@@Nico71Fr The vibration is caused by a non-constant velocity joint, and this module takes advantage of this property by lifting the ball at the moment the hand pauses at the lowest point.
@@Jackal82JPN I dont pretend to understand the mechanics behind it but it looks very cool I hope that it is reliable and that will be confirmed at JBF2024 :-)
Wow, I always love seeing GBC layouts but most of the American ones in recent years have felt like they're starving for new ideas - most of the modules are very similar even though the layouts are big. This one however has so many new and amazing ideas I've never seen anyone use for GBC modules before, it's extremely refreshing. Great work to everyone involved.
such an excellent GBC circuit! Not the longest, but one of the most impressive one I've seen this year ! Special 😍😍😍 for the module from Rin at 6:15 ! Innovative and awesome mechanism (even I also a massive fan from your Heptagram module Riku)
Thank you. Actually it often “walks” by shooting impact so necessary to put some sticky thing under the module or connect heavy module to the input section.
@@Jackal82JPN i wonder if using rubber parts like dart heads or flexible connectors would provide enough damping to keep it from walking, or if that would have a large impact on repeatability or range.
