This is the setup they used to obtain many of the moon photos accompanying their article. Imelda Joson and Edwin Aguirre use a custom-made, machined-aluminum adapter to attach their DSLR camera to the Takahashi FS-78 refractor. Be sure to specify the make and model of your telescope and camera body when choosing an accessory. You can buy these accessories from telescope retailers such as Celestron and Orion (opens in new tab). DSLR cameras excel in prime-focus (and eyepiece-projection) photography since they have removable lenses, making it easy to use a T-ring and adapter to connect the camera to the telescope focuser. In this method, you attach your camera directly to the telescope, which essentially acts like a superpowerful telephoto lens. You'll also need an electronic "cable release," or remote trigger/controller (lower left), so you can operate the camera shutter while minimizing vibrations. Buy now £249 Wexphotovideo.To attach your DSLR camera (without the lens) to the telescope's eyepiece focuser, you need a T-ring that matches to your particular camera's lens mount and a prime-focus adapter (lower right) with male T-threads and a standard 1¼-inch barrel that can be inserted into the focuser. Tripod and mount were solid, with a handle that made the 100AZ easy to track around the sky under full control. Take the dust cap off and you will see that it doubles as a smartphone holder, allowing you to attach it to the eye piece, which then collects the light captured by the scope and projects it into the phone’s camera.Ī single image is then built up from lots of video captures and this really worked well and gave impressive results of solar system objects, even when conditions were far from perfect. This telescope brings the moon closer, with good crater definition and more details of the lunar surface, especially when using the 20mm eyepiece for some extra magnification. The larger refractor (100mm+) housed within the 100AZ also means you can really explore and investigate hundreds of deep-sky objects, like galaxies and nebulae. Good build quality and an effortless set up meant that it took no time at all before we were being treated to excellent early evening views of Mercury. Using the phone’s GPS signal to geolocate, all the pointing and tracking is completely automated, as is the focus, giving the most user-friendly experience of all the scopes on test. The Stellina is fully computerised to take the headache and guesswork out of astronomy and with a quick pairing to your smartphone, you’ll be up and running in minutes. Through the app, you’ll be able to zero in on over 100 deep-sky targets, as well as get a good look at the lunar surface. It also allows you to share the discoveries and experience with a multi-user mode that allows up to 10 mobile devices to connect to the scope. At the touch of a button, the modernist black and white housing beautifully reveals the refractor telescope. Obviously, the first thing that you’ll notice about the Stellina is that it’s no ordinary telescope and actually looks like it wouldn’t be out of place on the set of a sci-fi movie. With this scope, all you have to do is choose what you want to look at via the app and watch the image build on your phone’s screen, which is both exciting and rewarding.
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