20190203_070022.mp4
MPEG-4 Video -
25.36 MB -
02/06/2019 at 04:43
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20190203_070020.jpg
JPEG Image -
1.27 MB -
02/06/2019 at 04:41
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20190203_070826.mp4
MPEG-4 Video -
47.09 MB -
02/06/2019 at 04:23
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IdlerGearPinV2.stl
Standard Tesselated Geometry -
87.19 kB -
01/22/2019 at 02:59
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LegGearPinV2.stl
Standard Tesselated Geometry -
325.08 kB -
01/22/2019 at 02:59
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WebotLaserV15.1.dxf
AutoCAD DXF -
3.60 MB -
01/22/2019 at 02:59
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WebotV15.step
This is the flat pattern for all of the V15 laser cut pcs. The Leg gears need a scan pattern for the countersunk center. Some sew compensation (0.1mm) is needed for the Motor Gear with 0.5mm Module teeth and the code wheel.
step -
9.29 MB -
01/20/2019 at 17:05
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WebotRev15 v3.step
Here is what the board looks like after I added some components in Fusion 360. This is the first time I have made an assembled board and it looks very cool. Not sure if the colors will show up in the step file but I added a picture in the log.
step -
5.47 MB -
01/13/2019 at 11:49
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WebotRev15.kicad_pcb
Here is the KiCAD layout.
kicad_pcb -
112.10 kB -
01/13/2019 at 11:48
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WebotRev15.sch
Here is the schematic for my project. Added a 7805 Voltage regulator to allow higher voltages to run the motor without frying the Wemos
sch -
13.96 kB -
01/13/2019 at 11:48
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WebotR12.dxf
This is the laser cut pattern for 2.7mm acrylic. I was able to cut it repeatably on a 50 W laser with 80% power and 10 mm/s speed. All the parts should snap fit together.
AutoCAD DXF -
1.66 MB -
01/11/2019 at 00:31
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Rev 12 Board.PNG
Here is what the Rev 12 board looks like. The intention was to be able to accommodate 6.5V and 5V. The middle power leg on the input goes through a diode to drop it to a voltage the Wemos can handle while the full voltage goes to the Motor driver inputs to power the motors.
Portable Network Graphics (PNG) -
101.29 kB -
01/10/2019 at 23:59
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Preview
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