Although I have yet to get it, I have just bought a much modified HW-8 ready built. Whether I use it depends on my ability to send CW!!
See https://sites.google.com/view/g3xbm4/home/hf-mf-and-lf/commercial-rigs/heathkit-hw8
Simple QRP projects, 10m, 8m, 6m, 4m, FT8, 160m, WSPR, LF/MF, sub-9kHz, nanowaves and other random stuff, some not related to amateur radio.
Although I have yet to get it, I have just bought a much modified HW-8 ready built. Whether I use it depends on my ability to send CW!!
See https://sites.google.com/view/g3xbm4/home/hf-mf-and-lf/commercial-rigs/heathkit-hw8
Many people have iPhones. I had no idea (until seeing it in Amateur Radio Weekly yesterday) how many apps there are for Apple and Android. Many of these are free and very useful.
Check the iPhone app store.
My gear was turned on at about 0905z.
UPDATE 1238z: Spotted by 158 Europeans and I have spotted 177 here, presumably Es. Currently RX only.
My beacon is on.
UPDATE 0837z: So far 33 European stations have spotted me. Es?
As long as the material does not saturate, i.e at very low power, they may be used in TX antennas as well, e.g. in WSPR beacons. Some years ago I carried out some experiments to prove they worked. They would be far down on a "proper" antenna, but they do work. As I recall my antennas were effectively loaded E field antennas rather than H field loops.
As I often say do not be afraid to experiment! This is one area of experimentation that has really been neglected.
See https://sites.google.com/view/g3xbm4/home/antennas/ferrite-rod-tx-antennas .
The largest nuclear power plant in Europe (I think) is in a war zone.
In rural areas the problem is often coverage gaps. Such a node might help.
I have not experimented, but am tempted.
These were very popular QRP CW transceivers some years ago. I owned a built one and had lots of fun with it. As I recall, I mostly used it o...