A customizable 3D print by oddlyhelpful
Levels for your car cubby.
Sized by you.
One to three levels that stack inside the cubby in the front of a Tesla's centre console, each with its own compartments. The bottom one sits on the cubby's floor. The top one rides the cubby's own ledges at their full width, and a middle one rides on rails. The upper ones slide front to back to show what is underneath.
Tesla, Model Y and Model 3 are trademarks of Tesla, Inc. These parts are made to fit its cars. oddlyhelpful is not affiliated with Tesla.
Set up your levels.
Replace every setting with the starting two levels?
Loading the geometry kernel
Top level
Reads
Cut 0.6 mm into the flat of the underside of every level, in letters 3 mm tall, as it reads with the level turned over, which is the view here. The line is centered, and goes onto a second line if it is too long for one. In the middle, the line goes above the mark and a second line below it; with no room there, the lines stack in the middle and the mark moves to a corner. In a corner, the mark keeps the middle, or moves across from the label if the label reaches it.
Saved in this browser. Saving a loaded design again bumps its version.
Details
The selected one is what the Print step uses. Configure one to keep working on it.
Nothing saved yet. Set up your levels, name them, and save.
Downloads
Print each part upright, its floor on the bed. The cubby needs supports under its ledges.
Print details
Every downward face on a level sits at 45.25° or steeper, the rebates under the upper levels included, so the levels print without supports. The one exception is a single level tall enough to step out over the cubby's ledges.
The cubby is the v009 model. Its walls above the ledges are straight, the same width from front to back, so the top level slides their whole length. Below the ledges its side walls thin toward the top, which leaves 0.6 mm more room each side just under the ledges: a printed cubby's walls pull in a little there as they cool.
Above the ledges a level has 0.15 mm of room each side, for the lightest friction. The 0.5 mm fit in the well and the 0.3 mm rail clearance are starting values, not yet proved on a print. If a level is tight in the cubby, raise its fit under Precision controls. If a rail binds, raise the rail clearance, and lower it if the level rattles.