The Backyard Country Observatory
Constructed Spring 2014
The Telescope
My current Scope is a Orion f3.9, 8"inch newtonian astrograph, on the main scope is a 60mm orion guide scope with a orion starshoot autoguider. The Current Mount is a Celestron AVX mount mounter on a concrete pier. The current Camera i use is a unmodified Canon 60d.
My older setup witch you may notice in other pictures was a Celestron nexstar 8" schmidt cassegrain, on the same mount.
My older setup witch you may notice in other pictures was a Celestron nexstar 8" schmidt cassegrain, on the same mount.
Construction photos
The first thing was to pour a concrete pear, its about 4' feet in the ground and the top plate is leveled. Then it was time to build the tracks the wheels rolls on.
Here's the wheel skirts the building sits on with 2'' inch caster wheels 6 total. There is a wheel skirt skirt on both sides. The wheel skirts keeps the building from going off the track when the building is in motion.
Now the frame work is added onto the wheel skirts.
Getting the roof completed, I used shingles, I decided to install a wind turbine exhaust vent instead of a exhaust fan. On the far right image you can see I added a guide boards circled in red, they keep the bottom part of the front walls from spreading apart while the building is in motion, due the fact that there is no front wall.
Getting the plywood on the walls. I used vinyl siding.
I made 4 metal rods, these rod go through the Observatory wall and the deck two on each side. These rods prevent the building from rolling back in high winds, and keeps strong thunder storms from blowing the building over. So far up to date the strongest winds guest are 70mph that the observatory has handled. Here is an screenshot from my smart phone of the storm with 70mph winds and base ball size hail reported.
Later I installed a metal plate under each wheel when the building is closed, the weight of the building was making indents were the wills set making it bumpy when its time to open it up.
Later I installed a metal plate under each wheel when the building is closed, the weight of the building was making indents were the wills set making it bumpy when its time to open it up.
I added outside vents on the overhang, and one at the bottom of each doors. These vents let air in the building to help keep the telescope ambient temp when ready to stargaze and imaging. There is a total of eight vents, each has a steel mesh on the back to keep insects out.
For the electricity I dug a trench using a spade shovel, (130' feet). The Electrical wire is in a pvc pipe berried in the trench. I use a flexable 12 guage cord to power the observatory plugins only when the observatory is opened, I plug the cord int an outlet on the floor to the outlet on the wall that gives power to an outlet for the heat box, laptop, and lights, the telescope power strip mounted on the concrete pier always has power to it.
After a few years of the boards getting worn from the building moving back and forth it was time for a better solution.
I purchased flat wielding steel 1/8 4'ft 2" inches I used a palm router adjusted the depth of the steel counter sunk the screws. Now the observatory wheels roll a steel track which is easier and smoother to move.
I purchased flat wielding steel 1/8 4'ft 2" inches I used a palm router adjusted the depth of the steel counter sunk the screws. Now the observatory wheels roll a steel track which is easier and smoother to move.
In 2018 I upgraded the wheels from the rubber casters too cast iron casters. The seasions changings from hot too cold, the rubber got brittle and the weight of the building just cracked the rubber casters one of the collapse.
More photos of the observatory
Venus Jupiter Summer 2015
Full Moon Halo with me beside the observatory January 24-2016
Rainbow arch May 22-2017
Observatory Scope and new moon