#65352 – Telescope SIGETA StarQuest 72/800 Alt-AZ

SIGETA StarQuest 72/800 Alt-AZ is an achromatic refractor on an alt-azimuth mount with slow-motion controls on both axes, designed primarily for observing the Moon and planets. The 800 mm focal length provides working magnifications sufficient for studying basic planetary details and lunar surface relief. The brightest deep space objects are also accessible for observation, though the model is primarily oriented toward planetary and lunar viewing. Thanks to its compact and lightweight construction, the telescope is an excellent choice for beginners.

The telescope features two-element achromatic optics with a 72 mm aperture and multi-layer anti-reflective coating. The resolution of 1.61 arc seconds allows resolving double stars and confidently observing basic details on planets, while the limiting stellar magnitude of 11.29 provides access to a wide range of celestial objects.

This model is suitable for detailed study of the lunar surface, observing Solar System planets, double and multiple star systems, as well as bright deep space objects — nebulae and star clusters. Thanks to its erect image and stable mount, the model can also be used for terrestrial observations.

The SIGETA StarQuest 72/800 Alt-AZ telescope comes with two standard 1.25" (31.7 mm) eyepieces: Kellner 25 mm for low magnification and wide field of view (32x — optimal for finding objects and observing large clusters) and Plössl 10 mm for medium magnifications (80x — a versatile value for most objects). The 3x Barlow lens increases the telescope's focal length, providing additional magnifications of 96x and 240x for more detailed planetary observations and resolving double stars. The 1.25" rack-and-pinion focuser ensures smooth and precise focusing and allows the use of a wide selection of additional eyepieces and accessories. The 90° diagonal mirror enhances viewing comfort for objects located high above the horizon.

An important advantage of the telescope is the alt-azimuth mount with slow-motion controls in altitude and azimuth, which help achieve precise pointing and smooth tracking of celestial objects. For quick initial targeting, a convenient collimator finder can be used.