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[QUOTE=&quot;EscapeVelocity, post: 20860, member: 3771&quot;]If you look at the RCA ANT751 you will see that the 2 (slightly different width) VHF High elements on the top of the boom are fed in a log-yagi configuration. That is 2, not only driven elements but interconnected in a log periodic formulation which also increases gain.&nbsp; From what I can tell ofthe Winegard 7000R, it has at least one driven element the 100&quot; wingspan on the back, and perhaps the second longest element in front of it on the top of the boom as well.I have the RCA ANT751 right here with me.&nbsp; Back elements are 34&quot; total and 16&quot; each plus gap.Next forward driven log yagi element is 29&quot; total and 14&quot; each side plus gap.The directors in front of that on the bottom of the boom are...26&quot; (rear) adn 25&quot; (front) and are not electrically seperated from the boom.Everything from the 2 directors behind the UHF folded dipole forward looks the same on these antennas.[/QUOTE]

[QUOTE="EscapeVelocity, post: 20860, member: 3771"]If you look at the RCA ANT751 you will see that the 2 (slightly different width) VHF High elements on the top of the boom are fed in a log-yagi configuration. That is 2, not only driven elements but interconnected in a log periodic formulation which also increases gain. From what I can tell ofthe Winegard 7000R, it has at least one driven element the 100" wingspan on the back, and perhaps the second longest element in front of it on the top of the boom as well. I have the RCA ANT751 right here with me. Back elements are 34" total and 16" each plus gap. Next forward driven log yagi element is 29" total and 14" each side plus gap. The directors in front of that on the bottom of the boom are... 26" (rear) adn 25" (front) and are not electrically seperated from the boom. Everything from the 2 directors behind the UHF folded dipole forward looks the same on these antennas.[/QUOTE]

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