| The Holy Grail of many astronomers has long been the Celestron C-14 – for its light-gathering aperture, for its sophisticated Schmidt-Cassegrain optics, for its imaging prowess. But for many city dwellers, the C-14 has simply been too big a scope to easily transport to the dark sky sites that its 14” aperture demands to do its best work.
The new Celestron CGEM DX 1400 helps make a C-14’s size and weight much less of an issue. With a heaviest single component weight of only 45 pounds, the 14” Celestron CGEM DX1400 can be transported and set up by one person on their own – either in a back yard or at a distant dark sky site.
The new Celestron CGEM DX1400 go-to telescope takes the newly upgraded and surprisingly portable Celestron CGEM DX heavy-duty computerized go-to German equatorial mount and tops it with the light-gathering power of Celestron’s renowned 14” Schmidt-Cassegrain optics – a light grasp almost 2600 times greater than even the sharpest dark-adapted eye. The result is an optical and mechanical joy that can keep you happily observing and imaging for the rest of your life . . . without ever coming close to reaching the limits of its capabilities.
For the ultimate in image brightness and contrast, the optical tube has Celestron’s state-of-the-art Starbright XLT optical multicoatings that are 16% brighter than original Starbright multicoatings across the entire photo/visual spectrum. The 14” optics and Starbright XLT coatings combination will show you faint star clusters, nebulas, and galaxies in subtle and amazing detail.
The new Celestron CGEM DX boosts the payload capacity of the well-known Celestron CGEM go-to mount – a Sky & Telescope Hot Product for 2010 – to a full 50 lbs. by adding a new tripod (actually the tripod from the big top-of-the-line CGE Pro mount), new drive electronics, larger counterweight shaft, and heavier counterweight. The new CGEM DX mount makes finding over 40,000 celestial objects smooth, easy, and automatic, so you can spend more time looking at those objects, rather than looking for them.
The 14” aperture f/11 CGEM DX1400 optical tube is the latest version of the Celestron-pioneered optical system that took phenomenally expensive Schmidt-Cassegrain optics out of the hands of professional astronomers and made them available for the first time at reasonable prices to amateur astronomers. In essence, the original Celestron SCT made modern amateur astronomy possible. The computerized CGEM DX1400 makes today’s astronomy easier and more satisfying than ever before. Detailed information about this product's features Starbright XLT optics NexStar CGEM computer
This Telescope’s Optical System . . . - Schmidt-Cassegrain optical tube: 14" aperture (3910mm focal length f/11). Guaranteed diffraction-limited optical performance. The 31" long aluminum optical tube weighs 45 pounds, making it reasonably easy for one individual to transport and assemble the scope in the field.
- Starbright XLT fully multicoated optics: This high transmission/high reflectivity optical coatings package gives you visibly higher light transmission for brighter deep space images and shorter exposure times during CCD and DSLR photography. It also increases the contrast on subtle lunar, planetary, and nebula details when compared with a scope with ordinary coatings or multicoatings. For more details, click on the “Starbright XLT" icon above.
- Focusing: Focusing is accomplished by turning a knob at the rear of the scope body that moves the primary mirror fore and aft along a central baffle tube to adjust the focus. The Celestron focusing mechanism is supported by two pre-loaded ball bearings, minimizing the “mirror flop" typical of bushing focus mechanisms that causes image shift during critical focusing.
- Finderscope: 9 x 50mm straight-through achromatic design, with a substantial 5.8° field of view, in a quick-release bracket.
- Visual back: Removable 1.25" visual back holds visual accessories such as star diagonal, tele-extender, etc.
- Star diagonal: 1.25" prism type.
- Eyepiece: 1.25" 40mm Plössl (98x). The eyepiece field of view is 0.61 degrees, over 20% larger than the full Moon.
This Telescope’s Mount . . .
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