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Mercedes Benz Roof Rack Rubber Strip Trim Molding Insert - image

Files (1)

Rubber_Strip.stl
STL
3.0 KB
Print plan
Exact totals not supplied
Print setup plan
Useful setup guidance without pretending STL byte size can predict filament, cost, or print time.
1 model file
Material plan
TPU

Published material guidance; still check heat, UV, load, and printer compatibility.

Starting setup
40% infill

A planning starting point only; wall count, orientation, and geometry often matter more than infill.

Final totals
Confirm in slicer

Slice the selected model with your final material, orientation, walls, and supports.

Saved setup guidance is used for material, infill, support, and per-file recommendation text; editable numbers are planning estimates only.

Trim Pieces

Mercedes Benz Roof Rack Rubber Strip Trim Molding Insert

0 downloads94 views0 quality score

Use the part context as a starting point, then confirm geometry-dependent values in your slicer.

Files

1 hosted model file

STL

Material start

TPU for flexibility

Saved part guidance

Strength start

low to moderate infill for flexibility and durability

Saved part guidance

Orientation / supports

supports unlikely

Exact totals

Slice for grams + time

Model geometry and final settings determine both

Vehicle exposure

Flexible material; verify heat and load

Open the STL, 3MF, or OBJ model in your slicer before printing. Exact grams, time, and final support placement come from the actual slice. Test-fit and heat-check the part before installing it in a vehicle.

0

License & use

CC BY-SA
Commercial use allowed
Attribution required

The file license permits commercial reuse, subject to any applicable attribution or share-alike terms. License status does not verify vehicle fitment, OEM rights, design patents, or safety.

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Description

For the life of me, I could not find nor order a replacement rubber molding for this darn Mercedes Benz-branded roof rack for my father's ML350. The original piece was gone with the wind on a spirited drive in the suburbs of Atlanta. So, I decided to design and print it in a flexible filament. What a nightmare. The design was easy. I took one of the original trim pieces off the rack. I measured it and made a rough approximation of the insert, which works fine. This is my second ever design, but I knew I'd have to print it without support and have to print it flat. No problem. The original rubber trim piece is longer than my print volume. I knew that this would require me to glue two or three together to make it work. Printing with TPU is a pain in my toe on my left foot. I was using the stock Creality CR-10S with SainSmart's Black TPU. Every thing I read online said it's the easiest flexible to print with... my ash.. The filament would not push through the bowden tube to the hotend. I tried many settings. It was a Charlie Foxtrot. So, I upgraded the extruder and hotend. I purchased and installed the E3D Aero Titan with the V6 nozzle. This puts the extruder right on top of the hotend. Whiskey Tango Foxtrot. It still didn't work. Here is what I did to get it to work. 1.) I moved the bed down a bit. Three paper thicknesses opposed to one. 2.) I increased the flow rate to 140%. 3.) Hotend set to 220C. 4.) Bed temp to 70C. 5.) Used a 7.6cm or 3in of bowden tube on top of the extruder. 6.) I ran the TPU above and straight down into the bowden tube. After I got three printed, I installed them onto the rack. Works like a champ.

Updated Aug 10, 2026

Originally published on thingiverse.com by Crazy Collie (crazycollie) · License: CC BY-SA

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