It might be interesting to attach a pulley or something to the flywheel and lift weights to measure how much power loss the friction of the ratchets have.
Jeez, what is up with all the good posts today? I really like the linkage locking thing on the trapdoor, I wonder if you could apply it on a lift or something else which needs high torque.
Taran this is genius! Great build dude. I was thinking of making a 3 ratchet system as well for a similar mechanism but you beat me to it. Great job as well with the lock as well.
I thought of it while I was working on filming the ratchet tutorial video
It would have taken about a day, but since I had most of the structure already made, it only took a few hours to build, with an additional hour or so to film/edit/upload
I have considered the fact the on a real robot, the trapdoor would need to pivot the other way. I am aware of this, and would build it like that on a real robot.
Oh yeah I just mean I wouldn’t even have had the idea to try and build such a thing (the theoretical knowledge to begin with). So why wouldn’t the trapdoor opening out work? I would think that it would be better to have it open outwards because it avoids the contingency of jamming on a ball.
Yup, problem is if it opens the other way you get issues with balls clogging. It’ll take a smart solution to get this final piece of the trapdoor figured out
Taran, how will having the door go in fix that?? If I am thinking correctly the problem would still exist. Are you relying on the trapdoor to become a surface of compression for the ball so it is able to contact the rollers enough to be pushed outwards? (So it doesn’t just spin and sit there or whatever the specific behavior would be)