Products reviews
Celestron Omni XLT 127 (300 x 127mm) Telescope$573.00 to $629.00
Tags:celestron, omni, xlt, 127, 300, x, 127mm, telescope, | Educational Insights 5273 (80 x 50mm) Telescope$63.00 to $90.00
Tags:educational, insights, 5273, 80, x, 50mm, telescope, | Meade LXD75AR-6 Telescope$1,199.00 to $1,200.00
Tags:meade, lxd75ar-6, telescope, |
Meade ETX-80AT-TC (270 x 80mm) Telescope
All of the major planets except Pluto are easily observable through Meade's brand-new 80mm (3.1) achromatic refractor telescope. You can study Saturn and its ring system; the primary cloud belts of Jupiter and its 4 major satellites; the Moonlike phases of Mercury and Venus; and much more.
Celestron NexStar 130SLT (31145) (306 x 130mm) Telescope
Computerized hand control with 4,000-object database SkyAlign allows you to align on any 3 bright celestial objects Motorized Altazimuth mount Focal ratio: f5 Focal length: 650mm
Meade NG-70 (140 x 70mm) Telescope
Recently upgraded from 60mm to 70mm aperature, Meade's NG70 telescope combines improved light-gathering ability with light-loss-reducing special optical coatings to produce noticeably sharper images of both celestial and terrestrial objects, making for a much better viewing experience. All the major planets except Pluto are clearly visible. The Moon stands out in near three-dimensional detail, revealing craters, mountain ranges, and fault lines. Dozens of external galaxies are visible; and, in our own Milky Way, this telescope displays hundreds of nebulae, star clusters, double and multiple stars, and variable stars.Minimize
Celestron AstroMaster 70EQ (90 x 70mm) Telescope
If you're looking for a dual-purpose telescope appropriate for both terrestrial and celestial viewing, then the AstroMaster Series is for you. Each AstroMaster model is capable of giving correct views of land and sky. The AstroMaster Series produce bright, clear images of the Moon and planets. It is easy to see the moons of Jupiter and the rings of Saturn with every one of these fine instruments. For views of the brighter deep space objects like galaxies and nebulae, we recommend the larger aperture and light gathering ability of the Newtonian reflectors.Minimize