![]() Smaller apertures are better for deep space photography.Īpochromatic lenses have a special glass that delivers better focus, accurate colors and clear images. Large apertures let in more light, making them perfect for planetary photography. You can also opt for a telescope with a motorized mount, especially if you plan on taking long-exposure astrophotos.įiner astrophotography telescopes will automatically locate the stars and planets, lock on them and track them as they naturally drift across the night sky.Īpertures are openings in lenses that allow light through the camera. The best way to photograph them is to choose a telescope with an equatorial mount, which allows you to track your target across the sky. The earth’s rotation means objects in the sky will slowly appear and move across the sky from east to west. They also provide more sharpness and vivid color. Reflecting telescopes capture more light than refracting telescopes, which allow you to photograph dimmer objects that are farther away. They can take photos of objects visible to the naked eye. ![]() Refracting telescopes are simple to set up and make a great choice for beginners. And lower focal ratios are easier to work with. The shorter the exposure time, the sharper the images will be. ![]() Look for focal lengths of 600mm to 800mm or even less that provide a wider field of view.įocal ratios determine how fast your telescope collects light and how quickly you can take exposures. This way, you’ll be certain your camera model number and telescope model number fit the adapters.īeginning astrophotographers should start with shorter focal length telescopes and lower focal lengths. These adapters come in different sizes and designs, so check the specifications of your camera and telescope. Your camera and telescope connect with the special adaptors that fit each other exactly. ![]()
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