
Files (2)
Slice the required model files; source file size is not printable volume.
Use the slicer's filament total; STL/3MF byte size is not a cost input.
Slice with the recommended material, infill, orientation, and supports.
| STL file | Role | Source size | PETG / ABS 20% | PETG / ABS 100% | 100% solid | Recommendation |
|---|---|---|---|---|---|---|
| RadarBracket.stl | Mount / bracket | 129.7 KB STL | Slice file | Slice file | Slice file | Print the bracket and peg in separate processes due to support requirements |
| RadarPeg.stl | Printable file | 147.6 KB STL | Slice file | Slice file | Slice file | Print the bracket and peg in separate processes due to support requirements |
Saved setup guidance is used for material, infill, support, and per-file recommendation text; editable numbers are planning estimates only.
Tesla model S radar mount
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3DPrintedCarPartDescription
This mounts a radar unit in a pre-autopilot Tesla Model S (2013) for use with OpenPilot. I'm using a radar unit salvaged from a newer Tesla. For hardware and software details, see https://tinkla.us/index.php/Tesla_Bosch_Radar Use at your own risk! This is plastic, and plastic can break. Use 100% infill. Prints in 2 pieces: a bracket (black in my photo) and a peg (green in my photo). Both need supports. I actually printed the peg in the orientation shown so that the barbs would be sharp, but the reverse orientation might be ok too. The top of the peg has a 1.3 degree slope, so I used the Prusa Slicer 'height ranges' option to print very thin layers there. Epoxy the peg to the back of the bracket. Place the radar in the bracket. The peg clips into an empty socket in the metal behind the nose cone, driver's side. See pics. Use a high temperature filament (ABS, PETG) since you don't want this to melt in hot weather. You can power the radar from the frunk fuse box. Here's a modified fuse box lid to make this easier.
Compatible Cars
Originally published on thingiverse.com by David Abrahams (betamax) · License: CC BY
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