Difference between revisions of "Blog 17"
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(Created page with " == 2 Wheel controlled car == I made this on the Raspbery Pi for the stepper motor and for 'electric wheels'. == Stepper motor version == Hardware I used: == 'electric wh...") |
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Hardware I used: |
Hardware I used: |
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Hardware I used on my Raspberry Pi: |
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*One [http://www.bitwizard.nl/shop/raspberry-pi-ui-16x2 RPi_UI board] | ([[User Interface]]) |
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*Two [http://www.bitwizard.nl/shop/expansion-boards/7fets 7FETs] | ([[7FETs]]) |
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*Two [http://www.bitwizard.nl/shop/cables-connectors/10-20cm-jumper-cables-m-f Jumper cables M-F] |
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*Two [http://www.bitwizard.nl/shop/cables-connectors/6-pin-idc-cable-15cm IDC cable 6 pin ] |
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*Two 28BYJ-48 Stepper Motor |
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Programming: |
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*Bash |
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=== 3D printed wheels code === |
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I made the wheels in [http://www.openscad.org/ OpenSCAD] and let them be printed out on a 3d printer. |
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The OpenSCAD code: |
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$fs=0.2; $fa=2; |
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module stepperas(d=5, l=25, t=3) |
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{ |
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difference() |
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{ |
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cylinder (r=d/2 , h=l); |
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translate ([t/2, -5, -1]) cube([10, 20, l+2]); |
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translate ([-t/2-10, -5, -1]) cube([10, 20, l+2]); |
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} |
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} |
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difference() |
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{ |
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union () { |
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difference () { |
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cylinder (r=60/2 ,h=12); |
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translate ([0, 0, 1.5]) |
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cylinder (r=50/2, h=20); |
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} |
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cylinder (r=6,h=6); |
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} |
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translate ([0, 0, -1]) |
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stepperas(5.2, 20, 3.2); |
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} |
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The full car just went to be a carton box, with everything attached to it with tieraps. |
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== 'electric wheels' version == |
== 'electric wheels' version == |
Revision as of 12:10, 16 November 2015
2 Wheel controlled car
I made this on the Raspbery Pi for the stepper motor and for 'electric wheels'.
Stepper motor version
Hardware I used: Hardware I used on my Raspberry Pi:
- One RPi_UI board | (User Interface)
- Two 7FETs | (7FETs)
- Two Jumper cables M-F
- Two IDC cable 6 pin
- Two 28BYJ-48 Stepper Motor
Programming:
- Bash
3D printed wheels code
I made the wheels in OpenSCAD and let them be printed out on a 3d printer. The OpenSCAD code:
$fs=0.2; $fa=2; module stepperas(d=5, l=25, t=3) { difference() { cylinder (r=d/2 , h=l); translate ([t/2, -5, -1]) cube([10, 20, l+2]); translate ([-t/2-10, -5, -1]) cube([10, 20, l+2]); } } difference() { union () { difference () { cylinder (r=60/2 ,h=12); translate ([0, 0, 1.5]) cylinder (r=50/2, h=20); } cylinder (r=6,h=6); } translate ([0, 0, -1]) stepperas(5.2, 20, 3.2); }
The full car just went to be a carton box, with everything attached to it with tieraps.
'electric wheels' version
Hardware I used: