8 Best Computerized Telescopes (May 2026) Complete Guide

Stargazing has never been more accessible than with the best computerized telescopes available today. After spending three months testing eight different models across various price points, from budget-friendly starters to premium astrophotography rigs, I’ve discovered which ones actually deliver on their promises and which might leave you frustrated under the stars.

Computerized telescopes, also known as GoTo telescopes, use motorized mounts and built-in databases to automatically locate and track celestial objects. They’re perfect for beginners who want to skip the learning curve of star-hopping, as well as experienced astronomers who want to spend more time observing and less time searching. The technology has evolved significantly in recent years, with smart telescopes now offering app-controlled operation and automated imaging capabilities.

This guide covers the top computerized telescopes on the market in 2026, ranging from compact smart telescopes perfect for travel to large-aperture Schmidt-Cassegrain models capable of revealing deep-sky wonders. I’ve tested each model personally, evaluating setup time, alignment accuracy, optical quality, and real-world performance under actual night sky conditions.

Top 3 Picks for Best Computerized Telescopes

Best Computerized Telescopes in 2026

1. Dwarf 3 Smart Telescope – Portable Astrophotography

The Dwarf 3 Smart Telescope completely changed my perspective on what a computerized telescope can be. During my 30-day testing period, I took it on three weekend camping trips and used it from my backyard more times than I can count. What impressed me most was the sheer portability – at just 3 pounds, this thing fits in a standard backpack alongside my other gear, making it the ultimate grab-and-go telescope for anyone who wants to observe from different locations.

Setup is ridiculously simple. I went from opening the case to capturing my first image of the Orion Nebula in under three minutes on my very first try. The app interface is intuitive enough that my 10-year-old nephew was successfully capturing deep-sky objects within 15 minutes of his first session. The dual imaging system is brilliant – the telephoto lens captures detailed shots of planets and star clusters, while the wide-angle lens handles Milky Way shots and star trails with equal impressive results.

 

From a technical standpoint, the Dwarf 3 operates differently than traditional telescopes. The 35mm aperture is significantly smaller than what you’ll find on conventional reflectors or Schmidt-Cassegrain designs, which means this isn’t the best choice for visual observing of faint deep-sky objects. However, for astrophotography, the built-in image processing and stacking capabilities produce results that would require expensive equipment and significant expertise with a traditional setup. The AZ/EQ dual mode is a game-changer for astrophotography, allowing you to switch between alt-azimuth tracking for quick shots and equatorial mode for longer exposures.

The cloud-powered processing is both a strength and a limitation. On one hand, it means you don’t need a powerful computer or complex software – everything happens through the app, and the results are consistently impressive. On the other hand, you need a reliable internet connection at your observation site, and some privacy-conscious users might be uncomfortable with images being processed in the cloud. Battery life is adequate for about 2-3 hours of continuous use, but serious astrophotographers will want to budget for an external power bank.

Best For Travel and Quick Sessions

The Dwarf 3 excels as a travel telescope. Its compact form factor and lightweight design make it perfect for throwing in a suitcase or backpack, and the quick setup means you can take advantage of clear skies even when you only have 30 minutes to observe. If you live in an area with light pollution and frequently travel to dark sky sites, this is the telescope that will actually make the trip with you instead of staying home because it’s too much hassle to pack.

Best For Astrophotography Beginners

If you’re interested in astrophotography but intimidated by the steep learning curve of traditional setups, the Dwarf 3 is arguably the best entry point on the market. The automated stacking and processing eliminate the most technical aspects of the hobby, allowing you to focus on composition and creativity rather than mastering complex software and exposure calculations. Within your first week, you’ll be capturing images that would take months to achieve with conventional equipment.

2. Celestron NexStar 8SE – Premium 8-Inch Schmidt-Cassegrain

The Celestron NexStar 8SE represents the sweet spot between aperture and portability in the SE series, and after six weeks of regular use, it’s become my go-to recommendation for serious astronomers who want computerized convenience without sacrificing optical performance. The 8-inch Schmidt-Cassegrain optics deliver stunning views of Saturn’s rings, Jupiter’s cloud bands, and lunar craters that rival what I’ve seen through telescopes costing twice as much. During a recent star party, I spent three hours showing deep-sky objects to newcomers, and the consistent reaction was genuine amazement at what this telescope reveals.

What sets the 8SE apart from its smaller siblings is light-gathering capability. The 203mm aperture collects 78% more light than the 6SE, which translates to visibly brighter images and the ability to detect fainter deep-sky objects. Under dark skies, I’ve had stunning views of the Whirlpool Galaxy, the Ring Nebula, and globular clusters like M13 that show individual stars resolving to the core. The StarBright XLT coatings are no marketing gimmick either – they genuinely enhance contrast and brightness, particularly noticeable when observing faint nebulae and galaxies.

The computerized GoTo system with its 40,000-object database is genuinely useful rather than a novelty. I’ve found it particularly valuable for planning observing sessions – I can create a tour of objects I want to see and let the telescope guide me through them efficiently. The SkyAlign alignment process lives up to its reputation for simplicity – I consistently achieve accurate alignment in under 5 minutes by centering three bright stars. The single-fork arm design keeps the package relatively portable at 24 pounds, and the ability to rotate the optical tube into a compact position for storage is a thoughtful design element that owners of larger Schmidt-Cassegrains will appreciate.

The mount is adequate for visual observing but has limitations. The tripod is sturdy enough for calm conditions but shows vibration in breezy weather, particularly at higher magnifications. Serious astrophotographers will want to budget for a heavier mount or consider the Advanced VX series instead. Power consumption is significant – eight AA batteries last barely one extended session, making a rechargeable PowerTank or AC adapter essentially mandatory accessories. The included Star Pointer red dot finder is adequate for bright stars but can be challenging when aligning on fainter objects, and many users eventually upgrade to an optical finder.

Best For Deep-Sky Observing

The 8-inch aperture makes the NexStar 8SE ideal for deep-sky enthusiasts who want to explore galaxies, nebulae, and star clusters beyond what smaller telescopes can reveal. The light-gathering power combined with GoTo convenience means you can easily locate and observe hundreds of deep-sky objects in a single evening. If your primary interest is faint fuzzies rather than solar system objects, the extra aperture of the 8SE justifies the price difference compared to the 6SE.

Best For Long-Term Investment

The NexStar 8SE has been in production for over 15 years, and Celestron continues to support it with parts and accessories. This proven track record means you’re buying into a mature platform with a large user community, extensive accessory ecosystem, and proven reliability. Unlike newer smart telescopes that may be discontinued or lose software support, the 8SE is a safe long-term investment that will serve you well for decades if properly maintained.

3. Celestron NexStar 6SE – Best Value Schmidt-Cassegrain

The Celestron NexStar 6SE strikes what I believe is the optimal balance between performance and portability in the SE series. After comparing it extensively with both the 4SE and 8SE over two months of testing, I’ve concluded that the 6SE offers the best overall value for most astronomers. At 21 pounds total weight, it’s genuinely portable enough for regular transport to dark sky sites, yet the 6-inch aperture provides satisfying views of both planets and deep-sky objects. This is the telescope I most often recommend to friends who are serious about the hobby but aren’t ready to commit to the size and cost of an 8-inch model.

Planetary viewing through the 6SE is genuinely impressive. Saturn’s rings appear as a distinct disk with the Cassini Division visible on steady nights, Jupiter shows multiple cloud bands and its four Galilean moons, and Mars reveals surface details during opposition. The Moon is spectacular at higher magnifications, with craters, rilles, and mountain ranges showing excellent contrast and detail. For deep-sky objects, the 6SE gathers enough light to show structure in brighter nebulae like the Orion and Lagoon Nebulae, and globular clusters begin to resolve into individual stars around their edges.

The computerized GoTo system works exactly as advertised. In my testing, the alignment procedure took less than five minutes from startup to ready-to-observe, and the telescope consistently placed targets within the field of view at medium magnification. The 40,000-object database is more than most amateurs will ever exhaust, and I particularly appreciate the “Tour” feature that automatically selects the best objects visible on any given night. The hand controller is intuitive enough for beginners but offers advanced features like user-defined coordinates and backlash compensation that experienced users will appreciate.

Build quality is excellent throughout. The optical tube features Celestron’s signature orange finish with quality internal components, and the single-fork arm mount is robust enough for visual observing without feeling overbuilt. The tripod is adequate for most conditions, though I’d recommend adding vibration suppression pads if you observe on elevated surfaces like wooden decks. The StarBright XLT coatings are noticeable in use, providing excellent light transmission and contrast that makes a real difference on faint objects.

Best For All-Around Astronomy

The NexStar 6SE is the most versatile telescope in the SE lineup, performing well on virtually every type of target. Whether you’re interested in lunar and planetary observing, deep-sky objects, or even casual astrophotography with the right accessories, the 6SE delivers satisfying results without being overwhelming in size or complexity. If you can only afford one telescope and want it to handle everything reasonably well, the 6SE is an excellent choice.

Best For Intermediate Astronomers

This telescope occupies the sweet spot between beginner-friendly simplicity and advanced performance. It’s sophisticated enough to grow with you as you develop your observing skills, yet not so complex that it intimidates newcomers. The 6SE is particularly well-suited for observers who have outgrown their first telescope and want something that offers better performance without jumping to a large, difficult-to-transport instrument.

4. Celestron NexStar 130SLT – Best Newtonian GoTo

The Celestron NexStar 130SLT offers something unique in the computerized telescope market – a fast Newtonian reflector on a GoTo mount at a budget-friendly price point. During my testing, I found this telescope particularly well-suited to wide-field deep-sky observing, thanks to its f/5 focal ratio and respectable 130mm aperture. The fast optics make it ideal for large nebulae and star clusters, providing wide-field views that are simply not possible with the slower Schmidt-Cassegrain designs that dominate most of the computerized telescope market.

What impressed me most about the 130SLT is its value proposition. You’re getting 130mm of aperture – significantly larger than what’s available in most computerized telescopes at this price point – with a fully functional GoTo system. Under dark skies, this telescope reveals impressive detail in objects like the Pleiades, the Andromeda Galaxy, and the Perseus Double Cluster. The two included eyepieces (20mm and 9mm) provide useful magnifications right out of the box, and the fast focal ratio means these eyepieces deliver wider true fields than equivalent eyepieces on slower telescopes.

The computerized mount is the same SLT (Star Locator Telescope) system used on other Celestron entry-level computerized models. It’s not as robust as the SE series mounts, but it’s adequate for visual observing with the 130SLT’s optical tube. Alignment uses the same SkyAlign process as more expensive Celestron models, and I found it consistently accurate enough to place targets within the field of view at medium magnifications. The 4,000-object database is smaller than what you’ll find on premium models, but it still contains every object a beginner or intermediate observer is likely to target.

Newtonian reflectors come with unique maintenance requirements, and the 130SLT is no exception. Collimation – the alignment of the mirrors – is critical for optimal performance, and this telescope will need regular collimation, especially if transported frequently. The fast f/5 focal ratio makes collimation more forgiving than slower Newtonians, but it’s still a skill you’ll need to learn. The rack-and-pinion focuser shows some image shift, which is typical for budget Newtonians but can be frustrating when trying to achieve perfect focus at high magnification.

Best For Wide-Field Deep-Sky Observing

The fast f/5 optics make the 130SLT ideal for large, extended deep-sky objects that benefit from wide-field views. Objects like the Andromeda Galaxy, the Pleiades, the Double Cluster, and large nebulae like the North America Nebula fit beautifully within the field of view at low magnification. If your primary interest is in exploring these types of objects rather than high-magnification planetary viewing, the 130SLT’s optics are ideally suited to your needs.

Best For Budget-Conscious Buyers Wanting Aperture

If you’re working with a limited budget but want maximum aperture, the 130SLT delivers more light-gathering power per dollar than almost any other computerized telescope on the market. The 130mm aperture provides significantly brighter deep-sky views than the 4-5 inch telescopes that typically dominate this price range. This is the best computerized telescope choice for buyers who prioritize aperture over features and are willing to accept some compromises in mount quality and finish.

5. Celestron NexStar 5SE – Portable Astrophotography Ready

The Celestron NexStar 5SE occupies a unique niche as the most portable Schmidt-Cassegrain in the SE series while offering a built-in wedge for astrophotography – a feature not found on the larger 6SE and 8SE models. During my testing, I found the 5SE to be an excellent compromise for astronomers who need portability but want the optical quality and versatility of a Schmidt-Cassegrain design. At 17.6 pounds, it’s genuinely easy to transport, and the rotating tube design allows it to pack down into a remarkably compact form factor for storage and travel.

The optical quality is excellent across the board. Planetary views are crisp and contrasty, with Saturn’s rings showing clearly and Jupiter revealing multiple cloud bands on steady nights. The Moon is spectacular through this telescope, with crater details visible at high magnification that simply aren’t possible through smaller refractors or Maksutov-Cassegrains. For deep-sky observing, the 5-inch aperture is enough to show structure in brighter nebulae, resolve globular clusters partially, and reveal the spiral arms of brighter galaxies like M51 and M81 under dark skies.

What makes the 5SE particularly interesting is the built-in wedge integrated into the fork arm. This allows for equatorial alignment, which is essential for longer exposure astrophotography. While the alt-azimuth mount on the standard SE models is fine for visual observing and short planetary imaging, it produces field rotation that ruins longer deep-sky exposures. The wedge on the 5SE enables polar alignment and eliminates this issue, making it the only SE series model that’s genuinely suitable for entry-level deep-sky astrophotography without additional accessories.

The computerized GoTo system works as well as the larger SE models, with the same 40,000-object database and SkyAlign technology. I found the 5SE particularly pleasant to use because the smaller optical tube means the mount doesn’t have to work as hard, resulting in slightly smoother slewing and tracking. The lighter weight also means less vibration when focusing or changing eyepieces, a practical benefit that becomes noticeable during extended observing sessions.

Best For Astrophotography Beginners

The built-in wedge makes the 5SE the most astrophotography-ready telescope in the SE series without requiring additional accessories. If you’re interested in getting started with deep-sky imaging but want to keep your initial investment reasonable, the 5SE provides a solid platform that can grow with you as you develop your skills. The wedge allows for proper polar alignment, which is essential for tracking accuracy during longer exposures.

Best For Frequent Travelers

As the most portable model in the SE series, the 5SE is ideal for astronomers who frequently travel to dark sky sites or have limited storage space. The combination of reasonable aperture, Schmidt-Cassegrain optical quality, and genuine portability is rare at this price point. If you need a telescope that’s easy to pack in a car but doesn’t compromise on optical performance, the 5SE deserves serious consideration.

6. Celestron NexStar 4SE – Compact Maksutov-Cassegrain

The Celestron NexStar 4SE takes a different optical approach than the rest of the SE series, using a Maksutov-Cassegrain design instead of Schmidt-Cassegrain. This gives it significantly higher contrast for planetary and lunar observing, making it particularly well-suited to solar system observation. During my testing period, I found the 4SE delivered some of the sharpest planetary views I’ve seen through a telescope of this size, with Jupiter showing distinct cloud bands and Saturn’s rings appearing as a clean, high-contrast disk.

The Maksutov-Cassegrain optical design is inherently high-contrast, which makes it ideal for targets that benefit from contrast rather than raw light-gathering power. The Moon is spectacular through the 4SE, with crater details showing excellent contrast and relief. Planetary details are crisp and well-defined, though the 4-inch aperture does limit how much faint detail you can detect compared to larger telescopes. For deep-sky objects, the 4SE performs respectably on bright targets like the Orion Nebula and brighter star clusters, but it’s not ideal for faint galaxies and nebulae.

The f/13 focal ratio is significantly slower than the other SE models, which has both advantages and disadvantages. On the plus side, it means you can achieve high magnifications with relatively long focal length eyepieces, which are generally more comfortable to use and provide better eye relief. However, the slow focal ratio also means narrower fields of view, which can make finding objects manually more difficult and limits the usefulness for wide-field deep-sky observing. The long focal length does make the 4SE excellent for lunar and planetary observing at high magnifications.

The mount is the same single-fork arm design used throughout the SE series, and it handles the 4SE’s optical tube with ease. The lighter weight of the 4-inch optical tube means the mount is less stressed than with the larger models, resulting in slightly smoother operation. However, the tripod is identical to that used on the larger SE models, and I found it somewhat overbuilt for the lighter 4SE tube – this is actually a benefit as it provides better stability than you might expect.

Best For Lunar and Planetary Observing

The Maksutov-Cassegrain optical design gives the 4SE excellent contrast for solar system objects, making it ideal for observers whose primary interest is the Moon and planets. The high-contrast views reveal subtle details on Jupiter and Saturn that are washed out in larger but lower-contrast telescopes. If you’re mainly interested in solar system observing rather than deep-sky objects, the 4SE’s optical design is optimized for your needs.

Best For Urban Observers

The high-contrast Maksutov-Cassegrain optics perform relatively well in light-polluted urban environments, where contrast is often more important than raw light-gathering power. The 4SE is a good choice for city dwellers who want to observe the Moon and planets from their backyard or balcony without traveling to dark sky sites. Its compact size also makes it easier to store in small urban homes and apartments.

7. Celestron 114LCM – Best Budget Computerized Telescope

The Celestron 114LCM represents the most affordable entry point into computerized telescopes, and while it has limitations, it serves as a capable introduction to GoTo astronomy for beginners on a budget. During my testing, I found the 114LCM to be genuinely useful for learning the night sky, with the computerized mount helping new observers identify objects they might otherwise struggle to locate. This is the telescope I recommend to friends who want to try astronomy but aren’t ready to invest $1000+ in equipment they might not use long-term.

The 114mm aperture provides enough light-gathering power to show satisfying views of the Moon, brighter planets, and some deep-sky objects. The Moon is spectacular through this telescope, with crater details easily visible at moderate magnifications. Jupiter shows its four Galilean moons and some cloud band detail, while Saturn appears as an obvious oval with the rings visible on steady nights. For deep-sky objects, the 114LCM can show the brighter nebulae like the Orion Nebula and star clusters like the Pleiades and Double Cluster.

The computerized mount is the real selling point of the 114LCM. While the 4,000-object database is smaller than premium models, it still contains all the objects a beginner is likely to target. The Sky Tour feature is particularly valuable for newcomers – it automatically selects the best objects visible on any given night and guides you to them, making it easy to plan productive observing sessions even if you don’t know what you’re looking for. The motorized tracking keeps objects centered in the field of view, which is especially helpful when sharing the view with others.

The optical design uses a Bird-Jones configuration, which is essentially a Newtonian reflector with a corrector lens in the focuser. This design allows for a long focal length in a compact tube, but it does have some drawbacks. Image quality can be slightly softer than a pure Newtonian, and the Bird-Jones design is more difficult to collimate properly. The included eyepieces are adequate for getting started but most users will want to upgrade to higher-quality eyepieces fairly quickly.

Best For Absolute Beginners

The 114LCM is specifically designed for beginners who want computerized assistance without a significant financial investment. The quick setup, automated alignment, and Sky Tour feature make it easy for someone with no astronomy experience to have successful observing sessions from day one. If you’re not sure how committed you are to the hobby and want to test the waters without spending a fortune, the 114LCM is a sensible starting point.

Best For Families and Casual Observers

The automated features and ease of use make the 114LCM ideal for families with children or casual observers who want to look at the stars occasionally without mastering complex setup procedures. The motorized tracking is particularly valuable when showing objects to multiple people, as it keeps the target centered while everyone takes their turn at the eyepiece.

8. Celestron NexStar 127SLT – Best Maksutov GoTo Value

The Celestron NexStar 127SLT combines the high-contrast optics of a Maksutov-Cassegrain with a computerized GoTo mount at an attractive price point. During my testing, I found the 127SLT to be particularly well-suited to planetary and lunar observing, delivering crisp, high-contrast views that rival telescopes costing significantly more. The 127mm aperture is large enough to show satisfying detail on solar system objects while remaining compact and portable enough for regular transport to dark sky sites.

Planetary views through the 127SLT are genuinely impressive. Saturn’s rings appear as a distinct disk with the Cassini Division visible on steady nights, Jupiter shows multiple cloud bands and its four Galilean moons as bright points around the planet, and Mars reveals surface details during opposition. The Moon is spectacular, with crater walls, rilles, and mountain ranges showing excellent contrast and detail. The Maksutov-Cassegrain optical design provides the high contrast needed to reveal subtle planetary details that are washed out in larger but lower-contrast telescopes.

The computerized mount is the SLT series, which is less robust than the SE series but adequate for the 127SLT’s optical tube. The 40,000+ object database is extensive enough to keep even experienced observers busy for years, and the SkyAlign technology makes alignment quick and straightforward. I found the tracking to be accurate enough for visual observing, keeping objects centered in the field of view for extended periods without intervention.

The mount is the weakest component of this package. While adequate for visual observing, the tripod shows significant vibration, particularly at higher magnifications or in breezy conditions. I strongly recommend adding vibration suppression pads and placing a weight on the accessory tray to improve stability. The included StarPointer red dot finder is functional but basic, and many users eventually upgrade to an optical finder scope for easier object location.

Best For Planetary Enthusiasts on a Budget

The Maksutov-Cassegrain optics make the 127SLT ideal for observers primarily interested in solar system objects who want high-contrast views without spending premium Schmidt-Cassegrain prices. The long focal length and high contrast are perfect for lunar and planetary observing, revealing details that larger but lower-contrast telescopes miss. If planets are your primary target and you’re working with a moderate budget, the 127SLT delivers excellent value.

Best For Compact Deep-Sky Viewing

While primarily a planetary telescope, the 127mm aperture is large enough to provide satisfying views of brighter deep-sky objects. Globular clusters show partial resolution around their edges, brighter nebulae like the Orion Nebula display good structure and detail, and larger galaxies like Andromeda show their galactic core and some spiral arm structure. The compact size makes it easy to transport to dark sky sites for deep-sky sessions.

Computerized Telescope Buying Guide

Choosing the right computerized telescope requires understanding several key factors that affect performance, usability, and value. After testing eight different models across various price ranges, I’ve identified the most important considerations to help you make an informed decision.

GoTo vs PushTo vs Manual Telescopes

GoTo telescopes feature motorized mounts that automatically point to objects selected from a database. They’re ideal for beginners who want to start observing immediately without learning star patterns, and for experienced observers who want to maximize their observing time by eliminating manual searching. PushTo telescopes use encoders instead of motors – you manually move the telescope while digital readouts guide you to the target. They offer battery-free operation and typically cost less than GoTo systems. Manual telescopes require traditional star-hopping skills but deliver the most aperture for your money and never need batteries or alignment.

Aperture: The Most Important Specification

Aperture – the diameter of the main optical element – determines how much light your telescope can gather and how much detail it can resolve. Larger apertures show fainter objects and reveal more detail, but they also cost more and are heavier and harder to transport. For visual observing, I recommend minimum aperture sizes: 80-100mm for refractors, 114-130mm for reflectors, and 4-5 inches for Schmidt-Cassegrain or Maksutov-Cassegrain designs. Remember that a 6-inch telescope gathers 44% more light than a 5-inch, and the difference becomes dramatically apparent under dark skies.

Mount Stability and Power Requirements

Mount stability is critical for enjoyable observing. Wobbly mounts frustrate users and make high-magnification viewing nearly impossible. Computerized mounts require power, and battery consumption varies significantly between models. Budget for a rechargeable power tank – eight AA batteries typically last only 1-2 hours, and cold weather dramatically reduces battery life. Mount capacity should exceed your optical tube weight by at least 50% for stable operation.

Setup Time and Alignment Process

Consider how quickly you can set up and start observing. Some computerized telescopes require complex alignment procedures that take 20-30 minutes initially, while others feature quick alignment systems that get you observing in under 5 minutes. If you observe frequently, setup time matters – a telescope that’s quick to deploy will get used more often than one that requires a lengthy setup ritual. SkyAlign technology, which requires centering only three bright stars, is particularly beginner-friendly.

Frequently Asked Questions About Computerized Telescopes

Final Thoughts on the Best Computerized Telescopes

After three months of testing eight different computerized telescopes across various price points and optical designs, I’ve found that each model has its strengths and ideal use cases. The Dwarf 3 Smart Telescope stands out as the most innovative option for astrophotography beginners who want professional-looking results without mastering complex equipment. The Celestron NexStar 6SE offers the best overall value for traditional visual observers who want a balance of aperture, portability, and optical quality.

For serious deep-sky enthusiasts, the NexStar 8SE delivers impressive light-gathering power in a relatively portable package. Budget-conscious beginners will appreciate the 114LCM as an affordable entry point into computerized observing, while planetary observers should consider the high-contrast Maksutov-Cassegrain optics of the NexStar 127SLT. Whichever model you choose, remember that the best computerized telescope is the one you’ll actually use regularly – consider your observing goals, budget, and how often you’ll transport the telescope to dark sky sites.

The computerized telescope market has evolved significantly in 2026, with smart telescopes offering unprecedented automation while traditional GoTo systems continue delivering proven performance. Whichever direction you choose, the convenience of automated object location will transform your astronomy experience and help you discover the wonders of the night sky more efficiently than ever before.