Discover the wonders of the sky with the Newton Sky-Watcher 200mm f/5 telescope on the NEQ5 Pro GoTo mount. Ideal for astronomy enthusiasts, this powerful telescope will allow you to observe in detail deep sky objects as well as planets and the Moon.

Specifications:

• Optical design: Newton
• Primary mirror: 200 mm parabolic
• Focal length: 1000 mm
• Aperture ratio: f/5
• Mirror: Pyrex
• Resolving power: 0.6"
• Limit magnitude: 13.4
• Construction: Metal with dovetail and two mounting rings
• Focuser: 50.8/31.75 mm Crayford Sky-Watcher
• Dimensions: 24 cm (diameter) x 92 cm (length)
• Optical tube weight: 8.75 kg

Mount:

• Type: German equatorial mount NEQ5
• Dual axis motorized with automatic Go-To pointing
• Stepper motor resolution: 0.144 arc/sec
• Movement speed up to 3.4°/sec - 2x to 800x tracking
• Go-To system: SynScan controller with 42,900 objects from common celestial catalogs
• Tracking modes: Sidereal, Lunar, or Solar
• Functions: Park, Synchronization, Backlash, Identification, Tour...
• Load capacity: 9 kg (7.5 kg in astrophotography)
• Tripod: Adjustable height tubular steel (71 cm to 123 cm)
• Mount weight: 6 kg
• Tripod weight: 3.8 kg
• Counterweights: 2x 5 kg counterweights provided
• Power supply: 12V DC, cigarette lighter cable provided

Advantages:

• Captures 78% more light than a 150 mm telescope
• Detailed observations of deep sky objects and planets
• Parabolic mirror for clearer and sharper images
• Robust and modular NEQ5 mount for vibration-free observations
• Go-To system for fast and precise automated pointing

Compatibility:

• Compatible with various standard accessories such as eyepieces, Barlow lenses, and coma correctors
• Simple adaptation with a standard female Vixen type dovetail

Tips and tricks:

• Use UHC or Deep-Sky filters to enhance details of deep sky objects
• Pair with a binocular head for optimal viewing comfort and improved depth perception

Explore the wonders of the cosmos with the Sky-Watcher 200mm f/5 telescope on the NEQ5 Pro GoTo mount, a perfect choice for quality astronomical observations.