What are you talking about? I see drawings and discussions of pulleys going back two years on your videos
Those were archimedes style pulleys that were moving the entire pulley, these are turn in place style pulleys, an entirely different concept. The former I did test and told you all I tested it and told you all they were having snag issues and how I fixed those issues and once fixed, I then got consistent non-snagging and was able to test under load. I did mutliple load tests to failure and repaired the failures. So the testing and debugging phase was already happening for the archimedes style pulleys and was not skipped. I did not show these tests, but I reported them - my findings and results. This new style of pulley design that is mounted in place with thumb tacks I have not tested nor could do so yet as I am not done building the prototype. Testing will ensue on portions of it shortly. I will report my findings as I go.
You've never tested them with a physical test bench setup
so this is a lie. Not only did I test the archimedes style pulleys but I reported my findings and even showed pictures of my fixes with explanations for what I was fixing. I was testing and tweaking the design accordingly. I even showed pictures of intended future design improvements to the pulleys that I was planning. So either you forgot all of this or are just being deceptive. My last thread that was locked has those posts on it and you were an active participant throughout that thread..
You even admitted in one post you were saving it for some grand orgasmic feel-good moment when you were going to test it on the robot for the first time.
no. What I referred to there is I was waiting until I had a proper motor controller, microcontroller, downgearing, cable routing, all set up and perfect before I tested them all moving the finger. This would be a full stack of hardware test all working together. That does NOT mean I haven't tested finger movement by hand. I did. That does not mean I haven't tested the pulley downgearing system by hand and under load (10lb dumbbell). I did. I can test each system individually and perfect it before I test them all together as a whole system of systems. The latter I'm waiting to do until each subsystem is perfected.
Wasting time mounting it on a robot is folly because you haven't proven it will work.
I disagree. Mounting the systems where they will be used is a good idea because it helps you see their fitment while in use and while being tested which can be very informative and help you decide on any necessary tweaks that may be needed relating to form factor and placement issues and fitment issues. So this way you are testing not only function but these other aspects too. Testing the system off the robot arm is not necessary or beneficial in any way. It also does not save much if any time. And does not lend insight into fitment and related issues. So it is actually inferior and would be folly to do so.
The prototype we're talking about now is the motor with pulleys (whatever design) and the system with a weight, controller and power supply and control software.
no, you don't have to test the pulleys using a motor. That is completely unnecessary. You can just pull one end by hand and put the load on the other end. No need to use a motor at all for that.
But before with the MOSFET you complained that bending the tabs was faster
yes, and here's the difference: if you are just doing a single test, a few minutes time to use the dremel is fine. But if you are planning to snap off tabs for every single mosfet for every single motor in a robot with 300 or more motors, then that few minutes compared to 15 seconds matters. And if you plan to build many robots, it really matters alot. That's the difference.
That's why the prototype is TESTED. This is typical Dunning-Kruger stuff.
I have not claimed I'm not testing everything. I have consistently tested everything and reported results in this thread and the last. I have consistently stated my plans to test everything. So you suggesting I don't plan to test any prototypes is just false and misleading. You and others here have demonstrated the Dunning-Kruger effect in your ability to nitpick my project when you yourself seem quite clueless and overestimating your abilities to assess my strategies and methods. You've demonstrated gross incompetence at this but believe your abilities to do this are without equal.