UPDATE and Progress Report.

I’ve finished writing the text of the full explanation of how I believe Johann Bessler’s gravity-enabled wheel worked.  I’ve read and reread it umpteen times and I don’t think I can improve it much more.  But it definitely needs drawings and/or photos added, to make it fully understandable, which is what I’m working on at the moment.

I only got into my workshop a few days ago after being away over Christmas with my family, visiting my granddaughter, Amy.  She is a disabled TikTok influencer with over 4 million followers.  She has always supported me, in my efforts to solve Bessler’s wheel and in fact she only recently lost her beloved Hungarian Vizsla whom she named Bessler!  He was ten years old but had health problems. 

So, I’ve got a bit longer before I have to share what I’ve got, (yes I know - whether it’s finished or not and whether it works or not).  I will share my solution, as promised and include several photos of the wheel.

Anyway back to the task in hand.  I’m adding some short pieces of aluminium screwed into the backplate but bent over to catch and guide any weighted levers which are still subject to lateral sway - and occasionally miss the stop, ending locked up and immovable.  Same problem at the other end of some of the levers, which sometimes lock up in their contracted position, in their case a suitably placed bolt stops their over contracting.

I mention these minor but annoying matters because these additional features will probably be visible in the photos and add confusion to what might appear to be an already complex mechanism.  It’s not that complex and the once you see it in action, you will understand how it works.

So I’m confident about the design but not so much with the build, but I’ll do my best to finish it so you can all get to understand it, and make simulation or actual models.  Imagine being the first since Bessler to make a successful gravity-enabled continuously rotating wheel, capable of doing work.

Thanks,

JC