Oh FFS man........ When I said it will work well on 80m and likely on 40m I was talking about the radiated RF field and the angle of it regardless or what you need to attach to the feedpont of it. For that matter it won't work at all on ANY band because you need to attach a tuner to the base of it. There I covered that possible misunderstanding. Also YES I DID in fact know that the length was something that would not be a half wavelength on any band. A few simple and quick clicks of a calculator shows that. 43 foot antennas are nothing new and there is a reason doublets are ofetn around 86-88 feet long and NOT a full size 80m dipole fed with ladderline on all bands. The impedance goes nuts on some bands but when the doublet is around 86-88 feet things calm down. I ran one until last year when it broke. It started as an 80m dipole and finished as an 88 foot doublet that the tuner could handle.
I never used these antennas but I considered one when I was looking for a single antenna for multiband operation. I did read up and learn about them but determined it wouldn't work at my location because I didn't have room for all the radials.
Any vertical requires radials even a decent inverted L which is essentially a vertical radiator with top loading.
I'm not knocking what you put up at your location, but I think your taking it personally that I am.
Sure sounds like it.
I simply asked a direct question earlier because I often heard you speak out against the 43 ft antennas.
And I do so for the previously mentioned reasons regarding radiation angles.
If I want decent radiation angles on all bands I will either have to use in order of preference, a single antenna of adjustable height, several different antennas or different heights, or a trapped antenna that isolates the unused portion of the antenna. As for being inefficient due to being short, remember that even a small magnetic loop antenna can be VERY effective and very efficient. It just has poor bandwidth.