More good news, the brushless motors turned up today. It is a bit smaller in length than a 775 motor but significantly wider.
DSCF6369.JPG
They definitely feel like they mean business, certainly weight 500g a piece but I now need to consider how to get the power to the wheels. I think a toothed belt drive might work here as a "simple" solution but I've never made a powered shaft like this, nor have I ever secured a shaft to a plate.
Am I right in thinking the "quick and dirty" solution is to get a shaft, two HDPE plates, drill a hole in both of them, run the shaft through those holes and then use a collar on either side to hold it in place, ending up with 4x collars? I guess for the pulleys, I'd need to flat off a little section of the shaft and then use a grub screw (or drill the shaft completely and bolt the pulley in place) to hold it in place? I guess the speed means a bearing in the 10mm thick plates might be needed here?
Alternatively, I suppose 2x pillow block bearings and drifting the shaft through them might be the more robust solution?
DSCF6369.JPG
They definitely feel like they mean business, certainly weight 500g a piece but I now need to consider how to get the power to the wheels. I think a toothed belt drive might work here as a "simple" solution but I've never made a powered shaft like this, nor have I ever secured a shaft to a plate.
Am I right in thinking the "quick and dirty" solution is to get a shaft, two HDPE plates, drill a hole in both of them, run the shaft through those holes and then use a collar on either side to hold it in place, ending up with 4x collars? I guess for the pulleys, I'd need to flat off a little section of the shaft and then use a grub screw (or drill the shaft completely and bolt the pulley in place) to hold it in place? I guess the speed means a bearing in the 10mm thick plates might be needed here?
Alternatively, I suppose 2x pillow block bearings and drifting the shaft through them might be the more robust solution?
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