Electronics has been my hobby and vocation over the years. I recently sold my business and now have more time for ham radio. 

I am presently running an Elecraft K3 with a beam for 6-20m.   For 10-160m,  a 126 foot long wire antenna is used.  This antenna is suspended 40 feet above a 20 x 40 foot metal shed. The wire is fed about 26 feet from one end with an 1KW auto tuner that is mounted and grounded to the shed and tunes 160 through 6 meters. The metal shed makes a great ground, the only downside is that the shed is 300 feet from the shack, making for about 3dB of coax loss on 10 meters.

12/12. Removed the 146 foot Vbeam and hung a 3 element 17m home made Yagi from a line suspended between two trees about 37 feet high. It is steered by a anchor line running from one end of the beam to the ground. I love the front to back ratio of this antenna, but running outside to change the heading is getting old. Field strength measurements were made by parking a mobile receiver a mile away and recording the S meter whilerotating the antenna. The receiver was then connected to a calibrated signal generator to determine the power required for a given S meter reading. The front to back ratio measured 21 dB, about 4 dBmore than the calculated 17 dB. Perhaps this is due to reading the signal at ground level rather than at the elevation angle of maximum gain.

11/13.   Installed a 55 foot crank-up, tilt-over tower with a Steppir 3el mounted on a NN4ZZ tilt plate so all antenna work can be done at ground level.  On the air testing showed that the Steppir has 3dB more gain than the hombrew 17m Yagi.

The 17 meter 50 Ohm Yagi dimensions:

Reflector334 inches

Director300 inches

Driven318 inches

Reflector to driven spacing 84 inches

Director to driven spacing 65.75

Swr < 1.2:1without matching network. Note that this Yagi was optimized for best SWR. No matching network is used. Measured from the center of the boom,the first 60 inches of each element is 0.875 dia., and the remaining lengths are 0.663 dia.