Saxon ED80 AZ3 Refractor Telescope
Saxon has done it again with the ED80 AZ3 tube that features a quality, ED (Extra-Low Dispersion) lens, for unparalleled clarity in every viewing image. For a newcomer into astronomy with an interest in astrophotography, this smart telescope might just but the complete piece that will get you hooked for years to come!
Easy to use, but powerful!
These new high resolution refractor scopes by Saxon feature some really nifty improvements that will enhance your sky viewing experience. The Saxon ED80 AZ3 Refractor Telescope features an ED lens (Extra-Low Dispersion) to provide higher resolution, excellent contrast and completely eliminated colour fringing that sometimes occur on normal lenses. This scope also comes with a 2" Crayford focuser that aids and simplifies focusing - helpful for any amateur astronomer.
The Saxon ED80 AZ3 Refractor Telescope is a complete beginner refractor scope. With a focal length of 600mm and a generous aperture of 80mm, a beginner astronomer is offered generous resolution, light gather power and a perfect focal distance to learn to scan the night sky. To complete the set, the ED 80 AZ3 comes with a AZ3 mount, 6x30 finderscope, 90 degree star diagonal, Super 1.25" 10mm and Super 25mm eyepieces. Also ideal for astrophotography.
Saxon - High Quality Optics
The Saxon brand commits to quality and research. The company develops a range of binoculars, telescopes, microscopes and accessories with the understanding of its user’s priorities and needs. Saxon has built each product around the knowledge that everyone’s viewing requirements are different, proven through each precise and well though out product line. Browse a range of Saxon optical products and you'll find that every glass has been designed to help every viewer see only the best in every situation.
Product Code: ED80AZ3-210030
|Electronic Hand Control||No|
|Mount Type||Alt-azimuth mount|
|Warranty Information||5 Years|
|Additional Specifications of Product||Accurate Focal Length: 600mm Ideal for Astrophotography|