Bresser N 114/500 Nano AZ Telescope
23177.24 ¥
Tax included
N 114/500 Telescope: This classic Newtonian telescope offers a generous 114mm aperture in a remarkably lightweight and compact design, making it perfect for beginners. Its ease of transport and simple operation require no specialized knowledge, allowing you to embark on your astronomical journey with ease. 
Celestron N 200/1000 advanced VX AS-VX 8" GoTo telescope
275269.26 ¥
Tax included
Introducing the N 200/1000 telescope - with its 200mm aperture, this telescope unveils a wealth of celestial detail for deep sky observation. Offering 78% more light gathering power than a 150mm telescope, it reveals intricate features of galaxies and nebulae, including delicate spiral arms and intricate structures. Even globular clusters like the renowned M13 in Hercules are crisply resolved to the edges.
Celestron Schmidt-Cassegrain telescope SC 203/2032 CPC 800 GoTo
400008.56 ¥
Tax included
The Schmidt-Cassegrain optics by Celestron offer remarkable features despite their extended focal length, presenting a compact telescope system ideal for portability. Light initially encounters an aspherically figured Schmidt corrector plate, then redirects to a spherical main mirror, and further bounces to a secondary mirror before returning to the main mirror's direction.
Celestron Schmidt-Cassegrain telescope SC 203/2032 CPC 800 GoTo StarSense AutoAlign
461247.52 ¥
Tax included
Celestron's Schmidt-Cassegrain telescopes offer impressive features despite their long focal length, presenting a compact design for easy transportation. The optical system begins with an aspherically figured Schmidt corrector plate that directs light onto a spherical main mirror. This mirror reflects the light to a secondary mirror and then back to the main mirror, passing through a central aperture to reach the focuser at the OTA's bottom. 
Celestron Schmidt-Cassegrain telescope SC 279/2800 CPC 1100 GoTo
626373.15 ¥
Tax included
Featuring a long focal length yet housed in a remarkably compact OTA, these telescopes are easy to transport and set up. The optical path begins with light hitting an aspherically figured Schmidt corrector plate, then reflecting off a spherical main mirror. This light is redirected by a secondary mirror before passing through a central aperture in the main mirror and into the focuser, creating a closed system that avoids air turbulence and dust contamination.