FINISHING UP EXTERIOR... 
I wasn't sure what kind of entry pad to make, but finally decided on the tried-an-true simple concrete slab.  The day of the pour I had a "great idea" of adding stamps to the slab with some astro-related artistry and found a little wooden solar system shape kit on-line.  A quick call to a local crafts store confirmed that they had it stock as well so $8 later I was ready to do some stamping.  The final result turned out OK... not as nice as I'd hoped for, but I think with some additional Dremel-ing I might make it look nice :)
Framed and ready for pour
Framed and ready for pour
Let's hope it works
Let's hope it works
It worked... kind of...
It worked... kind of...
FEW INTERIOR DETAILS ...
Picked up a few low power LED shop lights and installed throughout the observatory.  Also, ran a 30' of LED strip all around the perimeter.  I'm 6'3", and the short 4' walls and ceiling tried taking out a chunk of my scull a few times already.  To help with this problem I've installed foam padding all around low-having edges throughout - this foam comes in various diameters and is designed to go around water/gas pipes but it does the trick, especially since it has double-sided tape pre-installed - it's available in 6' lengths.
Door entryway lights switch and LED controller
Door entryway lights switch and LED controller
One of 4 LED lights inside dome section
One of 4 LED lights inside dome section
Skull saver
Skull saver
NETWORK ...
Once an astrophotography session has been fired up, I intend to remote-control it from the comfort of my home office.  At first I had planned on expanding my home WiFi network with an addition of an outside antenna, but then a member on CloudyNights.com forum pointed me to Ubiquiti Networks point-to-point wireless solution, which, in short, is like having a direct, hard-wired LAN cable going to an observatory using their NanoStation AC Loco radios.  These antennas have a range of over 5 miles, offer bulletproof reliability and security, and provide speeds in excess of 450mbps+.  I ran my LAN cable from the in-house router to the top of the roof of my home, and pointed the home antenna towards the receiver antenna mounted on the side of the observatory and viola! I was connected.
NanoStation AC loco
NanoStation AC loco
Observatory side
Observatory side
Homebase station side
Homebase station side

More in this journal

Back to Top