Sky-Watcher Mak180 Black Diamond Telescope on AZ-EQ6 Pro Go-To Mount

Explore the universe with the Sky-Watcher Mak180 Black Diamond Telescope, a technological gem that adapts to your needs for planetary observation and deep sky exploration. Equipped with the AZ-EQ6 Pro Go-To mount, this telescope offers an unparalleled visual experience, combining sharpness, high contrast, and exceptional image clarity thanks to its sophisticated Maksutov-Cassegrain optical system.

Features:

• Type: Maksutov-Cassegrain
• Focal length: 2700 mm
• Aperture ratio: f/15
• Maximum front diameter: 219 mm
• Robust metal structure
• 50.8 mm eyepiece holder with M42 thread
• AZ-EQ6 Pro Go-To mount, motorized and equipped with Go-To technology
• Dimensions: 216 mm x 500 mm
• Tube weight: 7.8 kg
• Double mounting mode: equatorial and altazimuth, for maximum flexibility

Advantages:

• Superior optical performance allowing for 44% more light collection than the 150mm model, ideal for observing fine details on celestial bodies such as Jupiter, Saturn, and Mars.
• Versatile AZ-EQ6 mount with equatorial and altazimuth modes to accommodate both serious astrophotography and relaxing visual observation.
• Ease of transport despite advanced capabilities, thanks to a compact design and optimized weight.
• Automatic Go-To pointing system with over 42,900 pre-defined celestial objects for guided and precise observing sessions.

Compatibility:

• Accepts a wide range of accessories thanks to a type SCT 2" threaded output and a 50.8 mm / 31.75 mm adapter included.
• Designed to work seamlessly with various types of cameras and astrophotography equipment thanks to integrated ports like ST-4 autoguiding.

Supplied items:

• Sky-Watcher Mak180 f/15 optical tube
• LET 28mm eyepiece
• 50.8mm right-angle finder
• 9x50 straight finder
• AZ-EQ6 Pro Go-To mount with adjustable steel tubular tripod
• Two 5 kg counterweights
• SynScan Go-To controller
• User manual in French

With the Sky-Watcher Mak180 on the AZ-EQ6 Pro Go-To, you are equipped for impressive astronomical discoveries, whether for detailed sessions of planetary observation or capturing deep images of the nighttime sky.