Thingiverse
Angle gauge cube / inclinometer
par leadingedge
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UPDATE coming soon for smaller, more sensitive bearings - possibly MR106ZZ bearings.
This is my 3D printable angle cube / clinometer / inclinometer. It works very well, and with some practise you can accurately measure angles to within 0.5 degrees.
I have 2 versions available for download. "Version 1" is fully 3D printable, and "Version 2" needs a 608Z bearing and some 9.525mm (3/8 inch) ball bearings.(Slingshot ammo). You can also use 3/8 lead fishing weights cut to size.
"Version 1" has the option of 2 different needles - one needs some 3/8 inch (9.525mm) ball bearings / lead weights for added weight, the other is fully printable with only plastic as a counterweight.
NOTE - If you want to use a neodymium magnet as a magnetic base then a rectangular 50x15x2mm size works well. If you use one of these, then DO NOT use steel ball bearings as weights, make sure to use LEAD as your counterweights or the magnet will interfere with your measurements.
You will also need a 10mm
This is my 3D printable angle cube / clinometer / inclinometer. It works very well, and with some practise you can accurately measure angles to within 0.5 degrees.
I have 2 versions available for download. "Version 1" is fully 3D printable, and "Version 2" needs a 608Z bearing and some 9.525mm (3/8 inch) ball bearings.(Slingshot ammo). You can also use 3/8 lead fishing weights cut to size.
"Version 1" has the option of 2 different needles - one needs some 3/8 inch (9.525mm) ball bearings / lead weights for added weight, the other is fully printable with only plastic as a counterweight.
NOTE - If you want to use a neodymium magnet as a magnetic base then a rectangular 50x15x2mm size works well. If you use one of these, then DO NOT use steel ball bearings as weights, make sure to use LEAD as your counterweights or the magnet will interfere with your measurements.
You will also need a 10mm
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