Celestron AstroMaster 114 AZ (50 x 114mm) Telescope $120.00 to $250.00 Designed for the novice user, the Celestron® AstroMaster™ 114 AZ telescope features a alt-azimuth mount with a convenient pan handle with built-in clutch for easy targeting and smooth motion perfect for watching whales, spotting birds, viewing nature or checking out your favorite star or planet. The compact, portable design with ample optical performance will excite any newcomer to the world of amateur astronomy.Minimize Manufacturer:Celestron Product MPNKey FeaturesMiscellaneous MPN CITS31043 Optical Design   Refractor Optical Diameter 114 mm Finderscope   Optical Focal Length 1000 mm Max Useful Magnification x 50 Mount Type   Altazimuth Motorized No UPC 050234310437 Tags: celestron, astromaster, 114, az, 50, x, 114mm, telescope,

Celestron PowerSeeker 80 EQ (225 x 80mm) Telescope $107.00 to $160.00 The Celestron PowerSeeker series of telescopes is designed to give the first-time buyer the perfect combination of quality, value, features and power. Offering exceptional value, these telescopes feature portable yet powerful designs with ample optical performance to excite any newcomer to the world of amateur astronomy.Minimize Manufacturer:Celestron Product MPNKey FeaturesMiscellaneous MPN DNT21048 Optical Design   Refractor Optical Diameter 80 mm Finderscope   Optical Focal Length 900 mm Max Useful Magnification x 225 Mount Type   Equatorial Motorized No UPC 050234210485 Tags: celestron, powerseeker, 80, eq, 225, x, 80mm, telescope,

Meade LXD75AR-6 Telescope $1,199.00 to $1,200.00 Diffraction-Limited Optics Meades Schmidt-Newtonian and Schmidt-Cassegrain optics yield pinpoint stellar images over an extremely wide field-of-view with only half the coma of standard Newtonians of the same focal ratio. Manufacturer:Meade Product MPNKey Features MPN LXD75AR-6 Optical Design   Refractor Finderscope   Optical Focal Length 1219 mm Max Useful Magnification x 400 Mount Type   Equatorial Tags: meade, lxd75ar-6, telescope,

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Celestron CPC 1100 GPS (XLT) (70 x 280mm) Telescope

The largest aperture of the CPC GPS line, The CPC 1100 GPS Schmidt-Cassegrain telescope has the most light gathering power and has a limiting magnitude of nearly 15. The CPC 1100 GPS takes full advantage of its vast database of thousands of NGC and Abell galaxies as well as delivering a new level of detail to all your favorite deep sky objects. This CPC 1100 GPS features Celestron's premium StarBright XLT coatings.Minimize

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Celestron NexStar 114 SLT 31143 (270 x 144mm) Telescope

The NexStar 114 SLT has over twice the light-gathering power of an 80mm telescope! And the 114 SLT, like the other models in the SLT Series, comes with a fully computerized hand control with a database of over 4,000 celestial objects! With its pre-assembled, adjustable steel tripod, the NexStar 114 SLT can be up and ready to use in a matter of minutes. Our new SkyAlign alignment technology and the included StarPointer Finderscope with a red LED makes aligning a breeze.Minimize

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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

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Meade DS-2080ATS Telescope

Meade Digital Series telescopes bring microprocessor technology and the very latest in electromechanical design to the serious beginning or intermediate observer. Completely re-engineered and redesigned, Meade DS-2080AT telescopes provide extremely smooth motions in both altitude and azimuth, and, most importantly, include a fully integrated Autostar control system as standard equipment. Oversize bearings on both telescope axes of all models negate the imprecisions found universally, virtually without exception, on competing models.Minimize