Building an Observatory (First Steps)

Indiana weather does not offer an abundance of clear nights for observing or astrophotography.  However, last winter we had a lot of clear nights, but the time to setup and teardown my astrophotography setup kept my wife and I from taking advantage of most of them. We found it really hard to get motivated to setup and teardown our gear with snow on the ground and frigid temperatures.

As our frustration grew, we decided we should build a “simple” observatory.  Our initial plan was to construct a small concrete pad with a permanent pier; which could be covered with a small garden shed which could be rolled over the pier to protect the telescope and mount.  Of course, as our planning progressed, the scale of our  “simple” observatory began to expand! After nearly 9 months of planning we decided to build a medium sized roll-off-roof observatory.

We settled on a 15′ x 15′ Roll-off-Roof design with two piers and an area to setup a third telescope inside the observatory.  One of the piers will be dedicated to astrophotography and the other will be used for visual astronomy.  The advantage of an observatory is that anytime there are clear night skies it is easy to open the observatory and begin observing; eliminating most of the long setup time.  The elimination of 3 hours of setup and teardown will substantially increase our motivation to take advantage of the clear and cold winter skies.

Framing of Observatory Pad

Framing of Observatory Pad

 

 

Construction started in early November. The pad forms were constructed the day before the concrete pour.  The pad included two cutouts where the piers will be installed.

 

 

Completed Forms Showing Pier Locations and Power and Data Conduits

Completed Forms Showing Pier Locations and Power and Data Conduits

 

 

Conduit was added to handle the electrical and data cables that will be needed at each pier.

 

 

 

More Concrete and Lots of Hard Work

The Concrete Pour Ballet

 

On the following day It was time to pour the concrete.  After watching this expert crew work I was relieved that I hadn’t tried to do this myself.  Watching their choreographed ballet I was impressed with their skill and organization. Things were happening so fast that there was no time to stop and decide who was to do each job or discuss how something was to be done.

 

Completed Observatory Foundation

Completed Observatory Foundation

 

 

Here is a photo of my wife admiring the completed pad.

Check back in soon to see the observatory construction begin.

Fred

CQWW SSB 2015

hmi200

Sunspots During Contest

It has been too long since my last post.  Many other activities have diverted my attention away from ham radio this year.  I have been able to work some DX, but have not had a much time for contesting or for that matter, time to post on this site.

This past weekend I finally was able to spend some time operating in the CQ Worldwide SSB contest.  It was fun to be able to spend a few hours working stations from around the world.  The bands were not as good as a couple of years ago, but 10m and 15m were both open some during the contest.  The sunspot index was in the 120s during the contest.  If I recall correctly, the Sunspot index was nearly 200 a couple of years ago.  I’m hoping the current sunspot cycle does not fade out too soon, because the last down cycle was a real downer!

My equipment worked flawlessly during the contest.  The time I spent tweaking the setup this summer must have paid off.

Here is a summary of my score:

Band QSOs Points Zones Countries
3.5 5 12 4 4
7 124 346 17 57
14 160 438 30 77
21 210 578 27 77
28 222 620 23 60
Totals 721 1994 101 275

 Score : 749,744

I operated about 17 hours doing Search and Pounce.

Fred

2014 SSB Sweepstakes

The ARRL SSB Sweepstakes last was last weekend.  This is the first contest where I called CQ rather than Search and Pounce operation.   I waited until I had worked all but one Section before I started calling CQ since my primary objective had been to get a clean sweep.
I was very nervous the first time I called CQ.   I was afraid I would not be able to copy the other stations well enough to hold the frequency or that I would look like a complete newcomer (I guess in a sense I was).  This turned out to not be as big a problem as I had expected.
3500zWarmAfter running stations for a  while I started to get into the routine and felt fairly comfortable running stations.  However, my voice got a real workout since I was not using any recorded sound clips.   I was surprised when I saw bright orange glow from the AL-80B after I had been running stations a for a while.  I guess when I S&P I never have a high enough duty cycle to get it’s 3-500Z warmed up!
I had another surprise when I generated a 1-1/2 hour  long pile up on 40 meters working stations that were actually looking for Indiana!  That was exhausting. I gained a more vivid appreciation for the skills of the DXpedition operators.  I’m sure some of the stations in the pileup were mumbling under their breath as I was trying to pick calls out of the mess.  Thank goodness it didn’t last much longer because I needed a biological break!  I was excited when I finally worked NT (Northern Territories) late Sunday afternoon and again near the end of the contest.

I was pleased with the contest, because my score was an improvement over last year, plus I managed to work a clean sweep.  I used N1MM+ in the contest.  It worked flawlessly during the contest, but I had a problem generating my Cabrillo log after the contest.  I ended up importing an ADIF file into the Legacy N1MM and to create the Cabrillo log.  Hopefully, an update will correct the issue before the next contest.  I am not sure why N1MM+ listed two lines for 28 mHz?
There is a summary my modest effort below.
Fred, KC9QQ
                   SSSSB Summary Sheet
Operator Category : SINGLE-OP
Assisted Category : ASSISTED
             Band : ALL
            Power : HIGH
             Mode : SSB
 Default Exchange : U 71 IN
       Gridsquare : EM69TN
          Band     QSOs     Pts  Sec
         3.5           106        212   30
           7             244       488   23
          14           138        276    6
          21            136        272    1
          28            140        280   23
       Total            764    1528    83
            Score : 126,824