Best Smart Telescopes 2026

The Seestar S50 Pro is the telescope the original S50 always deserved to be. ZWO kept the 50mm aperture that made the S50 the strongest imager in its price class, upgraded the lens from a triplet to a four-element APO, and replaced the 2.1MP sensor with a 1/1.2-inch 8.3MP chip shooting 4K. That is four times the pixels of the old S50 on a sensor with far more light-gathering area, and it closes the resolution gap that let the Dwarf 3 claim the sharper picture.

It also gains what the S30 Pro introduced: a second 8.3MP wide-angle camera with its own autofocus and live stacking, for the Milky Way, nightscapes and star-trail timelapses while the main camera works on a nebula. Battery goes up to 10,000mAh, which ZWO rate at up to nine hours, storage doubles to 128GB, NFC tap-to-connect arrives, and new app features include photometry for variable stars, background gradient removal, and Telescope Network for sharing a live view with friends. The dual-band H-alpha + OIII filter that makes nebulae possible from a town garden is still inside.

At £899 it costs £360 more than the S50 and £250 more than the S30 Pro, but it arrives as a complete kit: a proper tripod (the S30 Pro's is flimsy), a hard case and a solar filter. It weighs 2.8kg, so it's a rucksack telescope rather than a pocket one. Units started shipping in early September 2026 and First Light Optics have it in stock.

The S30 Pro was ZWO's best smart telescope until the S50 Pro arrived in August 2026, and it is still the best one under 2kg. It takes the compact dual-lens body of the standard S30 and installs a Sony IMX585 telephoto sensor: a 1/1.2-inch format chip with four times the light-sensitive area of the S30's sensor, shooting 8.3MP 4K. The wide-angle camera upgrades to an IMX586 (also 8.3MP 4K). Every camera on this telescope shoots 4K.

The optics step up to a four-element APO quadruplet, designed to keep stars sharp across the larger sensor. A built-in anti-dew heater keeps the lens clear on damp UK autumn and winter nights without any extra cables. Storage doubles to 128GB. Plan mode lets you schedule overnight imaging sessions and go to bed, the telescope handles the rest.

It costs £649: £180 more than the standard S30, £60 more than the S50. At that price, it's the most capable smart telescope you can carry in a coat pocket. Head-to-head image quality comparisons with the S50 show results that are closer than the aperture gap suggests; the IMX585's sensor quality largely offsets the S50's aperture advantage for most targets under typical UK suburban skies.

The Seestar S30 is ZWO's most compact and affordable smart telescope. At 1.65kg with the tripod it's genuinely portable: it goes in a backpack alongside everything else without thinking about it. That's a real advantage over every other smart telescope here, which are all noticeably heavier and bulkier.

The S30 has a dual-lens system: a 30mm f/5 APO telephoto for deep-sky imaging, and a wide-angle camera that runs at the same time. This makes finding and framing targets easier than on any single-lens smart telescope. It also opens up Milky Way timelapses and all-sky wide-field shots that the other telescopes here can't do without swapping modes.

The 30mm aperture is the main trade-off: it collects less light than the larger-aperture telescopes below, which means faint nebulae take longer to bring out. But for the Orion Nebula, Andromeda, star clusters, the Moon, and the Sun (magnetic solar filter included), the S30 performs solidly. And at £419 with tripod, solar filter, and carry case all in the box, it's the best value starting point in the class.

The Seestar S50 is the most widely reviewed smart telescope on the market and the one most UK buyers should consider first. Its standout feature is a built-in dual-band narrowband filter, covering H-alpha and OIII wavelengths, that's permanently inside the optical path and switchable via the app. For anyone imaging from a light-polluted back garden (which describes most of the UK), this filter is transformative. Nebulae that would be washed out under orange skies reveal gas structure, contrast, and colour that a broadband telescope simply can't achieve without a separate filter and adapter.

ZWO are a well-established name in astronomy: they've been making dedicated astrophotography cameras for years, and that heritage shows in the S50's build quality, app, and firmware support. Regular updates have added mosaic mode (for targets wider than the field of view), equatorial mode (to reduce field rotation), and enhanced stacking algorithms since launch. The community around the S50 is large, which means when you have a question, someone has almost certainly already answered it.

The S50 ships as a proper kit: carbon fibre tripod, solar filter, carry case, dew heater, and 64GB of internal storage all included. At £539 you're getting significantly more in the box than either DwarfLab model provides. The solar filter turns it into a capable daytime instrument too, sunspot imaging during the current solar maximum is genuinely rewarding.

The Dwarf 3 is DwarfLab's flagship smart telescope and the one most serious beginners should consider. Its defining feature, and the reason it costs £86 more than the Dwarf Mini, is a dual-lens system. A 35mm f/4.3 telephoto lens handles deep-sky and planetary targets, while a wide-angle 13.5mm f/1.75 lens captures a broad all-sky view simultaneously. Both shoot at the same time, so you can be imaging a nebula through the telephoto while the wide-angle is recording the sky for sky quality logging or all-sky timelapse.

The main sensor is a Sony IMX678: an 8.3 megapixel backside-illuminated sensor with excellent low-light performance. In practice, this means the Dwarf 3 pulls out faint detail in objects like the Orion Nebula, Andromeda Galaxy, and the Pleiades in ways that the Dwarf Mini's 2.1MP sensor can't quite match. The detail resolution is noticeably better when you push to print size or zoom in.

Like all smart telescopes, the Dwarf 3 is controlled entirely through the DWARF app on your phone. You tap a target on the star map, the telescope slews to it, refines its pointing, and begins stacking exposures. As frames accumulate, you watch detail emerge in real time on your screen. Most popular deep-sky targets are reachable within five minutes of setting up. The built-in 9-hour battery means a full night's observing without a power cable.

The Dwarf Mini is DwarfLab's entry-level smart telescope: smaller, lighter, and £86 cheaper than the Dwarf 3. It shares the Dwarf 3's 150mm focal length but with a smaller 30mm lens, and has a single Sony IMX462 sensor rather than the Dwarf 3's dual-lens system and higher-resolution IMX678.

The IMX462 is a smaller, lower-resolution sensor (2.1MP vs 8.3MP), which means images have less fine detail and smaller maximum print sizes. For viewing on a phone screen or sharing on social media, the difference is minor. If you're the kind of person who zooms in on every pixel or wants to produce wall-art prints, the Dwarf 3's sensor advantage becomes meaningful.

Where the Dwarf Mini wins is portability and price. It's the more compact of the two, making it the natural choice for dark sky trips where you're packing light, or for a first smart telescope where you want to test the concept without paying full price. The DWARF app experience is identical to the Dwarf 3: same interface, same auto-stacking, same target library.

The Vespera II is the smart telescope that looks like a design object, and its Singularity app is the most refined in the business. Its party trick is CovalENS, an automatic mosaic mode that stitches a field up to 4.3 by 2.4 degrees at about 24 megapixels, so Andromeda and the North America Nebula fit in one frame with room to spare. Nothing under £1,000 does that.

The catch is what it shares with the Seestar S50 Pro and what it lacks. Same 50mm aperture, comparable 8.3MP sensor, but no built-in filter, no wide camera, a four-hour battery, 25GB of storage and no tripod in the box, for about £500 more. From a UK garden the two produce images most people could not tell apart.

The Odyssey is the only established smart telescope with more than 50mm of aperture, and until the DwarfLab Draco ships it is the one to buy if galaxies and globular clusters are the goal. Its 85mm mirror gathers nearly three times the light of a Seestar or Vespera. Its Nikon-developed optics need no collimation, autofocus runs every session, and Unistellar's citizen-science programme lets owners contribute real asteroid and exoplanet data.

It costs more than two Seestar S50 Pros, its three-quarter-degree field is too tight for the big nebulae, there is no physical light-pollution filter, and planets are its weak spot. The Odyssey Pro adds a Nikon electronic eyepiece for £1,600 more, which reviewers did not think worth it.