💾 Archived View for bbs.geminispace.org › s › ham-radio › 18673 captured on 2024-08-31 at 15:46:35. Gemini links have been rewritten to link to archived content

View Raw

More Information

⬅️ Previous capture (2024-08-19)

🚧 View Differences

-=-=-=-=-=-=-

Got a neat add-on for my Vibroplex that lets me send at PaRtY-PaCe. A little extention to the pendlum made and sold by AI4UH over on ebay.

CW events a plenty this weekend. K1USN SST Slow Speed conTest 1600-1700EDT this afternoon, RandomGram event, Bug Day, and the Straight Key Sprint is next Tuesday evening.

https://n2qfd.tumblr.com/post/756384082800295936/so-were-bugging-out-here-the-old-vibroplex-is

https://n2qfd.tumblr.com/post/756384082800295936/so-were-bugging-out-here-the-old-vibroplex-is

Posted in: s/ham-radio

📡 Queen_City_Nerd [mod]

Jul 19 · 6 weeks ago · 👍 Addison

4 Comments ↓

🐝 Addison [mod] · Jul 20 at 08:31:

So this device reduces your WPM?

📡 Queen_City_Nerd [OP/mod] · Jul 20 at 22:00:

@addison yep, the vibroplex was built to send smooth code easily for people sending code for a living if you will. So as a professional telegrapher you wanted a high WPM with great accuracy and when you are truing to do that with a straight key it just whipes you out and as you tire you send worse. So the "bug" helped that, only I like sending a little on the slower than designed end. My make 20 WPM is the slow end but I like closer to 15 WPM so that add on helped me slow my dits down.

🐝 Addison [mod] · Jul 20 at 22:54:

Very cool. I assumed you were using an electronic keyer, so a mechanical solution sounded strange to me. I'll look up how these vibroplexes work; they must be complex if they're using moving parts to send at such precise intervals!

📡 Queen_City_Nerd [OP/mod] · Jul 21 at 11:23:

I think contrivanceis the best word I have for them. @addison They aren't the most convoluted though. You'll find this is one of thoes more than 1 ways to skin a cat tools and lots of ideas have been tried. Begali the Ferrari of morse code has even got one using magnets, the intreped model.