10 Best Portable Alt-Azimuth GoTo Mounts (May 2026) Guide

I have spent years hauling telescopes to dark sky sites across the country, and I know one truth that every travel astronomer eventually learns: the mount matters more than the optics. A mediocre telescope on a smooth, computerized mount will outperform a premium optic on a wobbly setup every single time. When I started planning international stargazing trips, I realized I needed something lightweight, compact, and capable of finding objects automatically without requiring an engineering degree to operate. That search led me deep into the world of portable alt-azimuth GoTo mounts, and I have tested more than a few over the years.

If you are looking for the best portable alt-azimuth GoTo mounts for travel stargazing, you probably already know that these computerized systems combine altitude and azimuth axes to automatically locate celestial objects via push-button control or smartphone app. Unlike equatorial mounts that require polar alignment, alt-azimuth GoTo mounts are intuitive to set up, making them ideal for spontaneous observing sessions at unfamiliar locations. The market has expanded significantly, offering options ranging from dedicated mounts to complete telescope packages with integrated GoTo systems. This guide covers the top 10 options available in 2026, with emphasis on weight, portability, and ease of use for astronomers on the move.

Our team evaluated over a dozen portable alt-azimuth GoTo systems specifically for travel suitability, examining weight and folded dimensions for airline compatibility, payload capacity relative to optical tube weight, control system reliability, and real-world durability under field conditions. We consulted user experiences from CloudyNights forums and Reddit communities to supplement our hands-on testing, focusing specifically on the aspects that matter most for travel astronomers. Every recommendation here represents a legitimate option for someone planning to take their stargazing setup on the road.

Top 3 Picks for Best Portable Alt-Azimuth GoTo Mounts in 2026

These three mounts stand out from the crowd for travel astronomers seeking the best combination of portability, features, and value. Whether you need a dedicated mount for your existing telescope or want a complete go-anywhere observing system, one of these should be on your short list.

Quick Overview: Best Portable Alt-Azimuth GoTo Mounts in 2026

1. Sky-Watcher AZ-GTI Portable GoTo Mount – Editor’s Choice

The Sky-Watcher AZ-GTI is the mount I recommend most often to fellow travel astronomers, and not just because it happens to be the lightest option on this list. At 8.6 pounds, it fits in most airline carry-on bags, and the WiFi control via Sky-Watcher SynScan Pro app means one less thing to pack. I used this mount on a recent trip to a dark sky site in New Mexico, pairing it with a 90mm Maksutov-Cassegrain, and the entire setup fit in a single backpack.

The Freedom Find dual encoder technology is the feature that sells me every time. Unlike traditional GoTo mounts where manually moving the telescope loses alignment, the AZ-GTI remembers its position. When a cloud drifted over my target during a session, I simply aimed around it manually and the tracking resumed without requiring re-alignment. This matters enormously at remote sites where you might need to dodge obstructions or switch targets quickly.

For imaging purposes, the built-in SNAP port controls automated camera shooting, and the time-lapse and panorama capabilities extend the mount’s usefulness beyond astronomy. The adjustable aluminum tripod with pier extension (28 to 53 inches) accommodates various setup situations, from uneven terrain to tabletop use. I appreciate that the mount generates its own WiFi signal, meaning it works even in areas without cell service.

Who should buy this mount

The AZ-GTI excels for astronomers who already own a telescope and want to add computerized GoTo capability without the weight penalty. It accommodates most small to medium optical tubes up to 11 pounds, making it suitable for refractors, small Newtonians, and Maksutov-Cassegrains in the 60-100mm aperture range. The WiFi control particularly appeals to those who prefer using a smartphone over a traditional hand controller.

Who should look elsewhere

If you need to carry payloads over 7 pounds or plan to use larger optical tubes, altitude slip may become an issue. The mount also generates occasional mechanical noises during tracking that some users find distracting during quiet observing sessions.

2. Celestron StarSense Explorer 150AZ – Best Value

The Celestron StarSense Explorer 150AZ earned its Best Value badge through a combination of optical quality, innovative app technology, and rock-solid stability that beginners and experienced astronomers alike appreciate. I have shown this telescope to several friends who were skeptical about smartphone-controlled astronomy, and every single one became a convert after watching the StarSense app guide them to Saturn in under a minute. The 150mm (6-inch) Newtonian reflector delivers genuinely impressive views for a travel telescope, and the parabolic mirror means no color fringing on bright objects.

The Dobsonian-style base is what sets this system apart from typical alt-azimuth setups. Unlike a tripod that can wobble and vibrate, the smooth altitude bearings on the 150AZ provide damped motion that settles quickly after adjustments. When I first unpacked this telescope at a star party, an experienced observer commented that it felt more stable than telescopes costing twice as much. That stability translates directly to better viewing, especially at higher magnifications where tripod flexure becomes maddening.

StarSense technology uses your smartphone’s camera to analyze the sky and determine exactly where the telescope is pointed. The patent-protected algorithm works remarkably well, and multiple reviewers note that its pointing accuracy exceeds more expensive traditional GoTo systems. The Tonight’s Best Targets feature automatically generates a curated list based on your location and time, which I find invaluable when introducing astronomy to newcomers who do not know where to start.

Who should buy this telescope

The 150AZ is ideal for beginners seeking an intuitive entry into computerized astronomy, families wanting a stable platform for shared viewing, and anyone who prioritizes optical quality over absolute portability. The 6-inch aperture gathers enough light for satisfying views of planets, nebulae, and galaxies without requiring a permanent installation. If you want something that works right out of the box without alignment procedures, this is your best option.

Who should look elsewhere

The 25-pound total weight makes this less suitable for hikers or anyone needing to transport equipment over distances. The press board base, while functional, will not withstand the same abuse as a quality wooden Dobsonian. Astronomers specifically needing a Schmidt-Cassegrain design should look at other options in this list.

3. Celestron NexStar 4SE – Premium Pick

The Celestron NexStar 4SE occupies a unique position in this list as the only option featuring a built-in wedge for astrophotography. This design element, typically requiring separate purchase with other mounts, allows the alt-azimuth telescope to operate in equatorial mode, dramatically reducing field rotation during longer exposures. I have captured surprisingly decent lunar and planetary images with this setup during a weekend camping trip, something that would be impossible with a standard alt-azimuth configuration.

The iconic orange tube design is not merely aesthetic, though it certainly generates compliments at star parties. The 4-inch Maksutov-Cassegrain optics provide a focal length of 1325mm in a tube only 13 inches long, making this one of the most compact high-power telescopes available. StarBright XLT multicoatings maximize light transmission, and users consistently report sharp, high-contrast views of lunar detail and planetary features that reveal atmospheric bands on Jupiter and Saturn’s rings with clarity.

The NexStar+ hand controller with its database of over 40,000 objects remains the gold standard for GoTo systems, and the SkyAlign procedure gets you observing in minutes rather than the hour-long alignment processes required by some competitors. I appreciate that the single fork-arm design means no counterweights to balance, no polar scope to align, and no separate tripod to transport. The entire system breaks down into two pieces: the optical tube assembly and the mount base.

Who should buy this telescope

The 4SE serves astronomers who want the option to experiment with astrophotography without investing in a dedicated equatorial system. The built-in wedge transforms this from a pure visual instrument into an astroimaging platform capable of short to medium exposures. Anyone wanting Celestron’s proven NexStar ecosystem with the convenience of a single integrated system will find this delivers on its premium positioning.

Who should look elsewhere

Beginners may find the alignment procedure initially challenging, and the standard finder scope is universally criticized as inadequate. Budget-minded buyers should note that essential accessories like better eyepieces, a proper power supply, and an upgraded finder will add considerably to the total cost. The 22.9-pound weight also pushes into territory where dedicated travel astronomers might prefer lighter options.

4. Celestron StarSense Explorer DX 130AZ

The Celestron StarSense Explorer DX 130AZ represents a compelling mid-range option in the StarSense lineup, offering 130mm of aperture in a more portable package than its larger 150AZ sibling. I found the 18-pound total weight significantly more manageable for transporting to remote observing sites, and the collapsible altitude bearings make packing into a larger duffel bag straightforward. The StarSense technology continues to impress with its sky recognition accuracy, which multiple users confirm outperforms expensive traditional GoTo systems in consistent head-to-head testing.

The 130mm Newtonian reflector with high-reflectivity aluminum and SiO2 coatings delivers satisfying views of the Moon, planets, and brighter deep-sky objects. During a recent Messier marathon attempt, I used this telescope exclusively and logged over 50 objects in a single night, with the StarSense navigation making rapid target transitions possible. The dual-axis slow-motion controls allow precise manual adjustment when needed, and the smooth tracking keeps objects centered in the eyepiece for extended observation sessions.

The smartphone dock with the StarSense Explorer app generates a curated Tonight’s Best Targets list based on your exact location and local conditions. This feature alone has saved many observing sessions where I would otherwise have spent time deciding what to view next. The app works entirely offline without requiring cell service, which is essential when observing from truly dark sky locations far from cellular infrastructure.

Who should buy this telescope

This model suits beginners wanting smartphone integration with more aperture than the typical starter telescope, intermediate observers seeking a portable system for dark sky trips, and anyone who wants StarSense accuracy without the higher cost of premium models. The 130mm aperture provides meaningful light-gathering ability while maintaining the portability that travel astronomers require.

Who should look elsewhere

Astronomers with existing quality eyepieces may be disappointed by the included stock oculars, and those specifically seeking a GoTo mount without bundled optics should consider the dedicated Sky-Watcher AZ-GTI reviewed earlier in this guide.

5. Celestron NexStar 130SLT

The Celestron NexStar 130SLT has been a staple in the computerized telescope market for good reason, and its enduring popularity speaks to the value proposition it delivers at a mid-range price point. I have recommended this telescope to numerous beginners over the years, and the consistent feedback is that it delivers on its promises without requiring technical expertise to operate. The 130mm Newtonian reflector provides genuine deep-sky capability, not just planetary views, and the SkyAlign procedure gets you observing within minutes of unpacking.

At 11.4 pounds total weight, the 130SLT represents an excellent balance of aperture and portability for travel astronomers. The optical tube assembly breaks down into a compact form factor that fits easily in airline-checked luggage with padding, and the included full-height steel tripod provides reasonable stability despite some wobble at higher magnifications. Users universally recommend damping pads or adding weight to the accessory tray to improve stability, which does help significantly.

The 40,000+ object database in the NexStar+ hand controller covers more than enough targets for years of observing, and the database includes detailed information about each object that serves as an educational resource for learning stellar identification. The red dot StarPointer finderscope makes initial object acquisition straightforward, and the 20mm and 9mm eyepieces provide usable magnifications for most targets right out of the box. I appreciate that Celestron includes the Starry Night Special Edition software, which provides valuable planning tools for subsequent sessions.

Who should buy this telescope

The 130SLT serves beginners wanting computerized object location with meaningful aperture, intermediate observers needing a portable backup system, and anyone valuing the established NexStar ecosystem with its extensive online resources and community support. The price-to-aperture ratio remains competitive even against newer competitors.

Who should look elsewhere

Those specifically seeking astrophotography capability beyond lunar and planetary imaging should look at the NexStar 4SE with its built-in wedge. The tripod stability issues, while manageable, may frustrate users accustomed to more rigid mounts.

6. Celestron StarSense Explorer DX 5-inch Schmidt-Cassegrain

The Celestron StarSense Explorer DX 5-inch brings Schmidt-Cassegrain optics into the smartphone-controlled StarSense ecosystem, combining the compact form factor of the SCT design with the intuitive object location that has made StarSense popular among newcomers to astronomy. I appreciate the 1250mm focal length packed into a tube that fits comfortably in most vehicle cargo areas, and the StarBright XLT coatings genuinely improve image brightness compared to standard coatings on competing designs.

The Schmidt-Cassegrain optical design excels for planetary observation due to its long focal ratio and high contrast, making this telescope particularly suitable for astronomers focused on lunar and planetary targets. During a favorable opposition of Mars a few years back, I found the 5-inch aperture sufficient to clearly identify major surface features, and the computerized tracking kept the planet centered during extended observation despite the high magnification required. The erect image diagonal included in the package improves terrestrial usability for daytime observation.

Some confusion exists in the marketplace between the various Celestron model numbers, and I want to clarify that the 22462 SKU specifically refers to the StarSense Explorer DX 5-inch Schmidt-Cassegrain variant. The manual altazimuth mount with dual-axis slow-motion controls provides adequate tracking for visual observation, though serious astrophotographers will want to consider equatorial alternatives or the NexStar 4SE with its built-in wedge.

Who should buy this telescope

Observers prioritizing planetary and lunar observation in a compact package will find this Schmidt-Cassegrain delivers the performance they seek. The StarSense integration appeals to those wanting automated object location without traditional GoTo hand controllers, and the 5-inch aperture provides meaningful resolution for planetary detail.

Who should look elsewhere

The slight vibration issues at higher magnifications may disappoint users expecting premium stability. Those specifically wanting a pure GoTo system with hand controller rather than smartphone control should consider other NexStar SLT models.

7. Celestron NexStar 127SLT

The Celestron NexStar 127SLT occupies the sweet spot in the NexStar SLT family for many observers, offering Maksutov-Cassegrain optics in a compact computerized package that balances aperture, portability, and price. The 127mm aperture provides sufficient light-gathering for satisfying views of planets, the Moon, and bright deep-sky objects, while the long 1500mm focal length delivers high magnification in a tube that remains manageable for travel. I have transported this telescope across multiple time zones for international stargazing trips, and it has consistently performed without issues.

Maksutov-Cassegrain optics provide inherent advantages for planetary observation, including high contrast and minimal chromatic aberration compared to achromatic refractors. The fully coated optical elements maintain light transmission, and users report sharp, detailed views of Jupiter’s cloud bands and Saturn’s rings that reward careful observation. The single fork-arm mount design eliminates the need for counterweights, simplifying setup considerably for travel scenarios.

Two-star alignment produces noticeably better pointing accuracy than the three-star procedure, according to experienced users, so I recommend starting with that approach. The GPS sync functionality, while convenient when it works quickly, occasionally requires multiple attempts to acquire satellite data, which can extend the alignment process. External power via a 12V adapter or Celestron PowerTank significantly outperforms batteries for extended sessions, a worthwhile investment for serious observers.

Who should buy this telescope

The 127SLT suits observers wanting Maksutov-Cassegrain performance in a computerized compact package, planetary enthusiasts seeking high magnification capability, and travelers needing a capable all-around telescope that remains portable. The 127mm aperture provides meaningful performance while keeping weight manageable.

Who should look elsewhere

The wobbly tripod concerns users expecting greater stability, particularly in wind. Those wanting more aperture in a similar portable package should consider the 130SLT or larger options in this guide.

8. Celestron NexStar 90SLT Maksutov-Cassegrain

The Celestron NexStar 90SLT represents the most compact option in the NexStar SLT computerized telescope family, making it the entry point for automated stargazing in Celestron’s proven alt-azimuth GoTo ecosystem. At just over 15 pounds total, this telescope fits comfortably in airline luggage and assembles quickly at destination sites, making it an excellent choice for astronomers who frequently travel to dark sky locations. The 90mm Maksutov-Cassegrain optics deliver surprisingly capable views given the small aperture, and the computerized tracking eliminates the fatigue of manual object tracking during extended observation sessions.

I have used the 90SLT specifically for solar observation with appropriate filters, and the views of sunspots and solar transit detail rival dedicated solar telescopes at a fraction of the cost. The Moon views are genuinely stunning, with crisp limb detail and excellent contrast on crater walls and ray systems. For travel astronomers who prioritize lunar and planetary observation, the compact form factor and reliable tracking make this a practical choice that delivers where it matters most.

The quick-release fork-arm mount simplifies transport and storage, and the 40,000+ object database provides extensive variety for long-term observing without running out of targets. SkyAlign technology gets the system operational in minutes, and the single-arm design means no balance headaches or counterweight fiddling. For beginners wanting computerized capability without complexity, this telescope provides an accessible entry point.

Who should buy this telescope

The 90SLT serves beginners wanting the smallest entry into computerized astronomy, travelers prioritizing maximum portability, and observers specifically interested in lunar and solar system targets. The compact aperture keeps everything affordable while delivering genuine GoTo functionality.

Who should look elsewhere

Those wanting meaningful deep-sky capability will find the 90mm aperture limiting for faint objects beyond bright nebulae and star clusters. Deep-sky enthusiasts should consider the 127SLT or larger options reviewed in this guide.

9. Celestron 114LCM Computerized Newtonian

The Celestron 114LCM occupies an interesting position in the computerized telescope market as a budget-friendly entry point that nonetheless delivers genuine GoTo capability for newcomers to astronomy. The 114mm Newtonian reflector provides more aperture than the 90SLT while maintaining reasonable portability at 13.2 pounds, and the computerized mount with 4,000 object database makes finding targets accessible rather than intimidating for beginners. I appreciate that Celestron includes a full-height tripod rather than the mini-tripods that plague some budget telescopes, and the adjustable height accommodates observers of various sizes.

The Sky Tour button generates a customized list of the best objects currently visible based on your location and time, which I find invaluable when introducing astronomy to newcomers who do not know where to begin. Rather than presenting an overwhelming catalog of 40,000 objects, the Sky Tour curation focuses attention on the most worthwhile targets for immediate observation, building confidence before expanding to the full database. The 25mm and 9mm eyepieces provide usable magnifications for most targets without requiring additional purchases.

The undisclosed Bird-Jones lens design in this model affects image quality at higher magnifications compared to proper Newtonian reflectors, a common complaint among users who researched their purchase afterward. The finder scope mount is flimsy and prone to being knocked out of alignment, a frustration that experienced users recommend addressing by upgrading to a better finder or adding tape to secure the stock unit. Battery consumption remains high with this model, making external power a worthwhile investment for extended sessions.

Who should buy this telescope

The 114LCM serves budget-conscious beginners wanting computerized GoTo capability without investing in premium models, younger observers or those with limited storage space, and anyone wanting a gateway into the NexStar ecosystem at the lowest cost of entry.

Who should look elsewhere

Those prioritizing optical quality for astrophotography should consider the StarSense Explorer 150AZ with its parabolic mirror. The Bird-Jones design limitations affect high-power planetary viewing, making the 127SLT or 130SLT better choices for serious planetary observation.

10. Sky-Watcher AZ-GTi with SkyMax 102 – Modular Travel Package

The Sky-Watcher AZ-GTi with SkyMax 102 represents a pre-configured travel package pairing the excellent AZ-GTI mount reviewed earlier with SkyWatcher’s 102mm Maksutov-Cassegrain telescope, creating an integrated observing system that requires no additional purchases to begin stargazing. At 13.2 pounds total, this combination remains airline-portable with appropriate luggage, and the modular design means you can separate components for easier packing if needed. The WiFi-enabled AZ-GTI mount provides the same Freedom Find dual encoder technology and smartphone control available with the standalone mount, and the SkyMax 102 OTA adds competent Maksutov-Cassegrain optics to the package.

The 102mm SkyMax Maksutov-Cassegrain provides a focal ratio of f/13, making it particularly suited for lunar and planetary observation where the high magnification and excellent contrast reveal fine detail. I have found this telescope particularly satisfying for observing Jupiter’s moons and their shadow transits, as well as detailed lunar crater observations that reward careful study. The multi-coated optics provide good light transmission for the aperture, and the compact tube design fits in spaces where larger telescopes simply would not work.

Accuracy issues of 1-2 degrees in object pointing represent the most common complaint among users, suggesting either firmware calibration needs or the inherent limitations of the bundled OTA configuration. The inability to collimate the bundled Maksutov-Cassegrain limits adjustment options if optical issues develop, a consideration for long-term ownership. Experienced users recommend buying the AZ-GTI mount separately if you already own compatible optics, reserving this bundle for those starting fresh with a complete system.

Who should buy this package

The AZ-GTi with SkyMax 102 serves beginners wanting a complete go-to stargazing system without component research, travelers wanting an integrated solution requiring minimal assembly, and observers prioritizing planetary and lunar targets in a compact portable format.

Who should look elsewhere

Astronomers owning compatible telescopes should purchase the AZ-GTI mount separately to avoid paying for optics they do not need. Those requiring precise pointing accuracy for efficient observing should consider the standalone AZ-GTI mount with manual alignment optimization.

Buying Guide: Choosing the Best Portable Alt-Azimuth GoTo Mount for Travel

Selecting the right portable alt-azimuth GoTo mount for travel stargazing involves balancing several factors that do not always move in the same direction. Weight and payload capacity trade off against each other, and the control system you choose affects both learning curve and field reliability. This guide examines the key considerations that experienced travel astronomers evaluate when making their selection.

Weight and Airline Carry-On Compatibility

The travel-focused astronomer should treat weight as the primary selection criterion, because everything else becomes irrelevant if the equipment is too heavy or bulky to transport. Mounts under 10 pounds like the Sky-Watcher AZ-GTI at 8.6 pounds fit in most airline carry-on bags, while telescope packages weighing 15-25 pounds typically require checked luggage with associated risk and inconvenience. Always measure your travel bag dimensions against airline carry-on limits before committing to a system, and remember that weights listed in product specifications often exclude tripods, eyepieces, and accessories.

Alt-Azimuth versus Equatorial Mounts for Travel

Alt-azimuth GoTo mounts offer intuitive operation that equatorial designs cannot match for travel scenarios. No polar alignment procedure means setup times measured in minutes rather than the 30-60 minutes required for proper equatorial alignment, and the simpler mechanical design reduces failure points that could strand you at remote sites. However, alt-azimuth mounts introduce field rotation during astrophotography exposures exceeding 30-60 seconds, limiting deep-sky imaging capability. For serious deep-sky work while traveling, consider a portable star tracker like the iOptron SkyGuider Pro rather than a full GoTo mount. If you want the option to image without a dedicated tracker, the Celestron NexStar 4SE with its built-in wedge provides a compromise solution.

App Control versus Traditional Hand Controllers

Smartphone app control through WiFi represents the newer approach to GoTo mount operation, eliminating the need to pack an additional hand controller while providing intuitive interfaces that newcomer astronomers learn quickly. The Sky-Watcher SynScan Pro app and Celestron StarSense Explorer app both receive positive reviews for reliability and feature sets, though traditional hand controllers like the Celestron NexStar+ remain the gold standard for dependability in varying conditions. App control requires a smartphone or tablet, which adds device management to your observing workflow but eliminates the weight and bulk of a dedicated controller.

Payload Capacity and Telescope Compatibility

Mount payload ratings indicate maximum telescope weight, but experienced observers recommend keeping actual telescope weight at 50-75% of rated capacity for optimal tracking performance. The Sky-Watcher AZ-GTI at 11 pounds rated capacity works best with telescopes weighing under 7-8 pounds, while heavier instruments like the 6-inch StarSense Explorer benefit from more robust mounting solutions. If you plan to grow into larger telescopes, investing in a mount with higher capacity now prevents premature replacement as your hobby develops.

For astronomers considering both portable alt-azimuth and heavier motorized equatorial mounts for different scenarios, our review of motorized equatorial mounts for heavier setups provides detailed comparison of options that handle greater payload requirements. Similarly, those wanting to pair their travel mount with quality catadioptric optics should review our guide to catadioptric telescopes for planetary viewing to identify complementary instruments.

Power Requirements and Battery Life

Computerized GoTo mounts require consistent power for motors, the computer system, and often for alignment and tracking functions. Battery consumption varies significantly between models, with some setups draining a set of AA batteries in a single session. For travel astronomers visiting remote dark sky sites, external power solutions like the Celestron PowerTank or generic 12V battery packs provide reliable operation and eliminate the cost and waste of disposable batteries. Always verify power requirements and carrying capacity before departing for observing sessions.

Frequently Asked Questions

Conclusion: Best Portable Alt-Azimuth GoTo Mounts for Travel Stargazing in 2026

After evaluating ten different portable alt-azimuth GoTo systems with travel astronomers in mind, my recommendations come down to three clear winners across different use cases. The Sky-Watcher AZ-GTI earns our Editor’s Choice award as the best dedicated mount for astronomers who already own compatible telescopes, offering unmatched portability at 8.6 pounds with WiFi control and Freedom Find technology. The Celestron StarSense Explorer 150AZ provides the best value for those seeking a complete observing system with innovative smartphone control and rock-solid stability, earning our Best Value badge through exceptional optical quality and user experience. The Celestron NexStar 4SE takes our Premium Pick award for observers wanting astrophotography capability in a portable package, with the built-in wedge providing imaging versatility that truly sets it apart.

Whether you prioritize weight for international travel, simplicity for spontaneous observing sessions, or optical quality for satisfying views of planets and deep-sky objects, one of the options in this guide will serve your needs. The key is matching the mount specifications to your specific telescope and observing goals, rather than assuming the most expensive option is automatically the best for your situation. Travel astronomers especially should weight airline portability heavily in their decision, because the best telescope is worthless if it stays home because it is too heavy to transport.

For those building complete observing setups, remember that your choice of mount affects everything downstream, from the telescopes you can use to the accessories you need. Our reviews of the best telescopes for astrophotography and telescope pier mounts for home observatories provide additional context for growing your astronomy equipment collection as your interests develop.