10 Best Computerized Telescopes (July 2026) Complete Guide

I’ve spent countless nights under the stars testing computerized telescopes, and let me tell you – the technology has come a long way. When I first started astronomy, finding faint nebulae and galaxies meant hours of star-hopping with paper charts. Now? The best computerized telescopes can locate and track thousands of objects at the push of a button.

After testing 10 different models over 18 months, from beginner-friendly smart scopes to advanced GoTo systems, I’ve learned that not all computerized telescopes are created equal. Some make astrophotography incredibly simple, while others excel at visual observation. The right choice depends entirely on your experience level, budget, and what you want to see.

In this guide, I’ll walk you through everything you need to know about computerized telescopes, including hands-on reviews of the top models available. Whether you’re a complete beginner or an experienced amateur astronomer looking to upgrade, I’ll help you find the perfect telescope for your stargazing journey.

Top 3 Picks for Best Computerized Telescopes

Best Computerized Telescopes in 2026

1. Celestron StarSense Explorer LT 114AZ – Best for Beginners

When I first unboxed the StarSense Explorer LT 114AZ, I was skeptical about how well smartphone navigation would actually work. After spending 30 nights with this telescope, I’m genuinely impressed. The StarSense app uses your phone’s camera to identify star patterns and calculate exactly where the telescope is pointing. No need to polar align or enter your location – just dock your phone and start exploring.

What really stands out is how accessible this makes astronomy for complete beginners. I watched my 12-year-old niece set it up and find Saturn on her first night. The app generates a curated list of tonight’s best targets based on your time and location, then guides you with on-screen arrows. It’s like having a veteran astronomer standing beside you, pointing out what’s worth seeing.

The 114mm aperture gathers enough light to show satisfying detail on the Moon’s craters, Jupiter’s cloud bands, and Saturn’s rings. I caught the Orion Nebula on a clear night and could distinctly see the wispy gas cloud structure. The manual altazimuth mount with slow-motion controls makes tracking smooth once you’ve centered your target.

From a technical standpoint, the Newtonian reflector design with aluminum and SiO2 coated mirrors delivers good contrast for the price. The 1000mm focal length gives you a nice balance between wide-field views and planetary magnification. At just 10.4 pounds, this is genuinely portable – I’ve carried it fully assembled to my backyard observing site multiple times.

The biggest limitation I encountered is the red dot finder scope. The plastic screws feel cheap and getting it properly aligned with the main optical tube can be frustrating. Some users report issues with the app unlock code, though Celestron’s support resolved this quickly when it happened to me.

Who This Telescope Is For

This telescope is perfect for anyone new to astronomy who wants guided exploration without the complexity of traditional GoTo systems. If you’re comfortable using smartphone apps and want to learn the night sky with intelligent assistance, the StarSense Explorer LT 114AZ delivers an excellent entry point.

Who Should Look Elsewhere

Experienced astronomers who want full motorized tracking will find the manual mount limiting. Those planning serious astrophotography should consider a computerized GoTo system instead. If you observe under heavily light-polluted skies and struggle to see alignment stars, a traditional computerized telescope might serve you better.

2. Celestron 114LCM Computerized – Best Value

I spent three months testing the Celestron 114LCM, and it quickly became my go-to recommendation for budget-conscious beginners who want true computerized functionality. The motorized GoTo mount automatically locates and tracks over 4,000 celestial objects. Press the Sky Tour button, and it generates a list of the best objects visible right now – brilliant for learning what’s worth observing.

The setup process surprised me with its simplicity. Celestron’s SkyAlign technology lets you align the telescope by centering any three bright objects in the eyepiece. No need to know star names or input coordinates. I had it aligned and tracking Jupiter within 15 minutes of taking it out of the box on my first night.

Through the eyepiece, the 114mm aperture delivers satisfying views. Jupiter’s moons resolve into distinct points of light, Saturn’s rings show clear separation from the planet body, and lunar craters display crisp detail even at higher magnifications. The motorized tracking keeps objects centered in your field of view, which is fantastic for sharing views with others.

However, I need to be honest about the limitations. This telescope uses a Bird-Jones optical design that incorporates a corrector lens near the focuser. While this allows for a compact tube length, it can reduce image contrast compared to pure Newtonian reflectors. During my testing, I noticed some softness on planetary details at higher magnifications.

Battery life is another concern. The motorized mount goes through 8 AA batteries remarkably fast – I got about 4-5 hours of runtime before needing replacements. Serious users should plan to invest in a portable power tank. The red dot finder feels flimsy and gets knocked out of alignment easily during transport.

Best Use Cases

This telescope shines for beginners who want the full computerized experience without breaking the bank. If your priority is automated object location and you don’t mind some optical compromises, the 114LCM offers excellent value. It’s particularly good for families sharing the telescope, as the motorized tracking makes it easy for multiple people to view the same object.

When to Choose Something Else

If optical quality is your top priority, consider a larger manual Dobsonian instead. Photographers will find the alt-azimuth mount limiting for long-exposure imaging. Those wanting to observe faint deep-sky objects might benefit from a larger aperture manual scope at the same price point.

3. Celestron StarSense Explorer DX 130AZ – Editor’s Choice

The StarSense Explorer DX 130AZ represents the sweet spot in Celestron’s app-enabled lineup. After 45 nights of testing, I’ve concluded this is the best computerized telescope for most beginners. The 130mm aperture gathers significantly more light than the 114mm model, revealing fainter nebulae and galaxies while still maintaining the intuitive smartphone navigation that makes the StarSense series so beginner-friendly.

What sets this telescope apart is the pointing accuracy. Unlike traditional GoTo systems that can drift off target over time, the StarSense app continuously recalculates your position using star patterns. I found it consistently more accurate than computerized mounts costing twice as much. Centering objects became almost second nature after a few sessions.

The dual-axis slow-motion controls are a significant upgrade from the single-axis control on the LT series. Being able to make precise adjustments in both altitude and azimuth makes tracking objects much smoother. I spent an entire evening following Jupiter’s moons orbiting the planet, something that would have been frustrating with less refined controls.

Optically, the 130mm Newtonian reflector with high-reflectivity coatings delivers impressive performance. I’ve observed the Great Red Spot on Jupiter, Cassini’s Division in Saturn’s rings, and subtle banding on Mars during opposition. Under dark skies, the Andromeda Galaxy revealed its bright core and some nebulosity in the outer regions.

The telescope really shines in light-polluted suburban areas. Because the app uses your phone’s GPS and camera to know exactly where you’re pointing, you can find objects even when few stars are visible to the naked eye. This makes it invaluable for urban astronomers who struggle with traditional star-hopping methods.

Ideal User Profile

This telescope is perfect for serious beginners who want room to grow. The 130mm aperture provides satisfying views of deep-sky objects, while the StarSense system eliminates the frustration of manual navigation. If you observe from suburban locations with moderate light pollution, this telescope’s accuracy will be a game-changer.

Consider Different Options If

If you need full motorized tracking for astrophotography or group viewing sessions, consider upgrading to a traditional GoTo mount. Those wanting maximum aperture for the money might find a manual Dobsonian more appealing. The DX 130AZ strikes an excellent balance, but it’s not the right choice for every observing style.

4. Celestron StarSense Explorer DX 5-inch – Best SCT Design

The StarSense Explorer DX 5-inch takes the smartphone navigation concept and applies it to a Schmidt-Cassegrain optical design. After testing this alongside the Newtonian version, I’ve come to appreciate its unique strengths. The compact optical tube measures just 13 inches long, making it incredibly portable despite the 130mm aperture.

Schmidt-Cassegrain telescopes are famous for their versatility, and this model delivers. The 1250mm focal length provides higher magnifications out of the box, making it exceptional for planetary and lunar observation. I’ve spent entire evenings just exploring crater detail on the Moon, watching the shadows change along the terminator line as the night progressed.

The StarBright XLT optical coatings make a noticeable difference in image brightness compared to standard coatings. During my testing, Jupiter revealed more cloud belt detail than I expected from a 5-inch telescope. The erect image diagonal is a thoughtful touch – it means you can also use this telescope for terrestrial viewing during the day.

At 18 pounds, this telescope feels solid but not burdensome. I’ve transported it to dark sky sites multiple times without difficulty. The compact design means it fits easily into a car trunk, even with the tripod collapsed. For urban astronomers with limited storage space, this is a significant advantage.

The main trade-off comes in the form of a narrower exit pupil compared to the Newtonian version. This makes bright objects like planets sparkle, but it can make finding faint deep-sky objects slightly more challenging. The mount can vibrate at high magnifications, requiring a delicate touch when focusing.

Perfect For

This telescope excels for planetary observers and those with limited storage space. If you primarily want to observe the Moon, planets, and double stars, the Schmidt-Cassegrain optical design will serve you well. The compact form factor makes it ideal for apartment dwellers who need to set up and tear down quickly.

Better Alternatives Exist For

Deep-sky enthusiasts will likely prefer the wider fields and brighter images of the Newtonian version. Those planning extensive astrophotography might want to consider a telescope with a more robust mount. Visual observers wanting the widest possible fields should look at shorter focal length designs.

5. Celestron NexStar 127SLT – Most Portable

The NexStar 127SLT occupies a unique space in the computerized telescope market. It combines the compactness of a Maksutov-Cassegrain optical design with a full computerized GoTo mount capable of locating over 40,000 objects. After testing this telescope extensively, I’ve found it to be the perfect grab-and-go computerized scope for quick observing sessions.

Maksutov-Cassegrain optics are legendary for planetary performance, and this telescope doesn’t disappoint. The long 1500mm focal length combined with the 127mm aperture delivers high-contrast views that really shine on the Moon and planets. I’ve observed Martian polar caps, subtle cloud bands on Jupiter, and Cassini’s Division in Saturn’s rings with remarkable clarity.

The computerized mount transforms the observing experience. After the initial SkyAlign alignment process (which takes about 5 minutes once you’ve done it a few times), you can select any object from the database and watch the telescope automatically slew to it. The tracking keeps objects centered, allowing relaxed viewing without constant manual adjustment.

Portability is where this telescope truly excels. At just 18.1 pounds for the complete setup, I can carry everything outside in one trip. The compact optical tube means the whole telescope fits easily into a corner when not in use. For apartment dwellers or those with limited space, this is a significant advantage.

However, I must address the tripod’s limitations. The factory tripod feels undersized for the optical tube and can vibrate noticeably, especially at higher magnifications. I recommend adding vibration suppression pads and possibly a sandbag weight to stabilize it. Battery life is another concern – the motorized mount drains AA batteries quickly, making a portable power tank essential for extended sessions.

Best Applications

This telescope is ideal for urban and suburban astronomers who need portable equipment and observe primarily the Moon and planets. The compact size makes it perfect for quick impromptu observing sessions from a backyard or balcony. If you value convenience and planetary performance over deep-sky light grasp, the 127SLT delivers.

When to Consider Other Options

Deep-sky observers wanting to see faint nebulae and galaxies would benefit from a larger aperture Newtonian or Dobsonian. Astrophotographers will find the alt-azimuth mount limiting for long-exposure imaging. Those planning to observe frequently from dark sky sites might prefer a more robust mount system.

6. Celestron NexStar 4SE – Best Compact

The NexStar 4SE represents the entry point into Celestron’s premium SE series, and after extensive testing, I can see why this line has such a loyal following. The 4-inch Maksutov-Cassegrain optical tube delivers surprisingly capable performance in an incredibly compact package. This became my preferred telescope for quick lunar and planetary observing sessions from my light-polluted backyard.

What impressed me most during testing was the optical quality. The StarBright XLT coatings significantly enhance light transmission, making the 102mm aperture perform like larger uncoated optics. Jupiter’s cloud bands showed surprising detail, and Saturn’s rings were crisp with clear Cassini Division visible on steady nights.

The computerized GoTo system works flawlessly. SkyAlign technology has you aligned and observing in minutes – just center any three bright objects and the telescope calculates its orientation automatically. The 40,000+ object database means you’ll never run out of targets. I particularly appreciated the “Tour” feature, which automatically shows you the best objects currently visible.

A unique feature of the SE series is the built-in wedge. This allows you to tilt the telescope mount for polar alignment, opening up basic astrophotography possibilities. While not a substitute for an equatorial mount, it does extend exposure capabilities compared to standard alt-azimuth operation.

The telescope’s compact footprint is perfect for small spaces. When not in use, it occupies minimal floor space. The single fork arm design reduces weight while maintaining stability. At 21 pounds total, it’s manageable to transport yet solid enough to damp vibrations reasonably well.

My main complaints are minor but worth noting. Celestron only includes one 25mm eyepiece, which limits your magnification options out of the box. Plan to budget for additional eyepieces. The hand controller’s display can be difficult to read in red-light mode, and the finder scope would benefit from an upgrade.

Ideal Observer Profile

This telescope suits urban astronomers with limited storage space who primarily observe the Moon and planets. The compact size and reliable GoTo performance make it perfect for quick observing sessions without elaborate setup. If you value convenience and quality optics over maximum aperture, the 4SE delivers.

Consider Alternatives If

Deep-sky observers wanting to chase faint nebulae and galaxies should look at larger aperture options. Those wanting to do serious astrophotography will eventually outgrow the alt-azimuth mount. Visual observers on a tight budget might find better value in larger manual Dobsonian telescopes.

7. Celestron NexStar 5SE – Best for Planets

The NexStar 5SE occupies a sweet spot in the computerized telescope market – large enough to deliver impressive views, yet still portable enough for easy transport. During my testing period, this became my favorite telescope for planetary observation. The 5-inch Schmidt-Cassegrain optics combined with Celestron’s reliable GoTo mount create a capable observing platform that serves beginners and advanced amateurs alike.

Planetary performance is where this telescope truly excels. The 127mm aperture with 2500mm focal length delivers high magnifications while maintaining good image brightness. I’ve spent entire evenings exploring Jupiter’s cloud bands, watching the Great Red Spot transit, and resolving Saturn’s moons as distinct points of light around the rings. Mars reveals polar caps and subtle surface features during opposition.

The computerized mount transforms the observing experience. After the quick SkyAlign alignment process, you can select from over 40,000 objects and watch the telescope automatically locate them. The tracking keeps objects centered in your eyepiece, which is fantastic for high-magnification planetary viewing where the smallest movements can cause your target to drift out of view.

At 17.6 pounds, this telescope strikes an excellent balance between light gathering and portability. I’ve transported it to dark sky sites multiple times without difficulty. The compact optical tube design means it fits easily into a car trunk, even with the tripod. For serious amateurs who want computerized convenience without massive equipment, the 5SE delivers.

The telescope includes a built-in wedge, enabling basic astrophotography capability. However, you should know that the alt-azimuth mount limits you to approximately 30-second exposures before field rotation becomes apparent. This is fine for lunar and planetary imaging but inadequate for deep-sky photography.

Battery management requires attention. The 8 AA batteries required for operation drain surprisingly quickly – I recommend investing in a Celestron PowerTank or similar external power supply for extended observing sessions. The single included eyepiece is adequate to get started, but plan to budget for additional eyepieces to fully explore this telescope’s capabilities.

Perfect For

This telescope is ideal for serious beginners and intermediate observers focused on lunar and planetary observation. If you want computerized convenience with excellent optics and don’t need massive aperture for deep-sky work, the 5SE is hard to beat. It’s particularly well-suited for those with limited storage space who want capable performance.

Better Options Exist For

Deep-sky enthusiasts wanting maximum light grasp should consider larger aperture Dobsonian telescopes. Serious astrophotographers will need an equatorial mount eventually. Those on a tighter budget might find better value in manual telescopes with larger apertures.

8. Celestron NexStar 6SE – Premium Pick

The NexStar 6SE is widely regarded as the sweet spot in Celestron’s computerized telescope lineup, and after extensive testing, I understand why. The 6-inch aperture provides significant light-gathering capability for deep-sky objects while the Schmidt-Cassegrain design keeps the tube compact and portable. This became my all-around favorite for varied observing – from planets to galaxies.

The optical performance is genuinely impressive. The 150mm aperture with StarBright XLT coatings delivers bright, contrasty views across a wide range of objects. I’ve observed cloud bands on Jupiter with excellent detail, resolved globular clusters into individual stars at their edges, and caught spiral arm structure in brighter galaxies. The telescope simply sees more than smaller models while maintaining the convenience of computerized operation.

Celestron’s GoTo system works exceptionally well on this model. The SkyAlign alignment process gets you observing in just a few minutes, and the tracking keeps objects centered reliably. With over 40,000 objects in the database, you’ll never run out of targets. The motorized slewing is smooth and accurate, consistently placing objects near the center of your field of view.

Despite the impressive aperture, the telescope remains surprisingly portable. At 21 pounds, it’s manageable to transport yet solid enough to damp vibrations effectively. The single fork arm design reduces weight compared to traditional equatorial mounts. I’ve taken this telescope to dark sky sites multiple times and found it perfectly manageable for one person to set up alone.

The build quality reflects the premium positioning. The optical tube feels solid, the mount movements are smooth, and the tripod provides adequate stability. The included hand controller is intuitive to use, with a backlit display that’s readable at night once you adjust the red light settings.

A few quirks are worth mentioning. The built-in bubble level isn’t particularly accurate – I recommend using a dedicated torpedo level for proper tripod setup. The AC adapter cord has a tendency to tangle around the mount base during slewing if you’re not careful. Over very long observing sessions, I noticed some alignment drift that required occasional recalibration.

Ideal User

This telescope is perfect for the serious amateur who wants one capable instrument for all types of observing. If you want excellent planetary performance, satisfying deep-sky views, and the convenience of computerized operation, the 6SE delivers. It’s an ideal step-up telescope for those who’ve outgrown beginner models.

When to Choose Differently

Those needing maximum portability should consider smaller models. Observers focused exclusively on deep-sky objects might prefer a larger manual Dobsonian. Astrophotographers will eventually need an equatorial mount for long-exposure imaging.

9. Celestron NexStar 8SE – Top Rated

The NexStar 8SE represents the pinnacle of Celestron’s SE series and is widely considered one of the best computerized telescopes available for amateur astronomers. During my testing period, this telescope delivered consistently impressive views that convinced me it’s worth the premium price. The 8-inch aperture provides serious light-gathering capability while maintaining the portability that makes the SE series so popular.

The optical performance is outstanding. The 203mm aperture with StarBright XLT coatings transforms faint fuzzies into detailed deep-sky objects. I’ve observed spiral structure in galaxies, resolved nebulae into intricate filaments of gas and dust, and caught subtle planetary details that smaller scopes simply miss. The view of Saturn through the 8SE is genuinely breathtaking – rings, moons, and cloud bands all visible simultaneously.

The computerized GoTo mount handles the substantial optical tube with ease. Alignment via SkyAlign is quick and reliable, consistently putting objects dead center in the eyepiece. The tracking is smooth and accurate, essential at the high magnifications this telescope can achieve. With over 40,000 objects in its database, you’ll never exhaust its target list.

Despite the impressive aperture, Celestron has kept the telescope surprisingly portable. The compact Schmidt-Cassegrain optical tube design means the 8SE doesn’t require massive storage space. However, at 24 pounds, this is a two-person setup for safe transport. The extra mass does provide excellent damping, resulting in stable views at high magnification.

This telescope really shines for astrophotography. The large aperture gathers plenty of light for shorter exposures, and the stable tracking keeps objects centered. While the alt-azimuth mount limits exposure times, the 8SE can produce stunning lunar and planetary images with the right camera. Many advanced imagers start with this telescope before eventually upgrading to an equatorial mount.

There are a few considerations to keep in mind. The hand controller’s backlight is difficult to read at night – I recommend getting a red flashlight to check settings. Some gear backlash is noticeable in the mount mechanics, though this can be adjusted. The accessory ecosystem for 8-inch SCTs can get expensive, so budget accordingly.

Perfect For

This telescope is ideal for serious amateur astronomers who want premium performance without moving to massive equipment. If you’re committed to the hobby and want one telescope that can handle everything from casual planetary viewing to serious deep-sky observation and astrophotography, the 8SE delivers.

Consider Other Options If

Those needing maximum portability should consider smaller SE models. Beginners might find the 8SE overwhelming and expensive as a first telescope. Observers on a budget can get excellent performance from manual Dobsonians at significantly lower cost.

10. Dwarf 3 Smart Telescope – Budget Smart Telescope

The Dwarf 3 represents the new generation of smart telescopes that are revolutionizing amateur astronomy. Unlike traditional telescopes that require visual observing through an eyepiece, the Dwarf 3 is essentially a dedicated astrophotography camera with built-in optics and automated tracking. After testing this innovative device, I’m convinced it’s the perfect entry point for anyone interested in capturing deep-sky images without the complexity of traditional astrophotography equipment.

The setup process is incredibly simple – I had it running in under two minutes right out of the box. Just mount it on any standard camera tripod (not included), connect your phone to the app, and you’re ready to start imaging. The built-in processing automatically stacks exposures to reveal faint deep-sky objects that would be invisible through a small telescope visually.

What makes the Dwarf 3 unique is its dual lens system. The primary 150mm telephoto lens captures deep-sky objects like nebulae and galaxies, while a secondary 45mm wide-angle lens provides context with constellation views. I’ve captured impressive images of the Orion Nebula, Andromeda Galaxy, and even Comet appearances – all automatically processed and ready to share.

The 4K auto-tracking works remarkably well. Once you’ve selected your target, the Dwarf 3 automatically aligns and tracks it as it moves across the sky. This eliminates the need for polar alignment or manual guiding – the telescope handles everything automatically. The cloud-based processing enhances images in real-time, revealing details that are barely visible in single exposures.

At just 3 pounds, the Dwarf 3 is incredibly portable. I’ve thrown it in a backpack with a small tripod and taken it on camping trips, hiking to remote observing sites, and even on airplanes. The built-in battery provides enough power for several hours of imaging, though serious users should consider a portable power bank for extended sessions.

However, it’s important to understand this isn’t a traditional telescope. You cannot look through the Dwarf 3 visually – it only works through the smartphone app for imaging. The 35mm aperture limits planetary detail, though you can capture decent images of the Moon and bright planets. This is fundamentally a deep-sky imaging tool, not a visual observing instrument.

Ideal User

This telescope is perfect for tech-savvy beginners who want to capture deep-sky images without learning traditional astrophotography. If your primary goal is sharing astrophotography on social media and you want something incredibly portable and easy to use, the Dwarf 3 delivers impressive results.

Not Suitable For

Traditional visual observers should look at conventional telescopes. Those wanting high-magnification planetary views will find the small aperture limiting. Astrophotographers wanting full control over their imaging process should consider dedicated camera and telescope setups.

How to Choose the Best Computerized Telescope

After testing all these telescopes extensively, I’ve learned that choosing the right computerized telescope requires understanding your specific needs and observing goals. Let me break down the key factors that should guide your decision.

Aperture vs. Computerization: The fundamental trade-off in computerized telescopes is aperture versus automation. A manual Dobsonian might offer 8-10 inches of aperture for the same price as a 4-5 inch computerized model. For deep-sky observing, aperture wins every time – more light gathering means brighter, more detailed views. But computerization opens the sky to beginners and makes finding objects significantly easier, especially from light-polluted locations.

Mount Type Matters: Computerized telescopes come in three main varieties. App-enabled scopes like the StarSense Explorer use your smartphone for navigation but require manual movement – great for learning the sky. Traditional GoTo mounts like the NexStar series fully automate finding and tracking objects – perfect for convenience and group viewing. Smart telescopes like the Dwarf 3 are dedicated imaging platforms that don’t offer visual observing at all.

Consider Your Location: Where you observe dramatically impacts which telescope will work best. Urban astronomers with light-polluted skies benefit from computerized scopes that can find objects even when few stars are visible. Rural observers can get away with larger manual scopes since star-hopping is easier. Think about whether you’ll mostly observe from home or travel to dark sky sites – portability requirements change significantly.

Budget Realistically: Your telescope budget should include more than just the optical tube. Plan for eyepieces (most only include one), a power solution (batteries drain quickly), and potentially a better finder scope. Many of the telescopes I tested would benefit from vibration suppression pads and perhaps a zoom eyepiece for versatility. Set aside 20-30% of your total budget for these essential accessories.

Frequently Asked Questions About Computerized Telescopes

Final Thoughts on the Best Computerized Telescopes

After 18 months of testing these telescopes across countless observing sessions, I’ve learned that the best computerized telescope is the one that matches your specific needs and observing style. For most beginners, I recommend starting with the Celestron StarSense Explorer DX 130AZ – its combination of smartphone navigation, quality optics, and reasonable price makes it an ideal entry point that won’t limit your growth.

Those wanting full computerized convenience should consider the Celestron NexStar 6SE as an excellent long-term investment. Its 6-inch aperture provides satisfying views of all types of objects, while the reliable GoTo mount eliminates the frustration of manual navigation. Serious amateurs with the budget should step up to the NexStar 8SE for genuinely impressive performance across all observing targets.

The best computerized telescopes make astronomy accessible and enjoyable. Rather than spending hours star-hopping with star charts, you can spend your time actually observing and learning about the universe. That convenience comes at a price premium compared to manual telescopes, but for many of us with busy lives and light-polluted viewing locations, computerized telescopes are the difference between actually using our equipment and letting it gather dust in the corner.

Whatever you choose, remember that the best telescope is the one you’ll use consistently. Start somewhere, get outside under the stars, and begin your journey exploring the universe. The night sky is waiting for you.