With the HAE series, iOptron presents a mount that uses dual strain wave gearing on both axes, eliminating the need for heavy counterweights and a bulky counterweight shaft. Payload capacity can still be increased by adding optional counterweights when required. The black anodized, CNC-machined metal housing combines a refined appearance with a rigid and durable mechanical platform, suitable for demanding astronomical use. A distinctive feature is the electronic friction brake, which immediately stops all mount movement if the power supply is accidentally interrupted.

With the HAE series, iOptron introduces a mount that uses dual strain wave gearing on both axes, removing the need for heavy counterweights and a bulky counterweight shaft. Payload capacity can still be increased with optional counterweights when required. The black anodized, CNC-machined metal housing offers an elegant appearance while providing a solid and durable platform for both imaging and observing. A key feature is the electronic friction brake, which instantly stops all mount movement if the power supply is unintentionally interrupted.

The iOptron HAZ130 Alt-Az mount features dual strain wave gear drives and represents the highest payload-capacity SWG mount in the iOptron lineup. It is engineered to support extremely large instruments, including telescopes as substantial as a 20-inch f/8 RC truss optical tube, with a maximum payload capacity of up to 60 kg. The mount provides full GoTo pointing and Alt-Az tracking, controlled either via the included 8411 hand controller with OLED display or through independent computer control.

The AM7 is ZWO’s most powerful mount, built around an industry-standard strain wave gear. This design makes the mount exceptionally compact while remaining extremely robust. It can carry up to 20 kilograms without counterweights, making it ideal for mobile astrophotography. For permanent or stationary setups, optional counterweights can be added, increasing the maximum load capacity to 30 kilograms. Both axes use stepper motors with toothed belts in the primary gear system.

The Levenhuk New Skyline PLUS 6" is a powerful Newtonian reflector designed for deep-sky observation in low-light countryside conditions. With a 152 mm aperture and 1200 mm focal length, it reveals detailed views of the Solar System and distant space objects. Lunar mountains and craters as small as 3 km across become visible, along with Saturn’s cloud belts, structure within Jupiter’s bands, asteroids, comets, numerous nebulae, and even hints of spiral patterns in the brightest galaxies.

The Levenhuk New Skyline PLUS 8" Dobsonian telescope is designed for detailed deep-sky and planetary observation, delivering its best performance under dark, rural skies. With its large aperture, it is an excellent companion for countryside stargazing or remote observing sessions, revealing remarkable detail across the night sky. This telescope allows you not only to locate celestial objects but also to study their structure. You can resolve lunar craters as small as 2 km in diameter, observe spokes within Saturn’s rings, follow clouds and dust storms on Mars, and see Jupiter’s four largest moons as small discs rather than simple points of light.

The Levenhuk New Skyline PRO 10" Dobsonian telescope is a modern astronomical instrument designed for high optical performance. It is well suited for detailed observation of Solar System objects as well as deep-sky phenomena. The optical elements are made of BK-7 glass and feature aluminum coatings with 92–95% reflectivity. This high reflectivity enhances brightness and contrast, allowing effective observation of distant or faint celestial targets. The parabolic primary mirror gathers light efficiently and eliminates spherical aberration, ensuring sharp and accurate images.

The Levenhuk New Skyline PRO 12" is a powerful yet user-friendly telescope mounted on a manual Dobsonian base. With a large 304 mm aperture and a 1525 mm focal length, it opens access to detailed views of the Solar System and distant deep-sky objects. The optical components are made of BK-7 glass, ensuring sharp images, strong contrast, and natural color reproduction. The telescope features a parabolic primary mirror that eliminates spherical aberration by focusing incoming light precisely onto a single point. This optical design maintains clarity even at very high magnifications, making it particularly effective for observing distant and faint objects.

The Levenhuk New Skyline PRO 16" Dobsonian is the most powerful model in its series and a serious instrument for exploring deep space. With a massive 406 mm aperture and a focal length of 1830 mm, it provides outstanding light-gathering capability and resolution, allowing detailed observation of Solar System bodies and distant deep-sky objects. Lunar features such as craters, rilles, and ridges as small as 1–2 km become visible, especially along the terminator. Jupiter’s cloud bands reveal swirls and spots, Saturn’s rings display intricate gaps, and Mars shows maria, polar caps, and dust storms.

The Levenhuk New Skyline PRO 10" Dobsonian features an open-truss optical tube design, making it a practical and portable solution for astronomy trips to dark-sky locations. With a 254 mm aperture and a 1270 mm focal length, it offers an excellent balance for observing both Solar System objects and deep-sky targets such as galaxies, nebulae, star clusters, and selected double or multiple stars. This telescope reveals impressive detail. On the Moon, it resolves craters and maria measuring approximately 1.5–2 km. Jupiter’s Great Red Spot and white ovals are clearly visible, along with the Cassini Division and other fine structures in Saturn’s rings.

The Levenhuk New Skyline PRO 12" Dobsonian is a high-performance instrument designed for detailed observation of the Moon, planets, and deep-sky objects such as nebulae, galaxies, and globular clusters. With a 304 mm aperture and a 1525 mm focal length, it delivers impressive light-gathering power and resolution. The optical system is built with BK-7 glass elements, a material valued for its uniform structure and durability. Both the primary and secondary mirrors feature aluminum coatings with 92–95% reflectivity, enhancing brightness and contrast.

The Levenhuk New Skyline PRO 16" (400/1830) is a retractable open-truss telescope mounted on a Dobsonian base. This advanced and practical design delivers outstanding performance for visual astronomy. With a 406 mm aperture and an 1830 mm focal length, it provides exceptional resolving power and light-gathering capability. Planetary details appear with impressive clarity. Jupiter’s cloud bands and Great Red Spot are clearly defined, Saturn’s rings reveal complex structure, Mars shows polar ice caps, and the phases of Venus and Mercury are distinctly visible.

Vespera II represents the next step in the evolution of its predecessor. It combines a telescope and a camera into one intelligent, fully automated observation station. Designed for ease of use, it makes exploring the night sky accessible to everyone. Users can observe celestial objects, capture their own astrophotography, learn about space, and share discoveries through a single integrated system. If you have ever wanted to photograph the stars, Vespera II allows you to do so at the touch of a button.

The LS100MT is a complete solar telescope designed for observing the Sun in H-alpha light. It features a 100 mm clear aperture with no central obstruction and a focal length of 714 mm. Observing the Sun at the H-alpha wavelength reveals striking details such as prominences along the solar limb, filaments, flares, and dynamic surface activity. An internal etalon filter with an advanced air pressure tuning system achieves a bandwidth of less than 0.7 angstrom, delivering high-contrast solar views.