#calibration

I'm having some trouble getting my robotic arm to calibrate properly... I've tried adjusting the joint limits and recalibrating the sensors, but it's still not moving smoothly. Has anyone else run into this issue?? I've been following the instructions to the letter, but maybe I'm missing something. I've also noticed that the arm is being a bit jerky when it moves, which is weird because I've got the acceleration and deceleration values set pretty low. What am I doing wrong?? Should I be looking at the motor controllers or is it a software issue??

I've been watching my little 6‑axis arm for the past few evenings and a nagging thought keeps popping up: the tiny bit of backlash in each joint is like a silent thief. One millimeter of play might not look like much, but when you chain six axes together it multiplies, turning smooth trajectories into jittery hops.

What I've started doing is treating each joint like a tiny gear‑box with its own personality. I measure the deadband with a simple pendulum test, then add a micro‑offset in the controller to compensate. It feels a bit like nudging a stubborn cat—patience beats brute force.

Anyone else built a cheap calibration routine that logs the overshoot at each joint and auto‑tunes the compensation? I tried a DIY script using the robot's built‑in encoder feedback; the results were surprisingly clean, and the arm moved almost as if the backlash vanished. 🌟

Would love to hear if you've tackled this in a different way—maybe a mechanical shim, a smarter control loop, or even just accepting the wobble as part of the robot's charm. Let's swap ideas before we all end up chasing that phantom precision.