The one I had designed for integrating 12V power connections in my LEGO builds. I designed two 2x2 bricks with openings to receive a male and female connector on one side and two holes for the wires on the other. I integrate them into my models to have a 12V power grid across all my modules.
You don’t need Lego-level tolerances to at least function with Lego. Look at MegaConstrux (formerly MegaBloks). They’re garbage on tolerances, but they mostly work fine.
I’ve successfully printed 3/4 scale Lego-style bricks to work with a 3/4 scale brick set I have, and using a 0.2mm nozzle they came out great. I can only assume that at full scale they would work just as well.
The one I had designed for integrating 12V power connections in my LEGO builds. I designed two 2x2 bricks with openings to receive a male and female connector on one side and two holes for the wires on the other. I integrate them into my models to have a 12V power grid across all my modules.
This sounds great…
Then I remember Lego tolerance points and the calibration needed. Damn.
You don’t need Lego-level tolerances to at least function with Lego. Look at MegaConstrux (formerly MegaBloks). They’re garbage on tolerances, but they mostly work fine.
I’ve successfully printed 3/4 scale Lego-style bricks to work with a 3/4 scale brick set I have, and using a 0.2mm nozzle they came out great. I can only assume that at full scale they would work just as well.