Celestron CPC 1100 GPS (XLT) (70 x 280mm) Telescope $2,799.00 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 Manufacturer:Celestron Product MPNKey Features MPN 11075-XLT Optical Design   Catadioptrics Optical Diameter 280 mm Finderscope   Optical Focal Length 2800 mm Max Useful Magnification x 70 Motorized Yes Tags: celestron, cpc, 1100, gps, xlt, 70, x, 280mm, telescope,

Celestron NexStar 6 SE (354 x 55.88mm) Telescope $790.00 to $1,100.00 Whether you are a seasoned astronomer looking for a portable scope with advanced features, or just starting your astronomy adventure and looking for an easy way to enjoy the night sky, a NexStar SE will help you take a closer look. Manufacturer:Celestron Product MPNKey FeaturesMiscellaneous MPN NexStar 6 SE Optical Design   Catadioptrics Optical Diameter 55.88 mm Finderscope   Red-Dot Focal Length 1500 mm Max Useful Magnification x 354 Mount Type   Altazimuth Motorized Yes UPC 050234110686 Tags: celestron, nexstar, 6, se, 354, x, 55.88mm, telescope,

Bushnell NorthStar 78-8845 (675 x 114mm) Telescope $325.00 to $440.00 Our most powerfull, advanced technology reflector telescope with up to 675x magnification and massive 4 1/2 inch reflector mirror. "Goto" Computerized tracking technology. Red Dot LED finderscope. Remote hand-held control module. Camera adaptable. Quick release tripod. Kinematic mount. Accessory tray. 20,000 Object Onboard Starfinding Computer. 1.25" Format Eyepieces. Barlow Lens. A great starting telescope!Minimize Manufacturer:Bushnell Product MPNKey FeaturesMiscellaneous MPN 788845 Optical Design   Newtonians Optical Diameter 114 mm Finderscope   Red-Dot Focal Length 900 mm Max Useful Magnification x 675 Mount Type   Altazimuth UPC 029757788849 Tags: bushnell, northstar, 78-8845, 675, x, 114mm, telescope,

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Meade 90AZ-ADR Telescope

Some of the world's top astronomers got started with a telescope just like this one, and so will you. A quality refracting telescope for land or sky viewing. It's perfect for observing the Moon, planets and land objects like mountains, trees, and wildlife.

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Bushnell NorthStar 78-8890 (300 x 90mm) Telescope

The NorthStar® telescopes offer amateur astronomers state-of-the-art computer-driven location and tracking capability with simple, push-button control. With a built-in data base of 20,000 celestial objects, you simply call up your target on the hand-held control module, enter a simple "Go To" command and the NorthStar computer does the rest. Once locked on, tracking the object for prolonged viewing is automatic. The innovative RVO (Real Voice Output) feature provides a fun, interactive way to explore the night sky. The remote, hand-held control module features red, backlit push buttons and a red, illuminated LCD read-out for easy viewing without impairing your night vision. Minimize

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Galileo FS-80 Telescope

The Galileo FS-80 reflector telescope is a great beginner's reflecting telescope. The large 80mm primary mirror cell collects 33% more light than a 60mm refracting telescope. 1.25 focus housing permits the use of larger higher quality 1.25 eyepieces. Yoke mount makes the telescope easy to manage through altitude / azimuth (Up & Down, Left & Right) movement, and altitude slow motion control rod for precision adjustmentsMinimize

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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