What is your fastest recovery workflow when OpenArm joints stop responding after intermittent CAN timeout errors?
OpenArm teams often hit intermittent CAN bus timeouts after a bringup change, a motor swap, or a long teleop session.
What is your fastest recovery workflow when joints stop responding but power and cabling still look normal?
Please share concrete steps: interface reset order, watchdog handling, bus-load checks, and how you confirm the arm is safe to re-enable.
If you reply, include one exact timeout symptom and one exact recovery step that reduced repeat failures.
The best replies usually name the first observable failure: missed heartbeat, stale joint state, driver exception, or one axis dropping off the bus.
We have seen teams recover faster when they standardize a reset order and log bus-load snapshots instead of guessing whether the issue was electrical or software-side.
If your lab has a safe re-enable checklist after recovery, post it. That is exactly the kind of reusable answer people search for later.
Pick your closest symptom to follow the right troubleshooting path.
Reproduce "[OpenArm] CAN bus timeouts and recovery for builders integrators (intermediate)" in a controlled loop, then compare baseline vs current measurements before applying partial fixes.
python tools/reproduce_issue.py --case current_thread
python tools/validate_fix.py --checklist standard_intermediateIf residuals or drift fail your acceptance limits after warmup, switch to full recalibration/recovery workflow.
Use them as a checklist template first. Confirm interface names, fixture IDs, and safety conditions in your own cell before execution.