Yup, same one I purchased.As I said, it’s a bit arrow banded,abt 50 kHz < 2:1. It will get you on 160 @nd if you are into digital and CW, it works great. Another idea is an end fed wire using either 9:1 or 49:1.
Another idea to get it to resonate higher in the 160 meter band would be to shorten it up a bit at the far end relative to the feed point. If you want to work both high in the band and low in the band, retain the excess length you cut off, and add it back on downstream of an insulator. Use a quick disconnect jumper across the insulator to shift the antenna resonance point to back down to the low end of the band. With a sloper, the far end will be relatively close to the ground, so unless the feed point is more than about 70 feet up, you should only have to slack off the support line for it to bring it into reach to connect or disconnect the jumper.
I use a set of two extensions with jumpers to get full 160 meter band low SWR performance on each end of my 160/80/40 meter coax fed dipole. The antenna is supported with halyards at the ends and center, and at the half way point on each leg, to allow easy access for changing the jumpers around to shift the antenna resonant frequency within the 160 meter band and shift bands to either 80 or 40 meters in the same fashion. The 80 meter section includes a nominal 5 foot extension in each leg to allow resonance at 3885 and 3705 Hz. I also use smaller stub sections about two feet long, hung from the “inboard” side of either the 3885 to 3705 or 3705 to 160 meter segment insulators in lieu of the jumpers to the next “outboard” section for best matching at the 3780-3800 SSB DX window, or 3500-3600 CW end of the band. It takes only a few minutes to perform a setup change from one band or sub-band to another one, most of the time is spent in walking from one end of the antenna to the other. No “antenna tuner” needed. Open wire feed and a tuner for a full length half wave 160 meter dipole for multband use is not practical here.
