![]() Buying an inexpensive telescope (see item number 4) will run one an additional $140 or so, however, the mount is an inexpensive way to start capturing pictures immediately. This is by far the easiest and best way to get started. This simple mount allows one to attach their smartphone to a telescope. If you’re serious about astrophotography and want to take pictures like this: The last two items on our list are the most expensive and those are cameras that are specialized for astrophotography. This will allow you to take great pictures of the moon and some of the planets. The most affordable option is number one (the cell phone adapter mount) and a telescope. It’s not the most affordable option, but the footage speaks for itself. If you want the simplest possible solution for pictures of the moon and planets (but not pictures of stars), head straight to item number six, the P900 from Nikon. The list is sorted from lowest to highest price by each item, but here’s a quick mini guide. In this list we’ve also included a cell phone adapter. However, most telescopes can be fairly easily adapted to fit onto a DSLR using something called a T Ring adapter (see item number two). We called this list, “Best telescopes,” but in fact, there are other ways to do it. Quickcam VC and Peltier Cooled Greyscale Quickcam Imager:įor my Quickcam VC results and Cooled Greyscale Project select Quickcam.So you want to take pictures of space, huh? Fortunately, in today’s day and age, one can take amazing photos of space and other celestial objects using affordable and available technology. įor an 8 part series on digital camera imaging along with planetary and deep sky images taken with Olympus C2000Z and C2020Z digital cameras select C2020Z.Īstrophotographs - Olympus OM-1 and OM-4T Cameras: Mars images & animation taken with Olympus C2020Z, Canon 10D and Philips Toucam Pro and 20 Inch Starmaster can be seen HERE.Ĭlick here for gallery of Olympus digital camera deep sky images. Gary's Motorized Big Binochair- Detailed instructions for buidling a drill-powered binocular observing chair.īuild a 3-Channel Dew Controller- Detailed instructions for buidling a 12 V 3-Channel Dew Controller.Ĭlick here for gallery of Canon 10D Digital SLR astro images.ĭeep sky images taken with Canon 10D and 20 inch Starmaster,10 inch LX200 and Orion ED80 scopes can be seen HERE. Peltier Cooling System for 44 degree Fahrenhiet cooling of Modified Canon Rebel XSi (450D) CLICK HEREĭetailed Procedure for Modifying Microsoft Lifecam Cinema HD Webcam for Telescope Use & Infrared Imagingĭetailed procedure for Modifying Canon Digital Rebel (300D) for astro-imaging by IR Filter Replacement and Peltier Cooling CLICK HERE.Ĭlick here for gallery of Modified Canon 300D Digital Rebel astro images.ĭetailed Procedure for modifying Logitech Pro 9000 Webcam for Astro Imagin g- Modified Pro 9000 for planets, Moon and Sun.ĭetailed Procedure for modifying Logitech Fusion Webcam modified for Astro Imaging- Modified Fusion compared to Philips Toucam for planets, Moon and Sun. NEW Click here for gallery of Full Spectrum Canon 6D DSLR astro images.Ĭlick here for gallery of Modified Canon 450D (XSi) DSLR astro images. ![]() Wireless Remote Control System for Starmaster Telescopes with GOTO Skytracker CLICK HERE CLICK HEREĭetailed procedure for Modifying Canon Rebel XSi (450D), XS (1000D), T1i (500D), T2i (550D), T3 (1100D), T3i (600D), T4i (650D), T5i (700D) & 6D ( NEW ) for astro-imaging or infrared photography by IR Filter Replacement CLICK HERE I provide a DSLR Modification service and can convert your Canon XSi (450D), XS (1000D), T1i (500D), T2i (550D), T3 (1100D), T3i (600D), T4i (650D), T5i (700D) for astro-imaging or infrared photography. ![]() If you are an amateur astronomer, please get involved by becoming a member of the International Dark Sky Association (IDA). Astrophotography and amateur astronomy are adversely affected by light pollution. CLICK HERE for a free 2016 Moon Phase Calendar. Presently I am imaging with later models of the Canon Digital Rebel camera that I have also modified for astro-imaging using a 5" Triplet Refractor, 20" Starmaster Dob and a 6" and 12" Ritche圜hrétien. In 2003, I began imaging with a Canon 10D digital SLR camera and in 2004 with a 300D Canon Digital Rebel that I modified for astro-imaging. I also experimented with a Quickcam VC, a cooled Greyscale Quickcam that I built and the Olympus C2000Z and C2020Z digital cameras for astro imaging that I also used with my 20 inch Starmaster. Film Cameras I used were the Olympus OM-4T and OM-1. This was later replaced by a Meade 10 inch LX-200 telescope. The first telescope I used was an 8 inch Meade LX-3 Schmidt-Cassegrain. My attempts at astrophotography began in 1989 from a desire to capture colors of celestial objects not seen visually at the eyepiece. ASTROPHOTOGRAPHY & DIGITAL IMAGING by Gary Honis
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