What you’re describing is a form of skid steering. You would need front wheels that could spin freely to do that. Like a shipping cart. It would also put the point of rotation between the two drive wheels, which would be tricky/fun at best or it would require a ton of torque to turn at worst.
Brilliant. What a fantastic development, and thanks for sharing so much info. With 4 grandchildren under 6, I shall be very busy once my lowrider is built (Just started printing parts).
The family and I just moved out to the middle of nowhere so something like this could be a lot of fun! Thanks for sharing the idea!
I made a pretty big MPCNC with about a 3’x3’ usable space but it definitely flexes a lot. Maybe I need to build a lowrider too for this kind of thing. My youngest (13) wants a dirt bike but we could design/build a plywood one instead if no one’s already done it (but they probably have, I just haven’t looked yet)
De casualidad tienes para compartir una imagen mas cercana de la dirección? sigo sin entender muy a detalle su mecanismo para dar dirección ya que estoy diseñándolo…desde ya excelente trabajo
@spinorose Bumping a pretty old thread here but this looks like a great project i’d like to try with myself. As above are you open to sharing the files?
I am going to build my LR4 with jackport 3 there after I am going to make a video to support V1 Engineering for making it possible to cut all the pieces promote donations and support for their hard work . Hopefully , I can release it during the christmas holidays .Thanks
Definitely. Very nice project I’d love to see some more detail.
I was using 500w controller with 2 24v 250w motors just like you and it died. So I replaced it, and that one died. I now have a 1000w and it seems okay. My theory is when the motors had to work hard, going up hill with too much weight, they drew too much.