Levenhuk Ra R66 Ed Doublet Carbon OTA Compact Lightweight Apochromatic Refractor Telescope Tube with Extra-Low Dispersion Glass and Built-in Dual-Speed Crayford Focuser for Smooth Adjustment

HIGH QUALITY OPTICS: Thanks to its extra-low dispersion glass optic, this telescope creates stunning images featuring brightness and clarity. The resulting pictures are sharp, clear and contrast, with no chromatic distortion, the effects of the secondary spectrum are minimized. You get good visual observations and unforgettable photos of space objects. PRECISE FOCUSING: Dual-speed Crayford focuser ensures smooth operation and highly accurate focusing under any conditions. It allows you to quickly allocate your target in the night sky and to achieve optimal image clarity while stargazing. In addition, it is optimized for precise focusing and easy adjustment at high magnifications for comfortable observations of deep sky astronomical objects. POWERFUL: Large 66mm aperture and highest 132x practical magnification power provide more detailed images of our beautiful Universe: you can see all of the objects from the Messier catalogue, many nebulae and star clusters as well as some planets of the solar system. You can even start your journey with the enchanting surface of the Moon - the telescope is suitable for lunar observations as well. PORTABLE AND COMPACT: The Levenhuk Ra R66 ED Doublet Carbon OTA apochromatic refractor is made of carbon fiber. Its tube is lightweight and more compact compared to other similar telescopes, which makes it conveniently portable. Moreover, carbon allows for quicker stabilization of the tube temperature. You no longer have to wait for the optics to cool down naturally. The kit also includes robust aluminum case for transporting and storing the telescope. EASY SET UP: Our telescope is quick and easy to set up - no need for sophisticated skills or additional tools. It comes with a user manual that contains useful information about the possibility of installing additional accessories (not included) and using an optical tube.