Robotics
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Robot platform
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This is robot platform project. It will consist of:
- cheap DC motor mount
- base plate
- rear wheel mount
- Arduino mount
- LiPo battery compartment
- other boards mounts
23.12.2018: First upload motor.stl - motor mount with tachometer. Print settings: 0.3mm layer, 100% infill, no supports, PLA. There are M3 holes on the top and the back of chassis. Tachometer and wheel can be installed on both sides.
24.12.2018 Second upload robot_board.stl - generic robot baseplate. Print settings: 0.3mm layer, 100% infill, no supports, PLA. M3 holes are placed everywhere, pattern fits motor mount obviously.
25.12.2018 Third upload robot_rear_wheel.stl - spacer for rear wheel made from furniture wheel. Print settings: 0.3mm layer, 25% infill, no supports, PLA. M3 holes for mouting to baseplate, M4 holes for attaching the wheel.
26.12.2018 Fourth upload robot_arduino_mount.stl - frame for mounting arduino uno to the baseplate. Print settings: 0.3mm layer, 100% infill, no supports, P
- cheap DC motor mount
- base plate
- rear wheel mount
- Arduino mount
- LiPo battery compartment
- other boards mounts
23.12.2018: First upload motor.stl - motor mount with tachometer. Print settings: 0.3mm layer, 100% infill, no supports, PLA. There are M3 holes on the top and the back of chassis. Tachometer and wheel can be installed on both sides.
24.12.2018 Second upload robot_board.stl - generic robot baseplate. Print settings: 0.3mm layer, 100% infill, no supports, PLA. M3 holes are placed everywhere, pattern fits motor mount obviously.
25.12.2018 Third upload robot_rear_wheel.stl - spacer for rear wheel made from furniture wheel. Print settings: 0.3mm layer, 25% infill, no supports, PLA. M3 holes for mouting to baseplate, M4 holes for attaching the wheel.
26.12.2018 Fourth upload robot_arduino_mount.stl - frame for mounting arduino uno to the baseplate. Print settings: 0.3mm layer, 100% infill, no supports, P
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