Here is a list of the problems I would like to overcome:
1. I would imagine that being situated in the middle of the property makes this setup more difficult as extended range is required in every direction (~2 mile radius). I am trying to avoid the complexity of setting up a tracking antenna, and would prefer a permanent rooftop installation. I have looked into 2.4Ghz sectorized omnidirectional antenna arrays (Sharperconcepts), but it would seem that these are connected by signal splitters, and such a setup may just pick up more background interference than anything. Therefore, would I be correct in assuming that some sort of high-end diversity receiver is required for this? The Black Widow equipment has been great, and Bill has been extremely helpful. I just feel that for this application, something more extreme might be required. Does anyone know of a high-end diversity receiver which would allow more than 2 antennae to be hooked up simultaneously? Maybe something like the 6-way Diversity Receiver on the following site (RFCentral), but for 2.4 GHz. Or is there some other way to hook up a variety of antennae (such as an 8dbi patch antenna for close range along with an array of Yagi antennae for long range)?
2. While it may be more important to have better receiving equipment, it may not hurt to increase the wattage of the video transmitter somewhat. I have looked at both the 3 watt and 5 watt transmitters on the following site (Microcameras). Has anyone here used either of these transmitters, and if so, did you have to take any special steps to help protect the aircraft receiver from interference? Or would a 1 watt TX be sufficient?
3. I would like to install the antennae setup either on the rooftop or on an open area on the ground. However, with my current setup, the antennae are connected to the BW Diversity receiver with only about a foot of co-axial cable. I would ideally like to extend this cable to allow the diversity receiver to be placed indoors. I noticed that some people have mentioned the use of preamps in their setups. Would something like this help to avoid most of the signal degradation that is associated with increasing the cable length?
4. I had been using the KX-141 camera with success for almost a year before its demise a few months ago. However, I did notice that the camera had some difficulties adjusting to the difference in brightness between the sky and the ground, which often resulted in a dark picture. This surprised me as I expected this to be more of a problem for a CMOS pinhole camera. While this is a great camera for its size, I would like to see if I can find something even better, perhaps with better resolution (for viewing on a plasma) and better light handling capability. I've seen a lot of people recommend the KX-131 and 141, but can anyone recommend a really good CCTV camera (hopefully less than 8 - 12 ounces). Is there a practical limit in the number of displayed lines that can be transmitted over 2.4 GHz (NTSC)?
The equipment to pull this project off is obviously going to be expensive, but I am looking to achieve the best quality possible. I realize that I should probably only try to improve one thing at a time, so if anyone has any other suggestions that may help, they would be greatly appreciated.
Thank you in advance for all of your advice. This forum and its members have already been extremely helpful.