Beverage work started

Dave Mueller

I got started on installing one of two Beverage receive antennas this week. As I thought, it won’t be easy. So far, I have 730ft of 800ft run for a North American Beverage, and it is very difficult to get through the jungle due to the growth. Once I finish the NA wire, I want to install a second one for EU/JA, then run 1100ft or RG6 coax. As from my former QTH, I try to tread lightly – since I plan on removing everything when I transfer next summer.

This is close to the feed point (south west most point) of the NA Beverage. You can see one of my homebrew wire insulators attached to the tree. I make them from 1/2in PVC pipe
The trees are all really small and densely packed together. Makes it difficult to clear a path for the wire so it does not contact anything. I use bare copper clad wire and I see signal attenuation if too much growth gets in contact with the wire.
Easier going through this stretch, a grove of palma brava trees. These are used as ornamental plants in many areas. Some of these are 40ft tall.

I found the above photo in the NPS War in the Pacific Park web site photo gallery archives. It shows the Nimitz Hill area where I live, as it looked in March of 1945. The object at the top of the photo is a float – most likely this photo was taken from a Curtiss SOC Seagull float plane. These planes were most often flown from Cruisers and other large combat ships. The tent city you see is actually the 94th Construction Battalion, a SeaBee unit. They occupied the ground where I am installing my temporary receive antennas today. There are very few remnants left – you can still make out the grid work of access roads, but other than a few pieces of brick and pipe, there is not much else left. This probably explains why the vegetation is so dense – since this is not “old growth” forest. Very little “old growth” forest remains in this area, due to the heavy fighting and extended bombardment during the liberation.

The yellow arrow points toward the northeast (North America) and generally follows the path of the receive wire.