Skywatcher 200P Flextube Synscan Dobsonian Telescope

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Our Price:   £865.00 List Price:   £925.00 Saving Of:   £60.00 (6%) (Inc. 20% VAT) –+ Add to Basket Part Number:  10224 Manufacturer:  Skywatcher Availability:      SkyWatcher 17Ah Rechargeable Power Tank  + £116.00 Skywatcher GPS Mouse for V.3 Handset  + £111.00 Skywatcher 7AH Power Tank  + £57.00

THE NEW ULTIMATE DOBSONIAN IS BORN!!

Combining the power of a large optical tube, the extreme portability of the patented collapsible FlexTube design and SynScan computerised Go-To technology, the new Skyliner FlexTube Synscan Dobsonians bring over 42,900 celestial objects right in front of your eyes, and automatically track them as they move across the night sky - its as easy as a walk in the park!

The patented dual-encoder design allows you to manually move the telescope anytime and to anywhere you wish - with no need for realignment. Slewing to an object on the opposite side of the night sky no longer feels like watching a kettle boil. Simply push the tube close to the object and let the computer do the rest of the work. 

• Magnifications (with Eyepieces supplied): x48 & x120
• Highest Practical Power (Potential): x400
• Diameter of Primary Mirror: 200mm
• Telescope Focal Length: 1200mm (f/6)
• Eyepieces Supplied (1.25"): 10mm & 25mm
• Dual-Fit 1.25"/2" Crayford Focuser
• Parabolic Primary Mirror
• 0.5mm Ultra-Thin Secondary Mirror Supports
• 9x50 Finderscope
• Direct SLR Camera Connection
• 3-Point tube locking system, fully retractable
• Alt-Azimuth Mount with Accessory Tray and Built-in Heavy-Duty Servo Motors
• SynScan AZ Computerised Handset
• 42,900+ Object Database containinf full Messier, NGC and IC catalogues
• Quiet operation
• Power Requirement: 12v DC Power Supply (Tip Positive). Sky-Watcher 17Ah Power Tank Recommended
• 77% more Light Gathering than 150mm

PARABOLIC PRIMARY MIRRORS
Features High Quality Parabolic Primary Mirrors to eliminate spherical aberrations inherent in 'fast' focal lengh reflectors with spherical primary mirrors. The mirrors are parabolized to bring all the light rays to the same focal point to give sharp, constrasty images, which are full of detail.