![]() Retraction speed: 60mm/s(24V power supply), 30mm/s (12V power supply).Retraction: 1.2mm (for the volcano V6 hotend).Maximum instantaneous speed change (jerk): 300 mm/min(RRF), 5 (Marlin).Stepps: 655 stepps / mm 16 micro-stepping (for the 7.5:1 gearing ratio).Although the Moons motor is not listed here the peak ampage from it’s datasheet aligns to the Wantai one listed in the documentation so I followed that to start with. The firmware configuration is nicely documented on the orbiter 1.5 thingiverse page so setting up the values in RRF on my duet was straight forward. EVA orbiter assembly with Super Sniffles dual 5015 and monster duct mod So it’s worth stating here please do take the time to compared closely the CAD to the currently released versions if you are doing an upgrade as you may actually need to change more parts than expected! I prefer to export all the STEP files of the parts I would like to use to Fusion 360 (where I have the most experience and do the rest of my 3d modelling work) to check the assembly with my configuration. The good news is the EVA top for the orbiter from the bleeding-edge cad works lovely but it does require a change to the EVA front plate – Something I didn’t notice until I tried to assemble it. This kindly comes with a warning that it’s not released and as such it is up to the user to determine if it will actually fit/work. As such I opted to head over to the EVA CAD on OnShape and download the bleeding-edge variant. ![]() Selecting the parts required to use the orbiter should be straight forward but I’d spotted a few issues on discord where people were complaining the current released standard of the EVA mount for the orbiter had a bit too much flex in it.
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