate it, and look through the eyepiece while it sits on a table in your lap.
That frictionless movement is the design’s whole point. There is no slow-motion knob to hunt for, no counterbalance to balance, and nothing that can be set incorrectly. Reviewers consistently describe it as a charming, well-made first scope for the Moon.
The feature nobody expects is the custom Moon map wrap. The tube carries a printed lunar chart with named features, and Celestron includes a free download of a lunar landscape eBook, so a child can find Mare Imbrium and Copernicus on their first night rather than being told to hunt blindly.
Owners confirm it shows Saturn and its rings plus clear lunar detail, and the supplied 4mm and 20mm eyepieces provide up to 180x. The 9 by 9 by 18 inch footprint and 4.3 pound weight make it the most storable option on this page by a wide margin.
Why a tabletop Dobsonian is different
A Dobsonian is not an optical design, it is a mount. You can pair it with different tubes, and its advantage is that it converts a large, heavy mirror into something a child can move with one hand. Smoothness of movement matters more than most specs for a first-time observer.
This particular one is a 76mm Newtonian at f/4, which is a fast, wide-field design. A short tube at high power shows the normal blurred central obstruction from the secondary mirror shadow, which is a characteristic of small fast Newtonians rather than a fault.
The two real problems with it
There is no finder scope. The only aiming aids are two small gun-sight bumps, which makes anything smaller than the Moon tedious to locate. A red dot sight is the first accessory most owners add, and it changes the experience completely.
Reviewers also report that units have arrived out of alignment, and that the small table stand makes collimation difficult. The supplied eyepieces are criticised for very little eye relief, which makes long sessions uncomfortable. If you want a reflector, a larger and collimatable one is a better long-term choice.
9. SARBLUE Mak60 Maksutov-Cassegrain – Best Compact Catadioptric
Maksutov-Cassegrain Telescope for Adults Kids Astronomy Beginners, Sarblue Mak60 Catadioptric Compound Telescope 750x60mm, Compact Portable Travel Telescope, with Tabletop Tripod Phone Adapter
Design: Maksutov-Cassegrain catadioptric
Aperture: 60mm
Focal length: 750mm in a 200mm tube
Mount: tabletop tripod
In the box: 20mm eyepiece, erect-image diagonal
+ The Good
- Packs a 750mm focal length into a 200mm tube
- Sharp high-contrast lunar views with craters and ridges resolved
- Erect-image diagonal makes it a good daytime spotting scope
- Lightweight body with a rock-solid tabletop tripod
- Detachable lid exposes the internal mirrors for learning
- The Bad
- No finder scope
- only two small sight bumps
- Folded focal length suits planets rather than wide fields
- Phone adapter fits only the included eyepiece
- Focuser needs many turns to focus
The Mak60 solves a problem no other scope here does. It delivers a 750mm focal length inside a 200mm tube, which is a focal ratio of f/12.5 in a body you can hold in one hand. That long reach is what makes it good on the Moon and the planets rather than across wide star fields.
Its reviews are unusually expert. Several owners are seasoned visual observers who own premium refractors and still describe this compact Maksutov as astonishingly capable for what it costs, mentioning sharp double stars, the Orion Nebula and open clusters on a first night.
Optically it is a genuinely clever design. A Maksutov-Cassegrain uses a thick meniscus corrector lens at the front and a small secondary mirror at the back to fold the light path, and the fully multi-coated glass here is described as minimising both spherical and chromatic aberration. Lunar views come out sharp, high-contrast and detailed.
One feature is worth a mention for families. The front lid detaches to reveal the internal mirror construction, and reviewers describe it as genuinely engaging for children learning how a telescope works. The erect-image diagonal makes it a competent daytime spotting scope for birds and wildlife.
Why the compact catadioptric design is underrated
Catadioptric scopes are mechanically simpler than a Newtonian and optically simpler than a refractor, with no collimation needed and nothing to align. A Maksutov is essentially a refractor that has been folded, and folding is what buys you the long focal length in a small package.
The trade is field of view. A 1.7 degree field means the Moon fills the view and deep-sky objects are awkward to frame, so this is a planetary and lunar instrument first.
What you need to add
No finder scope is included, only two small sight bumps, so finding targets takes longer. The included 20mm eyepiece gives 37.5x and the focuser needs many turns to bring distant targets into focus, which is the most commonly mentioned annoyance.
Note also that the phone adapter fits only the included eyepiece, not standard 1.25-inch eyepieces, and standard Barlow lenses do not fit the short erecting prism diagonal. Owners who stay with the hobby typically move to a full-height photo tripod and their own eyepieces.
10. Hawkko 90mm Refractor – Best for High Magnification
Hawkko 90mm Aperture 900mm Telescope for Adults High Powered – Professional Multi-Coated Refractor Telescope for Astronomy Beginners (36X-270X) with AZ Mount, Phone Adapter and Carry Bag
Aperture: 90mm
Focal length: 900mm f/10
Optics: multi-coated, about 73% transmission
Mount: stainless steel tripod
In the box: 25mm and 10mm eyepieces, 3x Barlow
+ The Good
- 90mm multi-coated lens with about 73 percent light transmittance
- 900mm focal length supports a 36x-270x range
- Stainless steel tripod rotates 360 degrees and holds steady
- Complete kit so no immediate purchases are needed
- Users report about 15 minutes to assemble
- The Bad
- Long 900mm tube is the largest and least portable here
- Straight-through finder shows an inverted image
- Chromatic aberration on bright targets at high power
- Smaller review base than the established competitors
The Hawkko 90mm is the longest conventional telescope here. A 900mm focal length at f/10 is a long-lens refractor, and that reach is what lets it push to 270x with the included 25mm and 10mm eyepieces and the 3x Barlow while still resolving planetary detail rather than just enlarging it.
Owners report that the 90mm multi-coated objective, at roughly 73 percent light transmittance, is genuinely brighter than cheaper 70mm and 80mm refractors, and that assembly takes about fifteen minutes for most users. The stainless steel tripod rotates 360 degrees and adjusts between 28 and 46 inches.
The box is complete: finderscope, zenith mirror, accessory tray, phone adapter and a carry bag, all covered by a two-year warranty. That matters more than it sounds, because most entry scopes ship with a bare minimum and the first purchase after the telescope is a set of accessories.
Where it falls short is physical. A 90cm optical tube is the largest and least portable instrument in this roundup, and at 5 kg it is the one most likely to stay in a cupboard. The straight-through finder needs careful alignment, and some colour fringing appears on bright objects at the top of the magnification range.
Long focal length versus short focal length
Focal length controls how much you can magnify before the image starts to fall apart. A 900mm tube using a 10mm eyepiece gives 90x and keeps resolving detail. A 400mm tube with the same eyepiece gives 40x and shows you mostly empty sky around the target.
That is the trade the Hawkko makes, and it is the right trade for someone who wants to look at Jupiter’s belts and Saturn’s rings rather than sweep the winter Milky Way.
Is the newer listing a risk
With 466 reviews at a 4.2 average, this has a solid but thinner track record than the 70mm and 80mm incumbents. That is a fair trade for a wider magnification range, but it does mean less long-term evidence about warranty handling and parts.
If your priority is magnification range and you have storage for a long tube, it is a strong choice. If you have not yet decided what you want to look at, the 600mm scopes on this page are more forgiving.
How to Choose Your First Telescope: Aperture, Type and Mount
Start with aperture and ignore everything else on the box. The usable magnification ceiling of a telescope is roughly two times its aperture in inches, which means a 70mm scope tops out around 55x before the image turns to mush, and a 200mm scope can still do 400x. Doubling magnification beyond that limit does not add detail, it adds blur.
Aperture also sets the brightness ceiling. Light gathering scales with the square of the diameter, so a 90mm aperture collects roughly 65 percent more light than a 70mm, and that difference is what separates seeing the Orion Nebula’s shape from seeing a grey smudge.
Second, pick the optical design that matches how much maintenance you will tolerate. A refractor has a sealed tube, needs no collimation and gives high-contrast views of the Moon and planets, but a small refractor gathers very little light. A Newtonian reflector gathers far more light for the same money and needs its mirrors aligned periodically, a five-minute job with a collimation cap once you learn it.
A Maksutov-Cassegrain like the SARBLUE Mak60 needs no collimation and folds a long focal length into a short tube, which is a rare combination. A smart scope trades the eyepiece entirely for a camera and an app, which removes the finding problem and opens up astrophotography at the cost of planetary detail.
Third, look at the mount. Most of the disappointment in cheap telescopes comes from an alt-azimuth tripod with thin aluminium legs and a plastic head, which shakes visibly at anything above 100x. A Dobsonian swivel base is a step up because it is rigid and moves smoothly by hand. A German equatorial mount is useful for tracking objects across the field, but it is more parts to assemble and more to get wrong.
Fourth, think about where you will actually observe and where the scope will live. A balcony or a city centre caps how much you can see no matter what you buy. Faint galaxies and nebulae need a dark site, and if you cannot get to one, an aperture spent on astrophotography through light pollution filters is often more satisfying than a larger visual scope used once a year.
Fifth, decide whether you need GoTo. Computerised pointing genuinely helps beginners who cannot recognise constellations, and the app-assisted category now does the same job for less money. If you want that, our GoTo telescope guide covers the options in more detail. If you are willing to learn eight constellations, manual pointing is cheaper and teaches you the sky for life.
What You Can Actually See From a Beginner Telescope
Set expectations here, because the gap between expectation and reality is where most first-time buyers decide the hobby is not for them. From a dark backyard, any of the telescopes on this page will show you the Moon in real detail, with crater walls, rilles and the bright rays around Tycho visible at moderate power.
Saturn’s rings are within reach of every scope listed here, including the 60mm Maksutov, and the Cassini Division separating the two main rings resolves on the 80mm and 90mm refractors and on the 127mm reflector. Jupiter shows its cloud belts and, at moderate power, the four Galilean moons shifting position over an evening. Mars is the hardest, but the larger apertures here reveal its orange surface and, at the right opposition, polar caps.
Beyond the solar system, the Orion Nebula in M42 is the first deep-sky object most beginners see, and an 80mm or 90mm refractor is enough to show the fuzzy shape with a hint of the dark Trapezium. The Hercules globular cluster M13 resolves into individual stars at the edges in the 127mm reflector, and the Andromeda Galaxy is a soft oval smudge that fits in a wide-field view on any of the 400mm and 600mm scopes.
Where you observe changes all of this. From a city balcony under heavy light pollution you will see the Moon, the planets and the brightest handful of clusters, and the deep-sky targets will simply not be there. From a suburban backyard you will get the Moon, the planets, M42 and the Andromeda smudge. From a dark site you will get everything above plus a Milky Way that stretches overhead.
Community astronomers on astronomy forums are blunt that the observing site matters more than the telescope for deep-sky work. A mid-range scope under a dark sky beats a premium scope under a city sky every time, and many clubs run public star parties precisely so newcomers can see the difference before committing.
What to Avoid When Buying a First Telescope
Avoid department-store scopes advertising “500 power” on the front of the box. A 60mm refractor on a thin aluminium tripod cannot produce 500x of useful magnification, and the number on the packaging is a marketing figure derived from stacking a cheap accessory eyepiece with a cheap Barlow. What you actually get is a shaky view of a bright blob.
Avoid the flimsy tripod as much as the bad optics. The most common thread through owner reviews on this page is that the tripod, focuser and finder are what disappoint, not the lens. If a scope has a wobbling head or legs that flex when you focus, it will frustrate you at every magnification above about 60x.
Avoid buying a very large reflector with no intention of learning collimation. A 127mm mirror is a genuinely excellent instrument in the right hands, but if you will never align the mirrors, a 90mm refractor of similar light grasp will serve you better for a decade.
Avoid buying a mount-free “telescope” whose advertisement omits whether a tripod is included, and check whether the tabletop base is a real base or a plastic stand. Several expert picks in this category deliberately omit the stand, and that detail is buried in the specification list more often than it should be.
And avoid buying at all before you have looked through one. Local astronomy clubs and public star parties let you borrow a scope for an evening, which will tell you in ten minutes whether you want manual pointing or GoTo, and whether a tabletop or a full-height tripod suits your space.
First Night Checklist: Eyepieces, Red Light and Collimation
Most beginners over-buy accessories. A new telescope usually ships with two eyepieces, and the single most useful addition is a third eyepiece around 25mm for wide fields, since the 20mm or 10mm pair that comes in the box skews toward higher power. Experienced observers typically own three or four eyepieces in total, and you can get there over a year rather than in one order.
A red flashlight matters more than it sounds. White light destroys the dark adaptation you spent twenty minutes building, and a red torch preserves it. If you already own one, cover the lens of your phone with red film for a session and it will do the job.
A planisphere or a star chart app is the second essential. It tells you what is above your horizon tonight, and the field guide beginners are most often pointed toward is Turn Left at Orion, which explains the sky by season and by hour and will save you an hour of sweeping every time.
A 1.25-inch moon filter is worth adding for lunar observing. It is a simple threaded filter that sits on the back of the eyepiece, and it cuts the glare that makes the Moon uncomfortably bright at higher power.
On collimation, here is the short version. Refractors need none, because the light passes through a sealed tube. Maksutovs and smart scopes need none either. Only the Newtonian reflectors on this page need it, and on the Celestron FirstScope reviewers report that its small fast mirror can be awkward or impossible to align, which is a fair reason to prefer a refractor as a first purchase.
Whatever you buy, learn where two or three bright targets are before you go out: the Moon, Jupiter if it is up, and one deep-sky object for the season. Arriving with a plan beats arriving with a box and no idea what to point at.
Frequently Asked Questions
What type of telescope is best for a beginner?
A Dobsonian reflector gives a beginner the most light for the money, a short-tube refractor needs zero maintenance and shows sharp wide views, and an app-assisted smart scope removes the hardest part of the hobby, which is finding objects. In practice a 70mm to 90mm refractor is the safest starting point, while a compact tabletop reflector offers more light if you will handle occasional collimation.
Which telescope is best to see planets for beginners?
Planets reward long focal length and moderate aperture rather than raw light, so a 90mm refractor with an 800mm to 900mm focal length is the best planet-first choice for a beginner. The SARBLUE Mak60 also does well, packing a 750mm focal length into a 200mm tube. The 127mm Celestron PowerSeeker shows the most, but it demands collimation and a steadier mount.
How much should I spend on a beginner telescope?
Spend in proportion to the aperture you want rather than on brand name. Entry scopes under 100 dollars cover the Moon and bright planets well. Between 150 and 250 dollars you can reach a 90mm refractor with a longer focal length, which is where most beginners should stop. Doubling the spend on mounts and eyepieces is often more useful than buying a larger tube.
How do I choose my first telescope?
Decide in this order: how much light you want, which optical design you will maintain, where the scope will live and how you will move it, and whether you need computerised pointing. Compare aperture in millimetres across every model and ignore the magnification figure on the box entirely, because useful magnification tops out at roughly two times the aperture in inches.
What to avoid when buying a telescope?
Avoid department-store scopes advertising 500 power on the front of the box, which is a marketing figure rather than a real capability. Avoid flimsy aluminium tripods and plastic mount heads, which cause most of the disappointment in cheap telescopes. Also avoid a large reflector if you will never learn collimation, and check whether a tripod or tabletop base is actually included before you order.
Conclusion: Start Simple, Upgrade Later
The Gskyer 70mm refractor is our pick as the best of the best telescopes for beginners in 2026, because more than 22k reviews at 4.3 prove that it sets up fast, needs no maintenance and gives a first-time viewer a sharp Moon on night one. If your budget stretches a little further, the Koolpte 80mm adds ten millimetres of aperture and visibly brighter deep-sky views, and the DWARFLAB Dwarf Mini is the one to buy if pictures rather than planets are what pulled you in.
Buy on aperture, start on a refractor, and add eyepieces and a red flashlight later. The first telescope does not have to be the last one, and most of the strongest satisfaction in the owner reviews we read came from people who started small and upgraded gradually rather than saving for one expensive purchase.
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