I mentioned previously that I figured out how to make a new display for an FT-x90R. My own rig is still in pieces ‘cos I’m not quite happy with the software yet (or actually, with my reverse engineering of the display protocol, but it’s the same thing in the end).
But Dave ZS5DF wanted his rig fixed so I fitted a new display, even though it doesn’t have the
F key “P” priority display function in firmware yet.
Two filament bulbs, because the replacement display needs light from the right-hand side and the S meter is on the left-hand side.
Component cost is close to R500 which almost puts it in good-money-after-bad territory but I like these little radios.
Thank you for asking.
Background: I think I found a way to fix a broken display on my Yeasu FT-290R 2m all-mode radio. A broken display on these things is common, and displays are very much NLA. The FT-290 (2m), FT-690 (6m) and FT-790 (70cm) are all pretty much identical except for the RF bits, so a fix for one is a fix for all.
So I advertised on swop shop, looking for an “FT-290R / FT-690R / FT-790R”.
Hello Wouter ,
Thanks for the mail. I have the requested FT-290R / FT-690R / FT-790R
in an excellent condition I will be shipping via FedEx courier on a 3
working days delivery and will accept payment via Western Union or
What’s your complete shipping address?
First and foremost before proceeding with transaction we can only
accept payment via western union if you are satisfied with that kindly
get back to me.
Maybe I should ask for a photograph of this “FT-290R / FT-690R / FT-790R”.
The Heathkit HW-32 only qualifies if you have a tiny boat. At about 30cm wide and 15cm high, it’s actually quite small for a 14 valve transceiver rated for 200W PEP output. OK, it only does this on a single band, 20m in this case (the HW-12 and HW-22 covers 80m and 40m respectively).
Frequency coverage is 14.2 to 14.35 MHz, for mobile SSB operation. There’s no provision for CW and no coverage of the CW portion of the band.
At 5 1/2 kilos, it’s also too light to be a boat anchor — but that’s because it doesn’t have a built-in power supply. You need to supply 800V DC, 250V DC, and -130V DC bias, as well as 12V for the filaments.
We’ve come a long long way in 50 years.