4. Would a motorized dish bring me any additional benefit over a fixed dish?
Justask'n,
I know that you will love this forum more and more the longer you stay here, and I hope you stay a good long time!
Going back to your original question regarding a fixed point dish versus a motorized setup. It is most wise to begin experimenting with the fixed point system first. While you are doing this, make a log book of your reception readings (mainly quality readings) as you will want them later for comparison.
However, for getting the most out of FTA in the long run, a motorized system will be the final outcome. I started out with a miriad of fixed point dishes, roughly seven or eight. I continued to repoint them to research other sats, but that began to become a pain for me. I eventually adopted a motorized system, and used it in conjunction with my fixed point dishes for about a year, then I switched over to using the motorized dish exclusively.
97.0°W was my first fixed point set up as that is my truest south sat and carries the most FTA channels of them all. When I began adding to it, it shortly became apparent that I needed a motorized system. Now I can get all the upper Ku band sats from 30.0°W to 129.0°W (and even as far west as 148.0°W if it were still operating).
I miss 148.0°W as they (DN) often let a few movie channels come through in the clear! HBO, TMC and CineMax Action or something like that. Yes, it was nice for quite a long time, more than a year. Alas, they are gone now and so is 148.
Anyway, the biggest drawback of a motorized system is waiting for the dish to pan from one sat to another. I don't mind this as most of the channels I watch are on satellites which are fairly close to eachother. Slewing my DG-380 motor and my Geo-SAT pro 1.2 meter dish requires about one minute to go from 30°W to 148°W, that isn't so bad. Normally I don't have to wait even that long as I don't switch sats that much. The most I usually go is from 30.0°W to 63.0°W to 72.0°W to 83.0°W to 97.0°W and 101.0°W to 125.0°W and back. There is just a few seconds delay in my wait between these sats. I can accept this wait for the exchange of having only one dish to maintain and align and only one cable to contend with and only one switch, which I really don't need any longer.
When you get to the point of setting up a motorized dish, and you will, if you keep up company with us, I would like to give you my honest opinion about what equipment you should try to start out with. A Winegard DS-2076 antenna, an Invacom QPH-031 LNBF and a DG-280B motor. Add some supporting side struts to the DS-2076 dish just like the Winegard DS-3101 1M dish has to help support the weight of the Invacom LNBF.
This is the nicest and most fairly inexpensive system that you can purchase and have it work exceptionally well. I guarantee that you will approve of it and be pleased with your reception (provided you are not too far north into Canada or too far south into Mexico). I would stake my personal reputation on this. I started out with this as my first motorized system and I can still trust in it today. I have bought other dishes, bigger ones and I am now up to a 1.2 M Geo-SAT pro antenna and I love it. But, nothing beats that little 76cm Winegard antenna!
Yes, when they manufacture something good and you discover it, you want to keep it going. Best overall settup (for DVB-S only) is a Coolsat 5000 or 6000 receiver, an Invacom QPH-031 LNBF, a Power Tech DG-280B motor and a Winegard DS-2076 antenna with RG-11 cabling and Channel Master editor for support. You simply cannot go wrong with this for a starter package.
Yes, even the Coolsat 5K and 6K are still valuable receivers to own. They won't get DVB-S2 or HD signals, but they are fantastic little boxes! Mine is still running after 5 years and I still watch it daily. You just cannot beat these receivers down! They do what they are supposed to and they do it well. I wouldn't give mine up. As a matter of fact I now own about eight or nine of the Coolsat 5Ks. Why? Because they are that nice and I want to ensure that I have parts to repair them if one should ever go bad. Yep! I love them that much and I hold on to them with dear life.
Research the components that I have listed here and make your own educated decisions of course.
RADAR