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photorick  > Other > Rick Albrecht and Hardware
With his father’s guidance and encouragement, Rick developed an interest in photography as a young boy in grade school. This interest intensified during a two year high school science fair project that included construction of a small telescope and photography of the Solar Green Flash. This science project (which took national honors) brought together an interest in both photography and optics, and became a major influence on both his vocation and avocation. After receiving an engineering degree, Rick worked for Eastman Kodak in Rochester, NY, for over 26 years designing and developing precision microfilm equipment and 35mm consumer cameras. During that time in Rochester, he enjoyed astronomy as a hobby, built many telescopes and two observatories, and began using his long focal length equipment for wildlife photography. Rick has experienced a photo safari in Tanzania, Africa and photographed scenes in Britain, Ireland, Alaska and many other locations. Rick lives in the Cumming, GA, area, and while he directs most of his photographic activity toward nature, he is experienced in a wide range of photo subjects. The photos in this gallery show some of the professional level digital equipment Rick uses to capture his photos. In some situations it is very useful to have long focal length equipment to “reach out” and get close images of wildlife without getting too close and disturbing the wildlife.
Gallery pages:  1  
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photorick > Rick with 400mm f/2.8 Canon lens.
photorick > For more distant shots Rick sometimes uses 1100mm f/7 lens.  The lens is built by Astro Physics, Inc. and is an Apochromatic design.  Even with the long focal length there is a practical limit of about 150 ft to 200 ft to the subject.  This limit is the result of air turbulence, which is usually better looking over water than land due to day time heating. (Photo courtesy of Denny Souers)
photorick > A custom rack has been built to carry the 1100mm lens.  The rack stores the lens in easy reach and provides room underneath to store the mounting.  Once configured for use the lens can be set up and ready for use in less than a minute.
photorick > When a photography location is a significant distance from vehicle access a custom cart is used to transport approximately 100 pounds of photo gear.  The cart folds flat and is carried in the back of the vehicle.
photorick > The Africa Pack:  The challenge for the Africa trip was to take what I needed and still get it to fit on the airplanes.  This photo shows 55 pounds of equipment strapped on including two camera bodies, three zoom lenses covering a range of 16mm to 400mm, 400mm f/2.8 lens (in backpack), laptop computer, batteries and chargers, tripod and a few other pieces of hardware.  Everything made it to Africa and back with the help of a couple of miracles.
photorick > Rick with 400mm lens deployed from vehicle in Africa.  The rule was, people stay in the vehicle and the animals stay outside the vehicle.  Even so we got very close to many animals, even the large ones with big teeth!
photorick > Backyard Observatory:  This building is 14 feet square with a 15.5 foot diameter dome.  The 5 feet wide viewing slot is covered with two rolling shutters when not in use.  The flag pole is lowered at night so it doesn’t obstruct the view of the sky.  The dome has a laminated wood frame and is covered with aircraft aluminum.   The observatory took 26 weeks to build (back in my 30’s).  To see the construction story click on this link.  
http://www.rickalbrechtphoto.com/Astronomy/Observatory-Construction
photorick > This observatory had three instruments on the massive fork mounting.  The largest telescope has a 16 inches diameter f/4.8 reflector.  I ground and polished the mirror by hand over a six month period.  Optical tests showed the mirror to have the correct surface to less than 1/15 of a wave (very good).  The long white scope is a 7.5”, f/10 refractor.  In addition to observing this scope was used to guide the 16” scope during long photographic exposures.  The shorter white lens near the fork is a Canon 600mm f/4.5 telephoto lens fitted with a wide field eyepiece and used as a finder scope.  This lens was also used for wildlife photography.  After making the 16” mirror it took another six months to complete the tube and mounting.  The clock drive uses a 12” diameter bronze gear to move the scope and compensate for the Earth’s rotation.  The telescope assembly weighs around 1200 pounds.  Over 125 pounds of welding rod was used in the construction.  The large wrench is used to align the fork mount with the Earth’s polar axis for tracking celestial objects.  The scope and observatory were sold with the house when we moved in the 90’s.  To see the construction story click on this link.  
http://www.rickalbrechtphoto.com/Astronomy/Observatory-Construction
Backyard Observatory: This building is 14 feet square with a 15.5 foot diameter dome. The 5 feet wide viewing slot is covered with two rolling shutters when not in use. The flag pole is lowered at night so it doesn’t obstruct the view of the sky. The dome has a laminated wood frame and is covered with aircraft aluminum. The observatory took 26 weeks to build (back in my 30’s). To see the construction story click on this link. http://www.rickalbrechtphoto.com/Astronomy/Observatory-Construction
 > Backyard Observatory:  This building is 14 feet square with a 15.5 foot diameter dome.  The 5 feet wide viewing slot is covered with two rolling shutters when not in use.  The flag pole is lowered at night so it doesn’t obstruct the view of the sky.  The dome has a laminated wood frame and is covered with aircraft aluminum.   The observatory took 26 weeks to build (back in my 30’s).  To see the construction story click on this link.  
http://www.rickalbrechtphoto.com/Astronomy/Observatory-Construction
Backyard Observatory: This building is 14 feet square with a 15.5 foot diameter dome. The 5 feet wide viewing slot is covered with two rolling shutters when not in use. The flag pole is lowered at night so it doesn’t obstruct the view of the sky. The dome has a laminated wood frame and is covered with aircraft aluminum. The observatory took 26 weeks to build (back in my 30’s). To see the construction story click on this link. http://www.rickalbrechtphoto.com/Astronomy/Observatory-Construction
Other sizes: Small • M • L |
filename: 16in-Observatory-East View |
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Keywords: observatory 16 inch telescope
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