01/ Problem
Problem
Drive a dual-gantry 6-axis CNC from a Klipper-style host so the planner gets sub-millimeter accuracy without paying the Mach3 / LinuxCNC tax on every reconfig.
A Klipper-for-CNC fork running synchronized gantries.

Drive a dual-gantry 6-axis CNC from a Klipper-style host so the planner gets sub-millimeter accuracy without paying the Mach3 / LinuxCNC tax on every reconfig.
Fork Klipper to support synchronized dual gantries on the same logical X axis, add 6-axis kinematics, expose toolpath calibration through the host. Write supporting Python tooling for offline trajectory diff and dry-run.
Two synchronized stepper-driven gantries. Custom MCU firmware. Standard CNC tooling.
Working tool path execution at sub-mm precision. Supersedes a vendor stack that did not handle dual-gantry sync cleanly.