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Boat Propeller I designed to electrically drive my canoe. It can be driven with a battery drill. Edit: /* To clear things up a bit. 20cm_10mm.3mf is a propeller with 20cm diameter and a hole for a shaft with 10mm diameter. 30° tip angle;…
*/update: I added two more versions. They are both smaller than the original and have one single solid hook. This makes it stronger and it can be printed without supports, and I never used the hooks individually on the original version.…
Spin it by 90° to have the big flat face on the print bed. Prints easily without support. I printed it in PLA(Prusa recycled PLA), although it might be better to print in a material that resists higher temperatures. A cable tie can be…
Print upright with the deeper holes facing down, without support. The magnets are inserted after printing. There is a version with hexagonal holes and one with round hole. I use the hexagonal one and it doesn't bother me at all bringing…
Was designed to fit my ring finger. The inside can be covered with a piece of tape to make it more comfortable. There are numbered, different sized clips to adapt to your finger. It might also be possible to scale the model up or down for…
Print the screw and main body separately. Print the main body with the screw-hole facing down. No supports needed, the bridging on the top may seem bad, but this doesn't appear in the finished print.
I printed it in PETG in 2 pieces split vertically through the middle and glued both halfs together. A screw can be added for additional stability. You are not allowed to sell, reupload, modify, remix this file. (only for personal use)
A very simple case for an Arduino Uno with a DMX shield
Print in semitransparent material. I printed it in PLA and it held up just fine, despite the high temperatures in the car in the summer. Prints well without support.
Use for example for hanging posters in conjunction with my poster clamp model. Use a small 2mm by 6mm diameter magnet in the thumbtack pusher.
The mount is designed to use the Odrive S1 heat spreader. It aligns the motor shaft with the magnetic encoder and leaves a 1mm gap between the magnet and the encoder. A 6mm diameter an 5mm thick magnet sold in the Odrive shop is used. The…
Print with 0,1mm layer height in any material.
Enclosure for VESC 6 with strain relief,space for Bluetooth receiver and an arduino nano. Should provide some protection against impacts and water. M4 Screws are used for fixing the cables and closing the lid. A foam gasket could maybe be…
The lid is a very snug fit. I use it for a VESC motor controller and only need 4 pins. Version B has all pins accessible.
I designed this simple pouch for a small slingshot. Copy the pin in the slicer. You may want to scale the pin up a bit to make the fit tighter. Here is a link to the slingshot model:
These are all currently available results.
