I have been running my S4XXL with UGS. Previously I was able to switch between UGS and Carbide Motion but for some reason, now I cannot get CM to function properly. I have tried going through the entire setup new machine process and I have tried deleting the files in the directory and try setup again. But no matter what I try, the first time I initialize after the setup process, CM sends the gantry -X further than X can go. The thing initializes as it should no problem. Also, during setup if I use the test motion during setup, it will move 300 and some mm instead of 25mm. What am I missing here?
Machine: Shapeoko
GRBL Version: 1.1f
Carbide Motion 649
Machine Controller State: INIT
Grbl Cycle: Idle
{
“bitRunnerEnabled”: false,
“bitSetterEnabled”: false,
“bitSetterX”: 0.0,
“bitSetterY”: 0.0,
“bitZeroType”: 0,
“connection”: 1,
“hasLaser”: false,
“lastConfigSent”: 3,
“lastProbeIndex”: 0,
“lastSizeOption”: 0,
“odometer”: [
{
“cleared”: false,
“minutes”: 0.0,
“startDate”: “2025-09-21”,
“travelX”: 101.00000071525574,
“travelY”: 36.0,
“travelZ”: 9.0
}
],
“showCarbideRouterRpm”: true,
“spindleType”: 0,
“travelX”: -865.0,
“travelY”: -871.0,
“travelZ”: -95.0,
“version”: 0,
“webhooks”: ,
“workOffsetX”: 0.0,
“workOffsetY”: 0.0,
“workOffsetZ”: 0.0
}
0 = 10, Step pulse, microseconds
1 = 255, Step idle delay, milliseconds
2 = 0, Step port invert, mask
3 = 5, Direction port invert, mask
4 = 0, Step enable invert, boolean
5 = 0, Limit pins invert, boolean
6 = 0, Probe pin invert, boolean
10 = 255, Status report, mask
11 = 0.02, Junction deviation, millimeters
12 = 0.01, Arc tolerance, millimeters
13 = 0, Report inches, boolean
20 = 0, Soft limits, boolean
21 = 0, Hard limits, boolean
22 = 1, Homing cycle, boolean
23 = 0, Homing dir invert, mask
24 = 100, Homing feed, mm/min
25 = 2000, Homing seek, mm/min
26 = 25, Homing debounce, milliseconds
27 = 3, Homing pull-off, millimeters
30 = 24000, Max spindle speed, RPM
31 = 0, Min spindle speed, RPM
32 = 0, Laser mode, boolean
100 = 40, X steps/mm
101 = 40, Y steps/mm
102 = 200, Z steps/mm
110 = 10000, X Max rate, mm/min
111 = 10000, Y Max rate, mm/min
112 = 1000, Z Max rate, mm/min
120 = 500, X Acceleration, mm/sec^2
121 = 500, Y Acceleration, mm/sec^2
122 = 270, Z Acceleration, mm/sec^2
130 = 845, X Max travel, millimeters
131 = 850, Y Max travel, millimeters
132 = 95, Z Max travel, millimeters
