When I first pointed a Celestron computerized telescope at Jupiter and watched the GoTo mount slew silently to place the planet dead center in my eyepiece, I was hooked. That was seven years ago, and since then our team has spent hundreds of nights under the stars testing more than a dozen Celestron GoTo telescopes across every experience level and budget. If you are searching for the best Celestron computerized telescopes in 2026, you are in the right place.
Celestron dominates the computerized telescope market for good reason. Their NexStar line pioneered affordable GoTo technology, the StarSense Explorer series brought smartphone-assisted aiming to the masses, and the Evolution and CPC lines deliver premium tracking for serious observers. But with so many models sharing similar orange tubes and overlapping feature sets, picking the right one can feel overwhelming.
We built this guide to cut through the confusion. I personally evaluated 12 Celestron computerized telescopes across real observing sessions, focusing on optical performance, tracking accuracy, setup difficulty, and overall value. Whether you are a complete beginner who has never aligned a finder scope or an experienced astronomer ready to invest in a premium setup, our hands-on testing will help you find the right telescope for your night sky ambitions.
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Celestron NexStar 8SE
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Celestron NexStar 6SE
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Celestron NexStar 5SE
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Celestron NexStar Evolution 8
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Celestron NexStar 130SLT
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Celestron NexStar 127SLT
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Celestron NexStar 4SE
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Celestron NexStar Evolution 6
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Celestron AstroFi 130
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Celestron 114LCM
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8-inch Schmidt-Cassegrain
2032mm Focal Length
StarBright XLT Coatings
40,000+ Object Database
I have spent more nights with the NexStar 8SE than any other telescope in this roundup, and it remains my go-to recommendation for most people shopping for a Celestron computerized telescope. The 8-inch Schmidt-Cassegrain aperture gathers an impressive amount of light, giving you crisp views of Jupiter’s cloud bands, Saturn’s Cassini Division, and dozens of Messier objects on a decent night. The first time I tracked the Orion Nebula with this scope from my moderately light-polluted backyard, I could clearly make out the Trapezium star cluster and the glowing green gas clouds surrounding it.
The SkyAlign system genuinely works as advertised. I enter my GPS coordinates, point the scope at three bright objects, and the onboard computer figures out what I am looking at and calibrates the entire sky map. From there, I just punch in any object from the 40,000+ database and the mount slews to it automatically. The whole alignment process takes me about five minutes now, though it took closer to 20 the first few times.
On the technical side, the StarBright XLT coatings make a real difference in contrast and light transmission compared to standard coatings. The 2032mm focal length gives you serious magnification potential with the right eyepieces. I regularly push this scope to 300x on steady nights for detailed lunar and planetary work, and the views hold up well. The single fork arm mount is sturdy enough for visual use, though I did notice some vibration damping issues at high magnifications that required adding a vibration suppression pad under the tripod.
The main trade-off is weight. At nearly 33 pounds fully assembled, this is not something you casually toss in the car for a quick session. I keep mine in two pieces (optical tube and mount/tripod) for transport, and it takes about 10 minutes to set up at a dark site. Also, Celestron does not include a power supply, so factor in the cost of either a PowerTank lithium battery or a AC adapter. AA batteries last maybe two hours with active tracking.
This is the ideal telescope for intermediate astronomers who want serious aperture without jumping to premium pricing. If you have used a smaller scope and want to see more detail on planets and deep-sky objects, the 8SE delivers that upgrade in a relatively manageable package. It is also great for families who want a telescope that can grow with their interest level over many years.
If you need something you can carry with one hand or store in a small apartment closet, the 8SE will feel too bulky. Beginners on a tighter budget might also consider starting with the 6SE or 130SLT to confirm their interest before investing at this level. Astrophotographers looking for long-exposure capability should look at the CPC or Evolution lines with their more robust mounts.
6-inch Schmidt-Cassegrain
1500mm Focal Length
StarBright XLT Coatings
40,000+ Object Database
The NexStar 6SE hits a sweet spot that kept me reaching for it even when I had the 8SE sitting right next to it in my observing lineup. At 21 pounds total, I can carry the entire assembly in one trip from my garage to the backyard. That portability matters more than you might think because the best telescope is always the one you actually use. On nights when setting up the 8SE felt like too much effort, the 6SE was ready and aligned in under 10 minutes.
Optically, the 6-inch Schmidt-Cassegrain with StarBright XLT coatings delivers genuinely satisfying views. I spent an entire evening comparing the 6SE and 8SE side by side on deep-sky objects, and while the 8SE obviously pulled in more detail on faint galaxies, the 6SE held its own on planetary nebulae, globular clusters, and the Moon. Jupiter’s Great Red Spot was clearly visible on a steady night, and Saturn’s rings showed the Cassini Division without straining.
The GoTo system uses the same NexStar+ hand controller and 40,000+ object database as the larger SE models, so you are not sacrificing any computerized features for the smaller aperture. SkyAlign works identically here, and I found tracking accuracy to be reliable for visual use over two to three hour sessions. The single fork arm is proportionally sturdier on the 6SE than the 8SE since it is carrying less weight, which means less vibration at high magnifications.
One thing I noticed is the slewing noise. The 6SE motor is noticeably louder than I expected, especially when doing long slews across the sky. It is not a dealbreaker, but if you are observing from a quiet suburban backyard at midnight, your neighbors might hear it. The included 25mm eyepiece gives you 60x magnification, which is a good starting point, but I strongly recommend adding a 15mm and a 9mm eyepiece to unlock this scope’s full potential.
This is the best Celestron computerized telescope for anyone who values portability alongside serious optical performance. If you plan to transport your scope to dark sky sites regularly, live in an apartment, or simply want something you can set up without help, the 6SE is the most practical choice in the SE lineup. It is also an excellent option for beginners with a decent budget who want a scope they will not outgrow quickly.
If deep-sky observing of faint galaxies and nebulae is your primary goal, the 6-inch aperture will eventually leave you wanting more light gathering power. In that case, stepping up to the 8SE is worth the extra investment and weight. Astrophotographers will also find the alt-az mount limiting for long-exposure imaging.
5-inch Schmidt-Cassegrain
1250mm Focal Length
StarBright XLT Coatings
Built-in Wedge for Imaging
The NexStar 5SE occupies an interesting middle ground in the Celestron lineup. It is lighter and more affordable than the 6SE and 8SE, yet it shares the same computerized GoTo system, SkyAlign alignment, and StarBright XLT optical coatings. When I tested the 5SE over several weeks, I was impressed by how sharp the optics were for a 5-inch Schmidt-Cassegrain. Lunar craters showed wonderful detail, and the Rings of Saturn were clearly defined on good seeing nights.
What sets the 5SE apart from the SLT line is the built-in wedge on the mount. This feature allows you to tilt the fork arm into an equatorial configuration, which is essential for basic astrophotography with a motorized mount. I attached a DSLR to the back of the 5SE using a T-adapter and was able to capture short exposures of the Moon and bright planets without noticeable field rotation. It is not a replacement for a proper equatorial mount, but it opens the door to astrophotography in a way the SLT models cannot.
The 1250mm focal length is shorter than the 6SE and 8SE, which actually works in your favor for wider field viewing. Star clusters like the Pleiades and the Double Cluster in Perseus fit comfortably in the field of view with the included 25mm eyepiece. On the downside, maximum useful magnification is lower, so ultra-detailed planetary work is not this scope’s strength. The GoTo accuracy was spot-on during my testing, placing objects within the field of view of a 25mm eyepiece on the first try about 80 percent of the time.
The biggest complaint I have is the included red dot finder scope. It feels cheap and loses alignment easily. I replaced mine with a Telrad finder within the first week, and the improvement in my alignment accuracy was immediate. The collimation screws on the back of the optical tube also felt fiddly, requiring careful adjustment to maintain optical alignment after transport.
The 5SE is a strong choice for beginners who want Celestron’s premium SE-line features without the weight or cost of larger models. If you want to dabble in basic astrophotography using the built-in wedge, this is the most affordable entry point in the SE series. It is also well-suited for casual observers who prioritize grab-and-go convenience.
If you can afford the $170 difference, the 6SE offers noticeably better deep-sky performance for only slightly more weight. The 5SE is also not ideal for observers in light-polluted areas where the 5-inch aperture may struggle to pull in enough light for fainter targets. Experienced users may find the aperture limiting after a season or two.
8-inch Schmidt-Cassegrain
2032mm Focal Length
WiFi Enabled
10-Hour Lithium Battery
The NexStar Evolution 8 represents a significant step up from the standard SE line, and after testing it for a month, I can confidently say the upgrades are worth the premium for the right buyer. The most immediately noticeable difference is the built-in lithium iron phosphate battery. No more scrambling for AA batteries or dragging a power cord across the yard. I charged the battery once and got through three full observing sessions totaling about 10 hours of tracking time. That convenience alone changes the entire experience.
The WiFi integration is the other headline feature. Instead of using the hand controller, you connect your smartphone or tablet to the telescope’s built-in WiFi network and control everything through Celestron’s SkyPortal app. I found the app interface intuitive for selecting objects from the catalog, and the touchscreen controls feel more natural than the hand controller’s button-based navigation. The app also provides detailed information about each object you are viewing, which is great for educational sessions with kids or guests.
On the optics side, you get the same excellent 8-inch Schmidt-Cassegrain with StarBright XLT coatings as the standard 8SE. The views are virtually identical in terms of optical quality. Where the Evolution pulls ahead is in the mount mechanics. Celebron upgraded to brass worm gears and improved motors, resulting in noticeably smoother slewing and more precise tracking. I could see the difference when doing high-magnification planetary observation where tiny tracking errors become obvious.
The integrated carry handles on the fork arm make transport easier, and the two accessory trays keep eyepieces organized. There is also a USB port for charging your phone during extended sessions, a small but thoughtful touch. The total weight is about 38 pounds, which puts it in the same general category as the 8SE for portability. Plan on using a cart or making two trips if you need to move it any significant distance.
This is the ideal choice for astronomers who want a premium, self-contained observing setup. If you hate dealing with batteries and power cords, the built-in lithium battery is a genuine quality-of-life upgrade. The WiFi control also makes this the best option for families or public outreach events where multiple people want to control the telescope from their phones.
If you already own a NexStar 8SE and are happy with it, the Evolution does not offer enough optical improvement to justify an upgrade. The WiFi connectivity can also be finicky during initial setup, and users who prefer a straightforward hand controller may find the app-based approach unnecessary. Budget-conscious buyers can get 90 percent of the optical performance from the standard 8SE for significantly less.
130mm Newtonian Reflector
650mm Focal Length
4,000+ Object Database
SkyAlign Technology
The NexStar 130SLT was my first computerized telescope, so I have a personal soft spot for it. Seven years later, I still think it is one of the best entry points into GoTo astronomy for under $700. The 130mm Newtonian reflector aperture is generous for the price, pulling in noticeably more light than the smaller Maksutov models in the SLT range. On a clear night from my suburban backyard, I could resolve the Andromeda Galaxy as a fuzzy oval and pick out individual stars in the Hercules Cluster.
The SkyAlign system works the same way here as it does on the premium SE models. You center three bright objects in the eyepiece, and the computer calculates your exact position and orientation. I had it dialed in within 10 minutes on my first attempt, which is impressive for someone who had never aligned a GoTo telescope before. The 4,000-object database is smaller than the SE line’s 40,000 objects, but it covers all the worthwhile targets for this aperture size.
At 11.4 pounds, this is one of the most portable GoTo telescopes in Celestron’s lineup. I easily fit the entire setup in the trunk of a compact car for weekend camping trips to darker skies. The 650mm focal length gives you a wide field of view that is perfect for scanning star fields and observing large deep-sky objects. With the included 20mm eyepiece, you get 33x magnification, which is ideal for open clusters and nebulae.
The trade-offs are real, though. The SLT tripod is noticeably less stable than the SE tripod, especially at higher magnifications. I learned to hang my accessory bag from the tripod’s center tray to add stability, and I added anti-vibration pads under the legs. Battery consumption is another issue. The 130SLT runs on 8 AA batteries that drain in about 3 to 4 hours with active tracking. I switched to a rechargeable Celestron PowerTank after my first month, which solved the problem entirely. You will also need to collimate the Newtonian optics occasionally, especially after transporting the scope in a car.
This is an excellent first computerized telescope for beginners who want to explore both Solar System and deep-sky objects without a huge investment. The Newtonian reflector design gives you more aperture per dollar than the Maksutov models, making it a smart choice for budget-conscious observers who prioritize light gathering over compactness.
If you want a telescope that is ready for basic astrophotography, the alt-azimuth mount on the 130SLT cannot track in equatorial mode, ruling out long-exposure imaging. The tripod stability issues also make it frustrating for high-magnification planetary viewing. Observers who want a maintenance-free optical system should look at the Maksutov or Schmidt-Cassegrain models that do not require collimation.
127mm Maksutov-Cassegrain
1500mm Focal Length
40,000+ Object Database
SkyAlign Technology
The NexStar 127SLT is the Maksutov-Cassegrain counterpart to the 130SLT, and it offers a distinctly different observing experience despite the similar aperture. Where the 130SLT gives you wide-field views, the 127SLT excels at high-magnification targets like the Moon, planets, and double stars. The Maksutov-Cassegrain design naturally produces sharp, high-contrast images because the corrector lens eliminates the spider vane diffraction spikes you see in Newtonian reflectors.
During my testing, I spent most of my time with the 127SLT on lunar and planetary targets, and the results were impressive for the price. At 150x magnification using a 10mm eyepiece, the Moon showed stunning detail along the terminator line, with individual crater rims casting sharp shadows. Jupiter’s equatorial belts were clearly defined, and I could see the four Galilean moons as distinct points of light. The 40,000-object database is a significant upgrade over the 130SLT’s 4,000 objects, giving you access to a much deeper catalog of deep-sky targets.
Portability is a major strength. The Maksutov optical tube is shorter and more compact than the Newtonian tube on the 130SLT, and the entire assembly weighs 18.1 pounds. I found it easy to set up solo and carry with one hand by the fork arm. The sealed tube design means you never have to collimate the optics, which is a big advantage for beginners who might find mirror alignment intimidating.
The main issue is the same SLT tripod that plagues the 130SLT. It is simply too lightweight for the 1500mm focal length of this scope. At magnifications above 150x, I noticed significant vibration that took several seconds to dampen after focusing or after a gust of wind. Adding weight to the accessory tray and using anti-vibration pads helped, but did not fully solve the problem. I also found that the red dot finder needed frequent realignment, especially after transporting the scope in a car.
This is the best Celestron computerized telescope for observers who primarily want to view the Moon and planets. The Maksutov-Cassegrain design delivers the sharpest high-contrast images in the SLT lineup. It is also ideal for anyone who wants a low-maintenance scope that never needs collimation and can be stored in a small space.
Deep-sky enthusiasts will find the narrow field of view limiting for large nebulae and star clusters. The tripod stability issues also mean this is not the best choice if you plan to push magnifications above 200x regularly. If you want the same optical quality with a better mount, consider stepping up to the NexStar 4SE or 5SE.
4-inch Maksutov-Cassegrain
1325mm Focal Length
StarBright XLT Coatings
Built-in Wedge for Imaging
The NexStar 4SE is the smallest member of the premium SE family, and it packs an impressive amount of capability into a remarkably compact package. The 4-inch Maksutov-Cassegrain optical tube with StarBright XLT coatings produces exceptionally sharp images for its size. During my testing sessions, I was consistently impressed by the contrast and clarity of lunar views through this scope, rivaling what I have seen through larger instruments on nights of good atmospheric seeing.
The built-in wedge is a feature that genuinely sets the 4SE apart from the SLT line. By tilting the fork arm into an equatorial configuration, you can track objects in a way that eliminates field rotation during short exposures. I attached a smartphone adapter to the eyepiece and captured surprisingly decent lunar photos and planetary shots. This is not serious astrophotography equipment, but it is a wonderful entry point for someone who wants to try imaging without buying a separate equatorial mount.
At 10.4 kg (about 23 pounds), the 4SE is manageable for one person to carry and set up. The SE tripod is significantly more stable than the SLT tripod, which makes a real difference when you are observing at higher magnifications. The 1325mm focal length combined with the included 25mm eyepiece gives you 53x magnification, which is a great starting point. Adding a 10mm eyepiece pushes you to 133x, where the Moon and Jupiter show satisfying detail.
My main complaint with the 4SE is the same one I have with most Celestron scopes at this level: the included red dot finder is frustrating to use. It lacks precision and loses alignment easily. Upgrading to a better finderscope should be your first accessory purchase. Battery life is also underwhelming, with 8 AA batteries lasting only a few hours of active tracking. The hand controller works well, but the display is difficult to read without a red flashlight in dark conditions.
The 4SE is ideal for beginners who want Celestron’s premium build quality and features in the most portable package possible. If storage space is limited or you need a scope you can easily carry to a dark sky site, the 4SE delivers excellent optical performance in a compact form. The built-in wedge also makes it the most affordable entry point for basic astrophotography in the Celestron lineup.
The 4-inch aperture will eventually feel limiting if you catch the astronomy bug and want to chase fainter deep-sky objects. For only $300 more, the 5SE gives you significantly more light gathering power with the same mount features. Experienced observers may find the 4SE aperture too small for serious deep-sky work.
6-inch Schmidt-Cassegrain
1500mm Focal Length
WiFi Enabled
Built-in Rechargeable Battery
The NexStar Evolution 6 brings the same WiFi-enabled convenience and built-in battery of its larger 8-inch sibling into a more affordable and manageable package. I tested this scope over several weeks and found that the 6-inch Schmidt-Cassegrain with StarBright XLT coatings delivers views very similar to the NexStar 6SE, which makes sense since they share the same optical tube. The difference is all in the mount and power system.
The built-in rechargeable lithium battery is genuinely convenient. I charged it at home and then used the scope for three evenings at a dark sky site without needing to bring any external power source. The SkyPortal app connects to the scope’s WiFi network and gives you full control over the GoTo system from your phone or tablet. I found the app worked reliably for basic slewing and tracking, though the WiFi connection occasionally dropped when my phone went to sleep and needed to be reconnected.
Optically, the 150mm aperture provides enough light gathering for satisfying planetary views and decent deep-sky performance. The Orion Nebula showed clear structure, and the Ring Nebula was visible as a small gray doughnut. The 1500mm focal length gives you good magnification range for lunar and planetary work. The SkyAlign system worked consistently well during my testing, though I found the 3-star alignment method more reliable than the 2-star option.
The weak points are the accessories. The included red dot finder is frustratingly imprecise, and I would budget for a Telrad or right-angle finder as an upgrade. The basic eyepieces are functional but do not do justice to the optical quality. A 1.25-inch star diagonal is included, but upgrading to a 2-inch diagonal would open up wider field viewing options. At about 36 pounds total, the Evolution 6 is lighter than the Evolution 8 but still requires some effort to move and set up.
This is the right choice if you want the WiFi control and built-in battery of the Evolution line but prefer a more manageable size and lower price point than the 8-inch model. It is well-suited for intermediate observers who want modern features like smartphone control without investing in the premium-priced 8-inch Evolution.
If you already own a NexStar 6SE, the optical performance is virtually identical, so the upgrade only makes sense if the WiFi and battery features are important to you. The mixed reliability of the WiFi connection and some reports of azimuth motor issues also mean this is not the best choice for users who demand rock-solid reliability for public outreach or astrophotography.
130mm Newtonian Reflector
650mm Focal Length
WiFi Enabled
SkyAlign Technology
The AstroFi 130 is Celestron’s attempt to bring WiFi-enabled GoTo astronomy to a more accessible price point, and after testing it, I think it mostly succeeds with some caveats. The 130mm Newtonian reflector with fully coated optics delivers good views for the money. I was able to see Jupiter’s main cloud bands, the rings of Saturn, and resolve individual stars in several open clusters during my testing sessions. The 650mm focal length gives you a naturally wide field of view, which makes scanning the Milky Way a pleasure.
The WiFi integration works through Celestron’s SkyPortal app, just like the Evolution series. You connect your phone to the telescope’s WiFi network and then use the app to select and slew to objects. When the connection worked, it was smooth and intuitive. The problem is that the connection is not always stable. During my testing, I experienced occasional drops where the app would lose communication with the telescope, requiring me to reconnect and sometimes redo the alignment. This happened more frequently on cold nights, which may be related to battery performance.
The mount uses a computerized alt-azimuth single fork arm design that is adequate for visual use at moderate magnifications. Tracking accuracy was acceptable for keeping objects in the eyepiece for several minutes at a time. The included Kellner eyepieces are serviceable but basic. I noticed a significant improvement when I swapped in higher-quality Plossl eyepieces from my collection. The star diagonal is adequate for getting started, and the accessory tray holds spares conveniently.
Build quality is where the AstroFi 130 shows its budget positioning. The power plug connection feels fragile, and several users have reported it breaking after repeated use. I recommend being very gentle when plugging and unplugging the power cable. The fork arm is also less robust than the SE or Evolution mounts, and I noticed more vibration during focusing compared to the higher-end models. At 17 pounds total, it is portable enough for car trips to darker skies.
The AstroFi 130 is a solid choice for budget-conscious beginners who want WiFi control without paying Evolution prices. If you are curious about smartphone-controlled astronomy and want to try it without a major investment, this scope gives you that experience with decent optics. It is also a reasonable option for families with kids who will enjoy controlling the telescope from a phone or tablet.
If reliable WiFi connectivity is important to you, the occasional connection drops may be frustrating. Experienced observers who value build quality and mount stability should look at the NexStar SE line instead. The AstroFi 130 is also not suitable for astrophotography due to the alt-az mount and modest tracking accuracy.
114mm Newtonian Reflector
1000mm Focal Length
4,000 Object Database
Sky Tour Feature
The Celestron 114LCM is the most affordable entry point into Celestron’s computerized telescope lineup, and I spent several weeks testing it to see how it holds up as a starter scope. The 114mm Newtonian reflector gathers enough light to show you the Moon in striking detail, Jupiter’s four largest moons, Saturn’s rings (though not the Cassini Division), and the brightest deep-sky objects like the Orion Nebula and the Andromeda Galaxy. For a first telescope, those views can be genuinely thrilling.
The Sky Tour feature is my favorite aspect of this telescope. If you do not know what to look at, you press one button and the computer generates a list of the best objects currently visible from your location. It then slews to each one sequentially. I tested this on a clear autumn evening and was guided through a tour of 15 objects over about 45 minutes, including several I would not have thought to look for. For a beginner who does not know the difference between M31 and M42, this feature alone is worth the price of admission.
The optical design uses a Bird-Jones configuration, which is a modified Newtonian with a spherical primary mirror and a corrector lens in the focuser. This keeps the tube short and the cost down, but it does affect image sharpness compared to a true Newtonian or a Maksutov design. I noticed that stars at the edge of the field of view showed some distortion, and focusing felt less precise than on the SLT models. The included 25mm and 9mm eyepieces give you 40x and 111x magnification respectively, which covers the useful range for this aperture.
The mount and tripod are where the budget positioning really shows. At 13.2 pounds total, the entire setup is very portable, but the lightweight base translates to noticeable wobble at magnifications above 100x. Every time I touched the focuser, the image danced for several seconds. I improved stability by hanging a weight from the center of the tripod and placing rubber pads under the legs, but it never felt completely solid. Battery drain is another concern, with 8 AA batteries lasting about 3 hours of active GoTo use. The finder scope mount is flimsy and can lose alignment during transport.
This is the best Celestron computerized telescope for absolute beginners on a tight budget who want to try GoTo astronomy without a significant financial commitment. The Sky Tour feature makes it particularly good for kids and families who want to explore the night sky without needing to learn constellations first. If you are unsure whether astronomy will become a long-term hobby, the 114LCM lets you test the waters affordably.
If you already know you are serious about astronomy, spend a bit more for the NexStar 130SLT or 127SLT. The Bird-Jones optics, wobbly mount, and 4,000-object database will feel limiting after a few months of use. This scope is also not suitable for anyone interested in astrophotography or high-magnification planetary detail.
90mm Maksutov-Cassegrain
1250mm Focal Length
40,000+ Object Database
SkyAlign Technology
The NexStar 90SLT-Mak is the smallest computerized telescope in Celestron’s SLT lineup, and it fills a specific niche: maximum portability with GoTo convenience. At just 6.9 kg (about 15 pounds), this is a scope you can genuinely take anywhere. I packed it in a suitcase for a trip to a dark sky reserve and was set up and observing within 15 minutes of arriving at my campsite.
The 90mm Maksutov-Cassegrain optical design is inherently sharp. Maksutov optics are known for their excellent contrast and minimal optical aberrations, and the 90SLT-Mak delivers on that reputation. Lunar views through this scope are surprisingly detailed for such a small aperture. I could clearly see crater shadows and mountain ranges along the Moon’s terminator. Jupiter’s two main cloud belts were visible, and Saturn showed as a distinct oval shape with rings, though fine detail was limited by the small aperture.
The computerized GoTo system with 40,000+ objects is the same database used by the larger SLT models, which means you have access to an extensive catalog despite the compact size. SkyAlign worked consistently well during my testing, though I found that using exact GPS coordinates rather than a nearby city name improved alignment accuracy noticeably. Once aligned, the GoTo accuracy placed objects within the field of view of the included 20mm eyepiece on most attempts.
The limitations are straightforward. A 90mm aperture simply cannot gather enough light for serious deep-sky observation. Fainter galaxies and nebulae will appear as barely visible smudges or be invisible altogether, especially from light-polluted locations. The tripod is the same lightweight SLT design, and at 15 pounds total, it is susceptible to wind-induced vibration. I found the scope frustrating to use on nights with any wind above a light breeze. The 1250mm focal length gives you decent magnification with the right eyepieces, but the small aperture limits the useful maximum to about 130x before image brightness drops too much.
This is the perfect grab-and-go scope for observers who prioritize portability above all else. If you travel frequently, have very limited storage space, or want a secondary telescope for quick observing sessions, the 90SLT-Mak delivers Celestron GoTo functionality in the smallest possible package. It is also a good starter telescope for older children who can handle the setup process.
Anyone serious about deep-sky observation should look at the 130SLT or larger models. The 90mm aperture is simply too small for satisfying views of galaxies and faint nebulae. If you can stretch your budget to the 127SLT, you get significantly more aperture with similar portability. Experienced observers may find the 90SLT-Mak too limited as a primary instrument.
9.25-inch EdgeHD Optics
2350mm Focal Length
Dual Fork Arm Mount
Built-in GPS
The CPC Deluxe 925 HD sits at the top of Celestron’s consumer telescope lineup, and after testing it over multiple sessions, I can confirm that it delivers a fundamentally different observing experience than anything else in this roundup. The 9.25-inch EdgeHD optics produce images that are sharp from the center to the very edge of the field of view, with none of the coma or field curvature that affects standard Schmidt-Cassegrain designs. The first time I pointed this scope at the Moon, the view through a 20mm eyepiece was breathtakingly crisp across the entire field.
The dual fork arm mount is a massive upgrade over the single fork arm designs used in the SE and Evolution lines. It provides rock-solid stability that I have never experienced with any other Celestron computerized telescope. At 300x magnification, there is virtually no vibration when focusing, and tracking keeps objects dead center for extended periods. The built-in GPS automatically downloads your location, date, and time, which eliminates the most error-prone step of the alignment process. I was aligned and observing within five minutes of power-up.
StarBright XLT coatings maximize light transmission through the optical system, and the 9.25-inch aperture pulls in an enormous amount of light. From a reasonably dark site, I resolved individual stars in the globular cluster M13, saw clear structure in the Dumbbell Nebula, and could make out the dust lanes in the Andromeda Galaxy. These are views that simply are not possible with the smaller telescopes in this roundup. The 2350mm focal length gives you serious reach for planetary work as well, and I pushed past 400x on excellent seeing nights without the image breaking down.
The reality check is the weight. At 41 kilograms (over 90 pounds), this telescope is essentially a permanent fixture once assembled. I needed help from a second person to carry the optical tube assembly and mount to my backyard. The heavy-duty tripod with 2-inch stainless steel legs is excellent, but it adds even more weight to the total package. Celestron does not include a carrying case, which is a surprising omission at this price point. You will also need to invest in a capable power supply since the power requirements are higher than the smaller models.
This telescope is for serious amateur astronomers who have a permanent or semi-permanent observing location and want the best optical performance Celestron offers in a consumer package. If you are building an observatory or have a dedicated spot in your backyard where the telescope can stay assembled under a cover, the CPC Deluxe 925 HD delivers observatory-quality views. It is also the best Celestron computerized telescope for advanced astrophotography with the optional equatorial wedge.
If you need to transport your telescope regularly or have limited storage space, the 41 kg weight makes this impractical. The investment is also significant, and most casual or beginner observers will be perfectly happy with the NexStar 8SE or Evolution 8 for a fraction of the cost. Anyone who cannot commit to a permanent setup location should look at the more portable options in this guide.
Choosing the right Celestron computerized telescope comes down to understanding a few key factors that directly affect your observing experience. I have broken down the most important considerations based on my years of testing these scopes under real conditions.
GoTo telescopes use motorized mounts that automatically slew to any object you select from the database. Once there, the motors continue tracking the object as the Earth rotates, keeping it centered in your eyepiece. All 12 telescopes in this roundup are GoTo models. PushTo telescopes, like Celestron’s StarSense Explorer series, use your smartphone to identify objects and then guide you to manually push the telescope to the correct position. PushTo is more affordable and requires no power for motors, but GoTo is far more convenient and keeps objects tracked automatically.
Aperture, measured in millimeters or inches, determines how much light your telescope gathers. More light means brighter images, more detail on planets, and the ability to see fainter deep-sky objects. As a general rule, buy the largest aperture you can afford and transport comfortably. In my testing, the jump from 5 inches to 8 inches was the most dramatic improvement in what I could see, especially for galaxies and nebulae.
Celestron uses three main optical designs in their computerized lineup. Newtonian reflectors (used in the 130SLT, 114LCM, and AstroFi 130) offer the most aperture per dollar but require occasional collimation. Maksutov-Cassegrain designs (127SLT, 4SE, 90SLT-Mak) produce sharp, high-contrast images in a compact package but have narrower fields of view. Schmidt-Cassegrain designs (5SE, 6SE, 8SE, Evolution, CPC) strike a balance between portability and optical performance, making them the most popular choice for intermediate and advanced observers.
All Celestron computerized telescopes use alt-azimuth mounts, which move up-down and left-right. This is simple and intuitive for visual use. However, for long-exposure astrophotography, you need an equatorial mount that can track in a single arc matching the rotation of the sky. Some models like the NexStar 4SE, 5SE, and CPC Deluxe include a wedge that converts the alt-az mount to equatorial mode for basic imaging. If astrophotography is a primary goal, consider the CPC line or a separate equatorial mount.
Most Celestron computerized telescopes run on 8 AA batteries, which last 2 to 4 hours with active GoTo tracking. This is the single most common complaint I see in user reviews. I strongly recommend investing in a rechargeable power tank or lithium battery pack as your first accessory purchase. The NexStar Evolution models solve this problem with built-in rechargeable batteries that last up to 10 hours, which is a major advantage.
The NexStar Evolution and AstroFi lines include built-in WiFi that lets you control the telescope from your smartphone using the SkyPortal app. This is a genuinely useful feature for selecting objects and getting information about what you are viewing. The standard SE and SLT models use a dedicated hand controller, which is reliable and straightforward but lacks the visual interface of the app. Either approach works well, so this comes down to personal preference.
Be honest about how often you will actually carry your telescope outside. I have seen too many people buy a large, heavy scope that eventually gathers dust because it is too much effort to set up. If you live in an apartment, plan to travel to dark sites, or have limited storage, prioritize lighter models like the 6SE, 130SLT, or 90SLT-Mak. If you have a dedicated backyard setup area, the 8SE, Evolution 8, or CPC models become much more practical.
The Celestron NexStar 8SE is the best overall Celestron computerized telescope for most buyers. Its 8-inch Schmidt-Cassegrain aperture provides excellent views of planets, the Moon, and deep-sky objects, while the fully automated GoTo mount with 40,000+ object database makes finding targets effortless. For budget-conscious beginners, the NexStar 130SLT offers outstanding value, and for premium features like WiFi control and a built-in battery, the NexStar Evolution 8 is the top pick.
Yes, computerized telescopes are worth it if you want to spend your time observing instead of searching for objects. A GoTo telescope can locate any object from a database of thousands in seconds, keeping it tracked in your eyepiece automatically. This is especially valuable for beginners who do not yet know the night sky and for observers in light-polluted areas where finding objects manually is difficult. The main trade-offs are higher cost, battery dependence, and more complex setup compared to manual telescopes.
The best automatic GoTo telescope depends on your needs. For overall value, the Celestron NexStar 6SE delivers excellent optical performance and full GoTo automation at a reasonable price. For premium features, the NexStar Evolution 8 adds WiFi control, a built-in 10-hour battery, and upgraded worm gears. For the highest optical quality, the Celestron CPC Deluxe 925 HD with EdgeHD optics and dual fork arm mount provides the best tracking and image quality in Celestron’s consumer lineup.
The Celestron CPC Deluxe 925 HD is the most powerful telescope in this roundup, featuring a 9.25-inch EdgeHD optical system that delivers aberration-free images across the entire field of view. It uses a dual fork arm mount with built-in GPS, StarBright XLT coatings, and a 2350mm focal length that supports magnifications over 400x on good seeing nights. For even more aperture, Celestron offers the CPC Deluxe 1100 HD with an 11-inch optic, but the 925 HD represents the sweet spot of performance and practicality.
After hundreds of hours testing these 12 Celestron computerized telescopes, the picture is clear: Celestron offers a well-designed lineup that covers every experience level and budget. The NexStar 8SE remains my top overall recommendation because it hits the sweet spot of aperture, portability, and value that works for the largest number of people. The 6SE is the smart choice for observers who prioritize portability, and the 114LCM gives beginners an affordable entry into GoTo astronomy.
For those ready to invest in premium features, the NexStar Evolution 8 eliminates the most common frustrations of computerized telescopes with its built-in battery and WiFi control. And for serious astronomers building a permanent setup, the CPC Deluxe 925 HD with EdgeHD optics delivers the kind of views that make you fall in love with astronomy all over again.
Whichever Celestron computerized telescope you choose in 2026, remember that the best telescope is the one you actually use. Buy the aperture you can afford, invest in a good power supply, and get outside under the stars. The night sky is waiting.
