@Gigawipf Yeah that's basically what I ran into. I did think of also tilting the sensor towards the lens to avoid the shallow angles at the edges, but never tried it
@RoboFoundry@ncmreynolds Motor mounts and stand corners are both 3D printed (neither design quite good enough to share yet!). The stand is 4x 300mm and 100mm 2020 extrusion with standard 90° connectors.
Organisation is a constant evolving battle!
@RoboFoundry@ncmreynolds I made a stand from some spare 2020 extrusion and some 3D printed corners that cradle my motor mounts.
It seems to do a pretty good job at holding it securely when bench testing!
@jarkman not really! it's got a massive payload, so it could be used for a bunch of stuff. Although I do like the idea of using it as a mobile drone take-off and landing platform
@jarkman This was using the original electronics that came with the 'hoverboards', but flashed with different firmware. Then there's a teensy to send motor commands to both driver boards over serial, with some ESPs for remote control.
This is the map we made today of the BRL, we were interested to see the accumulated error and misalignments. Had a few slips on a slippery part of the floor which did not add too much more error.
@weasdown Is makerbeam XL 15x15mm? I'm using 20x20 extrusion for a little rover which can support my body weight, so I imagine 15x15 extrusion would be fine for 25kg. I'm also using the same motor drivers you mentioned in your other tweet, which work well!