Hubble Optics Dobson telescope N 607/2012 UL24 f/3.3 Premium Ultra Light Carbon Fiber Truss (88097)
15727.93 $
Tax included
The Hubble Optics UL24 is a high-quality, large-aperture telescope engineered into an exceptionally light and compact design. Created for serious observers, it remains transportable by a single person to dark-sky locations. With a total weight of only about 70 kg, it is roughly one third the weight of a traditional 24-inch Dobsonian telescope and folds into a compact package that fits into almost any car. The UL24 strikes an ideal balance between enormous light-gathering power and outstanding portability.
Hubble Optics Dobson telescope N 607/2012 UL24g f/3.3 Premium Ultra Light Carbon Fiber Truss GoTo (88172)
19585.3 $
Tax included
The Hubble Optics UL24 is a high-quality, large-aperture telescope engineered into an exceptionally light and compact design. Built for serious observers, it can still be transported by a single person to dark-sky locations. With a total weight of only around 70 kg, it is roughly one third the weight of a traditional 24-inch Dobsonian telescope and folds into a compact form that fits into almost any car. The UL24 represents an ideal balance between massive light-gathering power and outstanding portability.
Hubble Optics Wireless Handpad (71116)
675.03 $
Tax included
The Hubble Optics handpad features a built-in, astronomer-adjustable LED flashlight and a glow-in-the-dark keypad, making it easy to operate even in complete darkness without compromising night vision. A keyboard lock function is included, allowing only the arrow keys to remain active. This is especially useful when handing the controller to the general public, for example during outreach events, as users can safely move the telescope to explore objects like the Moon without the risk of changing critical settings.
Hubble Optics Wheelbarrow for UL 24 Dobsonian (53726)
472.98 $
Tax included
This set includes two sturdy steel handles, each equipped with an air-filled tire with a diameter of 15 cm. The handles are mounted directly onto the rocker box of a Dobsonian telescope, allowing the entire instrument to be moved easily even when fully assembled. The telescope can be repositioned without removing the base, making setup and relocation quick and convenient during observing sessions.
Hubble Optics Primary mirror 355/1778 Pyrex Enhanced Coating (56560)
3375.19 $
Tax included
The Hubble Optics lightweight sandwich mirror is a cost-effective and high-performance alternative to traditional solid mirrors and other lightweight designs on the market. Inspired by the construction principles of the Hubble Space Telescope, these mirrors combine advanced thermal behavior with excellent structural stability, delivering superior real-world optical performance. Telescope mirrors are manufactured under tightly controlled temperature and humidity conditions and are precisely measured only after reaching full thermal equilibrium.
Hubble Optics Primary mirror 406/2032 Pyrex Enhanced Coating (56561)
3857.36 $
Tax included
The Hubble Optics lightweight sandwich mirror is a cost-effective and high-performance alternative to conventional solid mirrors and other lightweight designs on the market. Its construction is inspired by the design principles used for the Hubble Space Telescope, combining advanced thermal behavior with excellent structural stability to deliver superior real-world optical performance. Telescope mirrors are manufactured under strictly controlled temperature and humidity conditions and are precisely measured only after reaching thermal equilibrium.
Hubble Optics Primary mirror 457/2057 Pyrex Enhanced Coating (56562)
5786.04 $
Tax included
The Hubble Optics lightweight sandwich mirror is a cost-effective and high-performance alternative to conventional solid mirrors and other lightweight designs available on the market. Its construction follows principles similar to those used in the Hubble Space Telescope, combining advanced thermal behavior with excellent structural stability to achieve superior real-world optical performance. Telescope mirrors are manufactured under tightly controlled temperature and humidity conditions and are precisely measured only after reaching thermal equilibrium.
Hubble Optics Primary mirror 508/1880 Pyrex Enhanced Coating (56558)
8403.54 $
Tax included
The Hubble Optics lightweight sandwich mirror is a cost-effective and high-performance alternative to conventional solid mirrors and other lightweight designs available on the market. Its construction follows principles similar to those used in the Hubble Space Telescope, combining advanced thermal behavior with excellent structural stability to deliver superior optical performance in real observing conditions. Telescope mirrors are manufactured in tightly controlled temperature and humidity environments and are precisely measured only after reaching thermal equilibrium.
Hubble Optics Primary mirror 508/2134 Pyrex Enhanced Coating (56563)
6566.7 $
Tax included
The Hubble Optics lightweight sandwich mirror is a cost-effective and high-performance alternative to conventional solid mirrors and other lightweight designs on the market. Its construction follows principles similar to those used in the Hubble Space Telescope, combining advanced thermal behavior with excellent structural stability to deliver superior optical performance under real observing conditions. Telescope mirrors are manufactured in tightly controlled temperature and humidity environments and are precisely measured only after reaching thermal equilibrium.
Hubble Optics Primary mirror 610/2560 Pyrex Enhanced Coating (56564)
12169.06 $
Tax included
The Hubble Optics lightweight sandwich mirror is a cost-effective and high-performance alternative to conventional solid mirrors and other lightweight designs available on the market. Its construction is inspired by the design principles of the Hubble Space Telescope, combining advanced thermal behavior with excellent structural stability to deliver superior optical performance in real observing conditions. Telescope mirrors are manufactured in tightly controlled temperature and humidity environments and are precisely measured only after reaching thermal equilibrium.
iOptron Mount HAE18C Dual AZ/EQ (85228)
1646.16 $
Tax included
With the HAE18C, iOptron delivers a compact and highly portable dual-mode mount that can be used in either azimuth or equatorial (parallactic) configuration. It supports payloads of up to 8.5 kg without a counterweight and up to 12 kg with a counterweight. The counterweight and tripod are optional accessories and are not included as standard. iOptron’s proven Go2Nova® technology provides access to a database of 212,000 celestial objects and supports ASCOM compatibility. Thanks to integrated Wi-Fi, the mount can be controlled wirelessly via a smartphone or tablet using the iOptron Commander Lite app.
iOptron HAE29B AZ/EQ dual SWG iMate mount (87271)
2400.65 $
Tax included
With the HAE series, iOptron introduces a mount featuring dual strain wave gearing on both axes, eliminating the need for heavy counterweights and a bulky counterweight shaft. Payload capacity can be further increased with optional counterweights if required. The black anodized, CNC-machined metal housing combines an elegant appearance with a rigid and durable mechanical platform suitable for demanding astrophotography and observing applications.
iOptron Mount HAE29C-EC AZ/EQ dual SWG (86661)
3475.24 $
Tax included
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.
iOptron Mount HAE43C-EC AZ/EQ dual SWG (87332)
4526.95 $
Tax included
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.
iOptron Mount HAZ130 Strain Wave Alt-AZ (85418)
9236.77 $
Tax included
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.
ZWO Mount AM7 Harmonic Equatorial without tripod (88445)
2800 $
Tax included
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.
Levenhuk New Skyline PLUS 6" (150/1200) Dobsonian Telescope (86283)
549.97 $
Tax included
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.