Hi guys, this is my first post, I hope I'm giving enough information to help you to answer my question.

I'm building a small 500mm^2 (I live in Tokyo) CNC machine that utilizes Oriental Motors Alpha-Step steppers and drivers. The configuration is a minimal gantry design, like a beefed up Shapeoko with 26mm (6mm lead X/Y, 10mm lead Z) THK ground ball screws and (real) 25mm Hiwin rails. All these parts were bought at a local factory surplus shop at excellent prices, so I have let the parts availability guide the design of the project. This has lead to some asymmetry in the capabilities of the different axis as far as motor sizes. Since the Y axis is driven by two motors, it already starts with somewhat of an advantage (of course it has to move the entire gantry, so there is some offset there) but the Y motors are also much larger in size, being based on the 90mm frame (AZM98MC-TS7.2U specifically.) While the X axis will use a smaller 60mm class, single motor (AZM66AC-TS7.2) and the Z uses a larger gear reduction version (AZM66MC-PS25) to take into account the lead difference and the additional precision I was shooting for. I'll link these motors below so you can see the spec's.

My question is, given I will likely have more force available in the Y axis, does CAM software (Fusion 360) take this into account when generating GCode so that I can optimize the travel to take advantage of this, or do you just get crippled to the lowest common denominator even when the motion is traversing a single axis?

Motors:
Y: https://catalog.orientalmotor.com/it.../azm98mc-ts7-2
X: https://catalog.orientalmotor.com/it.../azm66ac-ts7-2
Z: https://catalog.orientalmotor.com/it...c/azm66mc-ps25