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R/C Airplane 'tidy strips' (3, 4, 6mm hose, turbine cables, and servo wire)

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Creation quality: 5.0/5 (1 vote)
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  • 1.4k views
  • 2 likes
  • 66 downloads

License
3D design format
STL Folder details Close
  • 3mm Tidy Strip x5.STL
  • 3mm Tidy Strip.STL
  • 4mm Tidy Strip x5.STL
  • 4mm Tidy Strip.STL
  • 6mm Tidy Strip x5.STL
  • 6mm Tidy Strip.STL
  • JetCat-new Xicoy or Kingtech turbine cables.STL
  • JetCat-old turbine cables.STL
  • Servo Wire Tidy Strip x5.STL
  • Servo Wire Tidy Strip.STL

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Last update 2024-03-24 at 22:47
Publication date 2024-03-23 at 03:10
Design number 1873736

KFW

3D printer file info

3D model description

Note: New configurations will be added when I find them:
- Xicoy, Kingtech, JetCat (new/old) turbine cables

A good friend of mine (Jeremy Fergusson - LGM Graphics) came up with this idea long ago for routing servo wires and air / fuel lines in an RC Jet. Such a simple design, and yet sooooo effective in cleaning up an equipment install in your fuselage. Since then, it's been copied and sold all over the place. He's a good guy and deserves a little credit. (He knows I'm posting these files)

I have modelled up the tidy strips in 3mm PU hose, 4mm PU fuel line, 6mm PU fuel line, and for servo wire. The 3mm also fits Robart air line.

IMPORTANT - print the strips on their sides (see image), so the hose or wire will be sticking up from your print bed. This ensures the layering pattern gives you maximum strength in the tabs. If you were to print them from the bonding surface up instead, the layering will make the tabs far weaker.

Last note, if printed on their sides, I have slightly tapered the top and bottom surfaces. This will help ensure that you don't get any sharp edges from table misalignment / flatness or Z axis accuracy issues.

Once printed; cut them to size, lightly sand both bonding surfaces, and glue them with CA Glue (Zap A Gap) wherever you need to!

If you download this and wish to send Jeremy a 'thank you' coffee, I'll supply his PP address to you.

Enjoy! :)

3D printing settings

0.2mm layer height, 0.4 nozzle works but 0.2 might be cleaner. Bed temp 65C (1st layer) then 50C. 120mm/sec max speed, 40mm/sec outer walls + top / bottom surfaces. eSun PLA+ gray, 210 C. The parts are so small that there's probably ~no infill. I have mine set to 20% anyway. Make sure you have your Z height calibrated well, your table flat, nozzle flow calibrated, etc.

Warning: With parts being this small, your printer MUST be setup and working well. It is also sensitive to printing materials. I 've had many just flat out not work when it all sticks together into mush. eSun PLA+ Gray seems to work well. Once you have the 1st layer down, its usually safe to go the distance.

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