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RISCY BUSINESS
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RISCY BUSINESS»Episode Guide
Trying Out OpenSCAD
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RISCY BUSINESS
[1]5:41
Patreon
miotatsu is creating RISCY BUSINESS
[2]5:41[5]14:14
RISCY BUSINESS [Early Access]
[3]7:23
RISCY BUSINESS
Annotated Episode Guide
[4]7:23
RISCY BUSINESS (Twitter)
Note to self
[6]28:03
formlabs
How to Design 3D Printed Snap Fit Enclosures
[7]28:03
Crowd Supply
HiFive Unleashed Expansion Board
[8]41:36
Microsemi
HiFive Unleashed Expansion Board
[9]41:36[17]1:29:42
SiFive
HiFive Unleashed Expansion Kit Schematics
[10]41:36[11]55:05[16]1:29:42
OpenSCAD
Cheat sheet
[12]57:18[13]1:11:24[14]1:27:13
[19]1:29:42
WikiBooks
OpenSCAD User Manual/​Conditional and Iterator Functions
[15]1:27:13
SiFive
HiFive Unleashed Expansion Kit Quickstart Guide
[18]1:29:42
WikiBooks
OpenSCAD User Manual/​Using the 2D Subsystem#Linear_Extrude
[20]1:29:42
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Neo Ar
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Matt Mascarenhas
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0:01Welcome to the stream
🗩
0:01Welcome to the stream
🗩
0:01Welcome to the stream
🗩
0:56Handmade Seattle Booth Announcement
🗩
0:56Handmade Seattle Booth Announcement
🗩
0:56Handmade Seattle Booth Announcement
🗩
2:02Plan to design and fabricate our enclosure
🗩
2:02Plan to design and fabricate our enclosure
🗩
2:02Plan to design and fabricate our enclosure
🗩
4:23A few words on our Arch Linux reinstallation and OpenSCAD installation
🗩
4:23A few words on our Arch Linux reinstallation and OpenSCAD installation
🗩
4:23A few words on our Arch Linux reinstallation and OpenSCAD installation
🗩
5:41Plug our Twitter account1 and Patreon,2 and Shout-out to Patrons
📖
5:41Plug our Twitter account1 and Patreon,2 and Shout-out to Patrons
📖
5:41Plug our Twitter account1 and Patreon,2 and Shout-out to Patrons
📖
7:23Show off the Early Access RISCY BUSINESS site3 and the publicly available guide4
📖
7:23Show off the Early Access RISCY BUSINESS site3 and the publicly available guide4
📖
7:23Show off the Early Access RISCY BUSINESS site3 and the publicly available guide4
📖
14:14Shout-out to new Patrons: Jose Hernandez Sanchez Lugo and Pei Jia5
📖
14:14Shout-out to new Patrons: Jose Hernandez Sanchez Lugo and Pei Jia5
📖
14:14Shout-out to new Patrons: Jose Hernandez Sanchez Lugo and Pei Jia5
📖
16:14Computer-Aided Design (CAD)
🖌
16:14Computer-Aided Design (CAD)
🖌
16:14Computer-Aided Design (CAD)
🖌
19:02Introduce OpenSCAD
19:02Introduce OpenSCAD
19:02Introduce OpenSCAD
22:41Measuring our hardware, after grabbing a ruler
🗩
22:41Measuring our hardware, after grabbing a ruler
🗩
22:41Measuring our hardware, after grabbing a ruler
🗩
23:41Don the anti-static wristband
🗹
23:41Don the anti-static wristband
🗹
23:41Don the anti-static wristband
🗹
24:43Measure the expansion board width (272mm)
🗹
🎨
24:43Measure the expansion board width (272mm)
🗹
🎨
24:43Measure the expansion board width (272mm)
🗹
🎨
28:03Plug the formlabs article 'How to Design 3D Printed Snap Fit Enclosures'6,7
📖
28:03Plug the formlabs article 'How to Design 3D Printed Snap Fit Enclosures'6,7
📖
28:03Plug the formlabs article 'How to Design 3D Printed Snap Fit Enclosures'6,7
📖
30:48Measure the expansion board depth (117mm)
🗹
🎨
30:48Measure the expansion board depth (117mm)
🗹
🎨
30:48Measure the expansion board depth (117mm)
🗹
🎨
34:08Plan to extrude our model by the size of the stand-offs
🗩
34:08Plan to extrude our model by the size of the stand-offs
🗩
34:08Plan to extrude our model by the size of the stand-offs
🗩
34:43Replace the battery in our calipers
🗹
34:43Replace the battery in our calipers
🗹
34:43Replace the battery in our calipers
🗹
38:10Measure the expansion board thickness (2mm)
🗹
38:10Measure the expansion board thickness (2mm)
🗹
38:10Measure the expansion board thickness (2mm)
🗹
40:30Extrude our model 2mm
40:30Extrude our model 2mm
40:30Extrude our model 2mm
41:36Solving our mystery SSD stand-off8,9,10
📖
41:36Solving our mystery SSD stand-off8,9,10
📖
41:36Solving our mystery SSD stand-off8,9,10
📖
50:07Set up to extrude our model further by the size of the stand-offs
🗩
50:07Set up to extrude our model further by the size of the stand-offs
🗩
50:07Set up to extrude our model further by the size of the stand-offs
🗩
51:51Measure the expansion board stand-off (18mm)
🗹
51:51Measure the expansion board stand-off (18mm)
🗹
51:51Measure the expansion board stand-off (18mm)
🗹
55:05Confirm our measurements against the spec11
📖
55:05Confirm our measurements against the spec11
📖
55:05Confirm our measurements against the spec11
📖
57:18Add a 18mm block to our model12
57:18Add a 18mm block to our model12
57:18Add a 18mm block to our model12
1:06:04Measure our screw (5mm)
🗹
1:06:04Measure our screw (5mm)
🗹
1:06:04Measure our screw (5mm)
🗹
1:11:24Add a 5mm screw to our model13
1:11:24Add a 5mm screw to our model13
1:11:24Add a 5mm screw to our model13
1:12:39Increase the fragment count to 100, to render curves more finely and expensively
1:12:39Increase the fragment count to 100, to render curves more finely and expensively
1:12:39Increase the fragment count to 100, to render curves more finely and expensively
1:15:24Position our screw hole on the board
1:15:24Position our screw hole on the board
1:15:24Position our screw hole on the board
1:27:13Count up our screw holes (15)14,15
🗹
1:27:13Count up our screw holes (15)14,15
🗹
1:27:13Count up our screw holes (15)14,15
🗹
1:29:42Add and position the first nine screw holes on our model16,17,18,19,20
🗹
🎨
1:29:42Add and position the first nine screw holes on our model16,17,18,19,20
🗹
🎨
1:29:42Add and position the first nine screw holes on our model16,17,18,19,20
🗹
🎨
2:26:15Gauge the positioning of our final six screw holes
🗹
2:26:15Gauge the positioning of our final six screw holes
🗹
2:26:15Gauge the positioning of our final six screw holes
🗹
2:27:44Add and position three of our remaining six screw holes
🗹
🎨
2:27:44Add and position three of our remaining six screw holes
🗹
🎨
2:27:44Add and position three of our remaining six screw holes
🗹
🎨
2:40:41Thank you for watching
🗩
2:40:41Thank you for watching
🗩
2:40:41Thank you for watching
🗩