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Celestron paired a Go-To mount with a large-aperture OTA to produce this Advanced VX 8 200mm f/5 Go-To Reflector Telescope. Pairing the fully motorized and computer-controlled mount with a large Newtonian reflector scope produces an observation platform optimized for deep-space viewing and astroimaging. Its optical tube features an 8" (200mm) parabolic mirror to draw in copious amounts of light - even light from distant deep space objects like binary stars, galaxies, and nebulae. Its fast f/5 focal ratio allows for short exposure times, which means more images can be captured for later stacking in post. A large-drawtube 2" focuser allows the use of larger wide-field eyepieces or large imaging sensor cameras to be used without vignetting, and an included reducer adapter lets user install smaller 1.25" accessories like the included eyepiece.
The OTA attaches to the motorized equatorial mount via a Vixen-style dovetail plate and saddle for fast assembly and breakdown. Outfitted with dual-axis low-cog DC servo motors and digital encoders, the mount head moves and tracks objects with high-precision and almost no vibrations to ensure clear views. Its wide 7-77° latitude range and head design allows it to track below the meridian line to allow you to start observing earlier if its set up on a hill or deck, and will clear the motors to avoid having to perform a meridian flip when it's tracking low in the sky. Guiding the mount is the NexStar+ computer hand controller. Packed with more than 40,000 objects, it has multiple alignment procedures to get users observing faster, with multiple automatic tracking rates to accurately follow fast-moving close objects like the Moon and planets and slower deep space celestial bodies. With features such as user-defined objects, customizable guided tours, and expanded info on over 500 objects in its database even novice users can quickly learn about the Universe.
Optical Tube Assembly
200mm (8") aperture
Fast f/5 focal ratio
1000mm focal length
Newtonian reflector optical configuration
Fully coated optics increases light transmission, and improves contrast and color rendition