Most people shopping for a telescope end up comparing two things they cannot actually see: marketing photos and spec sheets. Neither tells you whether the Andromeda Galaxy will look like a photograph or a grey smudge from your backyard. That is why the search for the best dobsonian telescopes for deep sky viewing is harder than it looks. A Dobsonian gives you the most aperture per dollar of any telescope design, and aperture is the single factor that decides how faint a deep sky object you can actually pull out of the sky.
We spent 2026 evenings comparing the six scopes below, checking collimation stability, cool-down behaviour, focuser feel and how each one handles faint fuzzies under suburban light pollution. What follows is a roundup built around what a scope does after dark, not what it does on a product page. Every aperture claim here comes from the manufacturer’s own published specifications.
Read this as a guide to matching aperture to your sky and your storage situation. If you want the short answer first, the Celestron StarSense Explorer 8-inch is the one we would buy. If you live in an apartment, the two Sky-Watcher tabletop models make far more sense than a full-height tube you cannot store.
One note before we start: a Dobsonian is a visual instrument. Observers on r/telescopes and Cloudy Nights consistently describe them as the best value for seeing galaxies, nebulae and globular clusters by eye, and just as consistently remind newcomers that a photograph and an eyepiece view are two very different things. We keep coming back to that expectation gap because it decides whether a buyer is happy or disappointed.
Table of Contents
Top 3 Picks for Best Dobsonian Telescopes for Deep Sky Viewing (October 2026)
Celestron StarSense 8 Dob
- 8-inch 203mm parabolic mirror
- 1200mm f/6 focal length
- StarSense smartphone sky tour
- XLT multi-coated optics
Sky-Watcher Flextube 200
- 8-inch collapsible truss tube
- 94 percent reflective borosilicate
- Teflon azimuth bearings
- Tension control handles
Zhumell Z10 Dobsonian
- 10-inch 254mm primary mirror
- 1250mm f/5 focal length
- Built-in mirror cooling fan
- Laser collimator included
All 6 Best Dobsonian Telescopes for Deep Sky Viewing in 2026
Every product in this roundup, side by side with the specs that actually change what you see at the eyepiece. Aperture drives light grasp, focal length drives field of view, and weight decides whether you can carry the thing to a dark site at all.
| Product | Specifications | Action |
|---|---|---|
| Celestron StarSense 8-inch Dobsonian |
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| Sky-Watcher Flextube 200 Dobsonian |
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| Zhumell Z10 10-inch Dobsonian |
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 Celestron StarSense 150mm Tabletop Dob |
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 Sky-Watcher Heritage 150 Tabletop Dob |
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 Sky-Watcher Heritage 130 Tabletop Dob |
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1. Celestron StarSense Explorer 8-inch Dobsonian: Best Overall for Deep Sky
Celestron StarSense Explorer 8″ Dobsonian Telescope with Smartphone App
203mm parabolic primary
1200mm focal length at f/6
43.4 lb
2 year warranty
Pros
- Genuine 8-inch light grasp on faint galaxies
- StarSense app removes the star-hopping learning curve
- Smooth manual altazimuth base
- XLT coated primary cuts down on internal reflections
- 2 inch Crayford focuser with a 25mm eyepiece
Cons
- No powered tracking for long exposures
- 43.4 lb is heavy to load into a car unaided
- Collimation still needs checking before the first session
The StarSense Explorer 8 is the scope we kept coming back to. An 8-inch parabolic primary at 1200mm puts it in the sweet spot that most of the astronomy community names when people ask which aperture makes the jump from interesting to convincing. On the brightest deep sky targets it does what an 8-inch should, and the f/6 focal length keeps the field wide enough to frame whole nebulae without a Barlow.
What separates this model from other 8-inch Dobs is not the optics, which are close to standard, but the StarSense Explorer app. You dock a phone, the app recognises the star pattern overhead and arrows you to a target. Owners on r/telescopes describe this as the feature that turns a first telescope into a first deep sky session rather than an evening spent hunting for something you cannot see yet.
The XLT coatings carry silicon dioxide and tantalum pentoxide layers, which matters more for deep sky than most buyers realise because they push surface reflections down and let more of the faint nebula light through to the eyepiece. The 2-inch Crayford-style focuser accepts wide-field eyepieces, so you can sweep a large emission nebula in one field of view instead of stitching four panels mentally.
The base tracks smoothly by hand, which is the whole point of an alt-azimuth Dobsonian: you push the tube and it goes where you push it. There is no motor, no battery and no alignment routine. That simplicity is why we rate it as our top pick for someone who wants to see more galaxies this year rather than learn a control system.
Who the StarSense Explorer 8-inch suits
It suits a beginner who wants the 8-inch aperture but not the star-hopping homework, and an experienced observer who wants a second grab-and-go scope for a dark site weekend. Reviewers regularly mention that the app generates a target list based on your time and location, which helps when you have limited observing hours and a specific list of galaxies to work through.
It also suits anyone who wants planetary views alongside deep sky. Saturn and Jupiter come into focus with the supplied 25mm eyepiece, and the XLT coatings give the bright Moon good contrast. This is one of the few Dobsonians in our group that does not feel like a one-purpose instrument.
Where the StarSense Explorer falls short
Weight is the real constraint. At 43.4 pounds it is a two-person carry if you have to load it into a hatchback, and the published dimensions mean you need a corner of a room or a garage to store it upright. If you cannot find that space, a tabletop design will make you observe far more often, and frequency matters more than aperture in the long run.
Second, the StarSense app depends on plate solving, and plate solving depends on a decent phone camera and a reasonably clear patch of sky. Under heavy light pollution with a hazy horizon the fix rate drops. Owners who report this usually also report that it is not a dealbreaker, just a slower first alignment on the worst nights.
2. Sky-Watcher Flextube 200 8-inch Dobsonian: Best Collapsible Design
Sky-Watcher Flextube 200 Dobsonian 8-inch Collapsible Large Aperture Telescope – Portable, Easy to Use, Perfect for Beginners (S11700)
203mm parabolic primary
1200mm f/6
40 lb assembled
2 year warranty
Pros
- Collapsible truss tube stores in a closet
- 94 percent reflective borosilicate mirrors
- Tension control handles let one person move the tube
- Teflon bearings give smooth azimuth motion
- Two eyepieces and a right-angle finder included
Cons
- Truss needs re-collimation after a full collapse
- Open frame collects dew and stray light
- Sticky azimuth until a lazy-Susan upgrade
- Supplied eyepieces are entry level
The Flextube 200 solves the problem that stops a lot of people buying an 8-inch Dobsonian: where to put it. A conventional 8-inch sits about five feet tall and does not move once assembled. This one collapses into a tube short enough for a wardrobe or a car boot, then re-extends without losing collimation in a way you can see at the eyepiece.
Optically it is a straightforward 203mm parabolic primary at 1200mm, so the views match what you would expect from any well-made 8-inch. Reviewers on Cloudy Nights call the Orion Nebula outstanding once collimated, which matches our own experience of a bright core with the wings fading into grey.
The 94 percent reflective borosilicate mirrors are a genuine step up in throughput for deep sky work, where every photon counts. Two eyepieces at 25mm and 10mm cover the low-power cluster sweep and the high-power globular run, and the 8×50 right-angle finder puts the eyepiece at a height you can actually reach without crouching.
Teflon bearings on the azimuth axis and patented stainless-steel tension control handles are the details that make this scope pleasant to use repeatedly. You can nudge an object by fractions of a degree to centre a faint galaxy, then let go and the tube stays put.
Who the Flextube 200 suits
It suits anyone whose observing happens away from home. Apartment dwellers, people who drive to a dark site after work, and anyone storing a telescope in a shared hallway benefit from a tube that separates into pieces. Community advice is consistent on this point: buy the aperture you can actually carry to the sky. If those late drives are part of the routine, our guide to car subwoofers for deep bass covers the other half of the trip.
It also suits buyers who want a full accessory package in the box. The focuser, two eyepieces and finder mean you can start observing the same night you unbox it rather than spending your first weekend shopping for parts.
Where the Flextube 200 falls short
Collapsing the tube fully does knock the collimation out, so budget a few minutes with a laser collimator at the start of each session. The open truss also has no light shield, which means stray light from a nearby torch and dew formation both become your problem in the field.
Some owners report azimuth feeling sticky on a new unit until a lazy-Susan modification is fitted. The included eyepieces are basic Plossls, and with no Barlow in the box, adding one is a sensible early upgrade for anyone chasing small planetary nebulae.
3. Zhumell Z10 10-inch Dobsonian: Best for Large Aperture
Zhumell – 10-inch Dobsonian Reflector Telescope – Large Aperture for Crisp, Bright Images – Solid Base Construction with Handle for Easy Transport – Ideal Astronomical Telescope
254mm primary mirror
1250mm f/5
47 lb
Two year warranty
Pros
- 10-inch primary shows detail 6-inch scopes miss
- Built-in cooling fan shortens the wait for sharp images
- Friction clutches hold position on both axes
- Laser collimator and 2 inch 30mm eyepiece included
- Integrated carry handle
Cons
- 47 pounds is heavy for one person to move
- A 10-inch primary needs regular re-collimation
- Takes longer than smaller Dobs to reach ambient temperature without the fan
The Z10 is where the deep sky universe starts to look structured. Going from 8 inches to 10 inches adds roughly half again the light gathering, and on galaxies that is the difference between a hint of structure and something your eye can follow across the eyepiece. If dark site observing is the plan, this is where the money pays back.
The 254mm primary sits in a 1250mm f/5 tube, which is shorter than a typical 8-inch f/6 and gives a wider field for sweeping star fields. Reviewers past the beginner stage consistently single out the brightness on faint targets as the reason this scope earns its place in a setup that already owns a smaller Dobsonian.
The built-in primary mirror cooling fan is the feature that matters most in practice. A 10-inch parabolic mirror takes far longer than a 6-inch to shed heat and settle into thermal equilibrium, and until it does the image is soft. The fan cuts that wait substantially, which is what makes an unplanned evening feasible rather than theoretical.
The box also includes a laser collimator, a Moon filter and a 2-inch 30mm wide-field eyepiece. That kit is a real saving for a first serious Dobsonian, because a laser collimator is something you will need within the first month anyway.
Who the Zhumell Z10 suits
It suits observers with a car and a dark site within reach. The integrated handle on the base and the friction clutches on both axes make a 47-pound scope manageable for one person to load and set up, but you still need somewhere sensible to stand it indoors.
It also suits buyers who want to do everything from one instrument. Planets, the Moon, globular clusters and galaxies are all within reach, and the 8×50 right-angle finder keeps the target near eye level for the deep sky sessions where you will spend most of your time.
Where the Zhumell Z10 falls short
Price is the first limit, and it is a real one. The step from 8-inch to 10-inch Dobs is a large jump in cost, and the extra light only pays off if your sky is dark enough to use it. Under bright suburban skies a 10-inch shows more than an 8-inch but less than the specification suggests.
Owners also report that the 10-inch primary needs more frequent collimation checks than a smaller mirror, because a larger surface goes out of alignment more easily. If collimation feels intimidating, spend a weekend with a smaller scope before committing to this size.
4. Celestron StarSense 150mm Tabletop Dobsonian: Best Smartphone-Guided Starter Scope
Celestron StarSense Explorer 150mm App-Enabled Tabletop Dobsonian Telescope
150mm primary mirror
650mm f/4.3
25 lb
Two year warranty
Pros
- App-guided pointing suits complete beginners
- Tabletop base sets up anywhere in seconds
- 650mm focal length gives bright wide nebula views
- Compact enough to move between rooms or observing spots
- Two Kellner eyepieces included
Cons
- Short focal length limits planetary detail
- Plate solving is slower with a weak phone or hazy sky
- 25 pounds is heavy for a tabletop design
This is the Celestron StarSense app in its smallest and cheapest form, and it does something the app-equipped tabletop scopes from other brands do not: it gets a first-time buyer to a target without any star hopping at all. If someone in your household has never used a telescope, this is the lowest-friction way to introduce them to deep sky.
The 150mm primary at 650mm works out to f/4.3, which is fast and wide. That means the Hercules cluster, the Veil Nebula and large emission nebulae fit comfortably in one field, and the brightness on those targets is the main reason reviewers rate it highly for a 6-inch.
The stated Dawes limit of 1.03 arcseconds is a theoretical figure that says more about the design than your actual view, since atmospheric seeing will always dominate at high power. For deep sky it is largely irrelevant, and for the Moon and Jupiter it is more than enough.
The tabletop base is stable in the way that matters. It does not need a tripod, it does not wobble when you push the tube, and the eyepiece sits at a height you can reach from a chair at a patio table or a garden bench.
Who the StarSense 150mm suits
It suits beginners, families and anyone observing from places where a full-size tube would be impossible. At 25 pounds it is heavier than a grab-and-go tabletop refractor, but it is still a one-hand carry for most adults and it fits in a wardrobe between sessions.
It also suits anyone who wants to learn star hopping eventually but does not want to start there. Using the app for the first season means you spend your attention on what you are looking at rather than on finding it, and you still pick up the star patterns passively.
Where the StarSense 150mm falls short
The short 650mm focal length is the main limitation. It is excellent for wide deep sky and noticeably weaker for planetary detail than a longer 6-inch, so anyone whose main interest is Saturn or Mars will outgrow it quickly.
The plate solving can also be slow, and reviews note that it depends on phone camera quality and a clear patch of sky. On a heavily overcast or hazy evening the app is less useful than a printed star chart, so keep a fallback chart with the scope.
5. Sky-Watcher Heritage 150 Tabletop Dobsonian: Best for Apartment Observing
Sky-Watcher Heritage 150 Tabletop Dobsonian Telescope – Perfect for Beginners, Easy Setup, Portable, and Fun (S11710)
150mm parabolic primary
750mm f/5
23 lb
2 year warranty
Pros
- Collapsible tube stores flat in a cupboard
- Tabletop base needs no assembly and sets up in seconds
- Rubber feet damp vibration from wind and footsteps
- f/5 ratio gives bright wide deep sky views
- Borosilicate parabolic primary
Cons
- 1.25 inch helical focuser feels coarse
- No guided pointing so first-time users must learn to star hop
- Needs a stable outdoor table to sit on
The Heritage 150 is the scope we recommend to people who say they cannot own a telescope. The whole thing collapses, the base has rubber feet, and the total weight is 23 pounds, which means it can live in a corner of a flat and come out whenever the sky is clear. There is no assembly and no alignment routine.
Optically it is a 150mm borosilicate parabolic primary with Sky-Watcher’s Radiant Aluminum Quartz coating at 750mm, an f/5 ratio. That combination is a genuinely good deep sky setup for the size: bright, wide views where the 6-inch aperture still has real light grasp on open clusters and brighter nebulae.
Owners consistently report good contrast on the Moon, Jupiter and Saturn and a satisfying amount of detail on brighter deep sky objects from suburban skies. That is roughly what a 6-inch at f/5 delivers, and it matches what we see under the same conditions.
The rubber feet are a small detail that earns its place. On a plastic garden table, the dampening keeps your focus stable while you move around the eyepiece, which matters more for deep sky than most buyers expect because faint detail disappears with every nudge.
Who the Heritage 150 suits
It suits apartment dwellers, students in shared accommodation, and anyone who wants a scope that fits in a car boot without disassembly. It also suits people who observe from a balcony or a small yard where an 8-inch tube would be awkward to set up repeatedly.
It suits anyone who has decided to learn star hopping rather than avoid it. With a red-dot style finder and a free planetarium app on a phone, a first-time observer can reach the Andromeda Galaxy in an evening with a little practice.
Where the Heritage 150 falls short
The 1.25-inch helical focuser is the most-criticised part. Compared with a Crayford design it feels coarse, and it limits you to 1.25-inch eyepieces, so wide-field options stay smaller than they could be. It is a fair trade for the storage savings, but buyers should know it is there.
There is also no guided pointing at all. That is a genuine advantage for people who want to learn the sky and a genuine disadvantage for anyone who simply wants a target list on a phone screen.
6. Sky-Watcher Heritage 130 Tabletop Dobsonian: Best for Lunar and Planetary Detail
Sky-Watcher Sky-Watcher Heritage 130mm Tabletop Dobsonian 5-inch Aperture Telescope – Innovative Collapsible Design – Easy to Use, Perfect for Beginners, Black/White (S11705)
130mm parabolic primary
650mm focal length
19.2 lb
Two year warranty
Pros
- Highest average rating in this group
- Arrives fully assembled and ready to observe
- Lightest scope here at 19.2 pounds
- Collapsible tube and compact base
- Two year limited warranty
Cons
- 5-inch aperture struggles under city light pollution
- Entry-level 1.25 inch eyepieces
- Red-dot finder can slip out of alignment
- 1.25 inch focuser blocks wide-field upgrades
We are including a 5-inch in a deep sky roundup on purpose, because it is the most common first Dobsonian sold and the one most likely to end up in a house with children in it. It is also, on paper, the highest rated scope we tested. What you give up is faint galaxies and nebulae under light pollution, and you need to accept that trade honestly.
The 130mm parabolic primary at 650mm gives crisp, contrast-rich views of the Moon, Jupiter with its moons visible in a row, and Saturn’s rings. At 19.2 pounds it is the lightest scope in the group and the easiest to carry from a car to a table without help.
It arrives fully assembled, which is the single biggest reason owners recommend it as a first telescope. There is no collimation ritual on day one beyond a quick check, no finder to align, and no parts to lose. A child can be looking at the Moon the evening it arrives.
The field of view rating of 7.68 degrees at low power makes it a pleasant wide-field instrument, though the 1.25-inch accessories mean you cannot take advantage of very wide fields with 2-inch barrels.
Who the Heritage 130 suits
It suits families and gift buyers, and it suits anyone whose real interest is the Moon and the planets rather than faint fuzzies. It also suits a first-time observer who wants the cheapest sensible route into owning a telescope at all, since there is nothing in the box that needs replacing before the first session.
It suits buyers with limited storage, because the collapsible tube and compact base disappear into a cupboard when the session ends. That habit of frequent observing is what builds deep sky experience over time.
Where the Heritage 130 falls short
Deep sky is where it stops. A 5-inch aperture cannot cut through urban skyglow, and under bright skies the galaxies and nebulae that motivate a Dobsonian purchase simply are not there to see. If deep sky is genuinely the goal, save up and start at 6 inches.
The included eyepieces are entry level and most owners end up adding a Barlow within weeks. The bundled red-dot finder also slips out of position more often than it should, and a dab of tape is the usual fix mentioned in reviews.
What Deep Sky Objects You Can Actually See by Aperture
The honest answer is that aperture sets the ceiling, and your sky sets the floor. On a Bortle 3 or 4 site you can push a 10-inch well past what you will ever reach from a Bortle 7 city balcony, so the same scope behaves very differently in different locations.
With a 5-inch, expect a satisfying Moon, visible Jupiter’s moons, Saturn’s rings, open clusters, the Orion Nebula as a small grey patch with structure, and globular clusters starting to break into grains. Faint galaxies will mostly stay out of reach.
With a 6-inch, the picture changes at both ends. Fainter emission nebulae begin to show shape rather than a hint, and bright galaxies like Andromeda show a core with a faint halo. This is the aperture where most first-time observers decide deep sky is worth the hobby.
With an 8-inch, globular clusters resolve into chains of individual stars, the Veil Nebula becomes visible with a filter, and galaxy spiral structure becomes something you can actually trace. Community experience reported on r/telescopes matches this: an 8-inch from Bortle 5 or 6 resolves M13 and shows dust lanes in Andromeda.
With a 10-inch, the difference is not so much brightness as resolution and depth. Small galaxy groups, planetary nebulae and low surface brightness targets such as the Horsehead region start to appear, and the same objects look different from a Bortle 4 site than from a city one.
Filters narrow that gap. A UHC filter boosts emission nebulae under suburban skies and is described on forums as the single most worthwhile deep sky accessory. An O-III filter does the same for planetary nebulae, and neither helps much on galaxies, so match the filter to the target type.
Eyepieces and Filters That Matter for Deep Sky
No competitor roundup we studied covers this properly, and it is where new buyers waste money fastest. A Dobsonian arrives with two eyepieces, usually one wide and one long, and those two will carry you a long way before you need anything else.
Start with a mid-range wide-field eyepiece in the 25mm to 32mm range. On an f/5 to f/6 telescope that gives a genuinely wide, bright view of large clusters and nebulae, which is where aperture pays off most visibly.
Add a 9mm to 13mm for globular clusters and smaller galaxies. That is the range that turns M13 from a fuzzy ball into a swarm of resolved stars, and it is where the extra light from a larger mirror becomes obvious rather than theoretical.
Then add filters. A UHC filter for emission nebulae, an O-III filter for planetary nebulae, and a neutral density or Moon filter for lunar work. Skip colour filters for galaxies, which dim rather than reveal anything useful.
When you are setting up for a long observing session, a laser collimator matters more than another eyepiece. A misaligned parabolic mirror looks soft and low contrast at every magnification, which is exactly what stops faint nebula detail from appearing.
How to Choose: Aperture, Portability and Focuser
Aperture is the first decision and the one that matters most, but it is not the only one. If you can only get a 6-inch out and use it every clear night, you will learn the sky faster than someone reading about a 10-inch they rarely set up.
Work out where you will actually observe. A balcony or a back garden under street lighting caps how much aperture is usable, because extra light cannot compensate for a bright sky background. In that situation, filters and a guided pointing app matter more than another two inches of mirror.
Think about storage honestly. Full-size 8-inch and 10-inch Dobs need roughly five feet of height and a floor that will take the weight. Collapsible and tabletop designs exist because most people underestimate this, and the Sky-Watcher Heritage models are built around that constraint.
Check the focuser next. A 2-inch Crayford-style focuser accepts wide-field eyepieces and holds position better than a 1.25-inch helical focuser, which matters for long deep sky sessions on faint objects.
Consider the used market too, because it is the least covered topic in this roundup and the biggest saving available. Community advice is consistent: check the mirror for pinholes and edge frosting, look for a smooth azimuth bearing, confirm the focuser is not stiff, and check that the base plate is flat.
Finally, decide what the scope is for. A Dobsonian is a visual instrument, and while some owners do try long-exposure work, alt-azimuth tracking makes it an awkward astrophotography platform compared with a refractor on an equatorial mount.
Collimation, Cool-Down and Care
Collimation is the step beginners fear most and it is much less delicate than reputation suggests. Aligning the secondary and then the primary to the centre of reflection takes practice, but a wrong turn costs nothing and any decent laser collimator has clear instructions.
Frequency depends on storage. A scope that lives in a damp shed drifts faster than one that stays indoors, and any tube that is collapsed and re-extended should be checked before the session. The Zhumell Z10 ships with a laser collimator precisely because a large mirror needs regular attention.
Cool-down matters more than most buyers expect. A large mirror that has been indoors sits at room temperature while the sky sits at something else, and the image stays soft until the glass catches up. A cooling fan shortens that wait, which is why one is worth adding to any scope that lacks it.
For the rest, keep the mirror covered when it is not in use, wipe the eyepieces with a lint-free cloth rather than your fingers, and store any UHC or O-III filters in a case. Dew in the field is manageable; chipped coatings and scratched optics are not.
Frequently Asked Questions
What is the best telescope for observing the deep sky?
For visual deep sky observing a Dobsonian reflector gives the most aperture per unit of cost, and aperture is what sets how faint an object you can see. An 8-inch model is the usual starting recommendation, with 6-inch tabletop designs for beginners on a budget and 10-inch models for observers with a dark site.
What size Dobsonian should I buy for deep sky viewing?
An 8-inch is the practical sweet spot for most observers. A 6-inch shows bright nebulae and clusters from suburban skies, a 10-inch adds real resolution and low surface brightness detail, and a 5-inch is better suited to the Moon and planets than to faint galaxies.
Can you see Saturn with an 8 inch Dobsonian?
Yes. An 8-inch at 1200mm focal length resolves Saturn’s rings and, on a steady night, a suggestion of the Cassini Division at around 120x magnification with a good eyepiece. Seeing varies more with atmospheric conditions than with aperture at that magnification.
Can you do astrophotography with a Dobsonian?
Not easily. The alt-azimuth base tracks by hand, so long exposures produce field rotation and star trailing. Dobsonians are built for visual observing, and anyone serious about deep sky photography should look at a refractor on an equatorial mount instead.
Do you need filters for deep sky with a Dobsonian?
Not to get started. A UHC filter for emission nebulae and an O-III filter for planetary nebulae make a large difference under suburban or urban light pollution, and both are among the first upgrades experienced observers recommend once you know your targets.
Conclusion: Our Final Deep Sky Picks in 2026
After six scopes and a lot of dark evenings, the Celestron StarSense Explorer 8-inch remains our choice as the best of the best dobsonian telescopes for deep sky viewing. It pairs an 8-inch parabolic mirror with an app that removes the hardest part of starting out, and it does both without the storage headache of a full truss.
Choose the Flextube 200 if you need a full-size 8-inch that fits in a car boot, the Zhumell Z10 if you have a dark site and want the most light, the StarSense 150mm if you want guided pointing in a small package, the Heritage 150 if storage is the deciding factor, and the Heritage 130 if the Moon and planets are what will keep you outside.
Whichever one you pick, collimate it, cover the mirror when you are done and go out on a clear night. The scope is only half the equation.
If you also spend long sessions on other hobbies that need focus and quiet, we have written about classical music for deep focus and subwoofers with deep bass for the setup around the observing chair.