Here's a front view of The Robservatory, which rests on an elevated, octagonal deck, facing south.
Home Observatory: Background
After 11 years of visual astronomy, traveling to darker skies and hoping for good weather were yielding too few actual nights under the stars. It was time to build a home observatory: The Robservatory was born.
By far, the biggest challenge for amateur and professional astronomers worldwide is the rapid and relentless disappearance of dark skies as a result of light pollution. To counter this effect, the imaging of certain objects which transmit light at special frequencies (typically emission nebula, planetery nebula, and some galaxies) can be done through narrowband filters, which transmit light only at these very specific, narrow wavelengths, while blocking broaderband light from sources such as streetlights, house lights, and even the moon.
All images on this site have been captured at The Robservatory, located 12 miles west of Manhattan, under some of the worst light pollution on the planet.
By far, the biggest challenge for amateur and professional astronomers worldwide is the rapid and relentless disappearance of dark skies as a result of light pollution. To counter this effect, the imaging of certain objects which transmit light at special frequencies (typically emission nebula, planetery nebula, and some galaxies) can be done through narrowband filters, which transmit light only at these very specific, narrow wavelengths, while blocking broaderband light from sources such as streetlights, house lights, and even the moon.
All images on this site have been captured at The Robservatory, located 12 miles west of Manhattan, under some of the worst light pollution on the planet.
Saturday, April 19, 2008
Slide-Off Dome Capability
The initial configuration was for a rotating dome. However, it soon became apparent that no matter the dome position, the sky directly overhead was obstructed. In order to overcome this limitation, a rear platform was constucted. When the dome is opened, it can now be slid completely off, gliding with little effort along three tracks made of synthetic decking material. The sky overhead is now competely accessible.
Inside The Robservatory
Imaging is done with an ATK 314L+ cooled CCD camera (upgraded from 16HR shown) on a TMB92 f5.5 triplet-apo refractor with a Televue .8x focal reducer/flattener.
The guidescope is a Televue Pronto, with guiding via a StellaCam3 video camera.
A dual screen laptop is used for image capture and guiding.
The mount is a Losmandy G11 (upgraded from GM8 in photo).
Pier Construction
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