WinCtrl Sim Pedestal Frame
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A320 pedestal designed by WinCtrl. Added here with a BOM and my notes to assist others who want to build one.
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- Licencja
- Creative Commons — Public Domain
These files were created and distributed by WinCtrl over on Github, I am simply posting them here with a detailed BOM and notes from my experience alongside the step files being exported separately from the original file.
Text from the Github:
WW SIM-Pedestal-Frame-Files
Open-source pedestal frame design files for cockpit build. Note: This layout requires an additional longer SATA cable. You’re welcome to download, modify, and create your own version. Happy Flying & Blue Skies!
MIT LicenseCopyright (c) 2025 WINWING-BOT
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
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copies of the Software, and to permit persons to whom the Software is
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The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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SOFTWARE.
My notes and BOM:
Bill of Materials
Item | Qty | Total Est Price (May 2026) (USD) |
|---|---|---|
10 | $12.658 | |
2 | $1.9058 | |
2 | $1.60 | |
4 | $3.20 | |
6 | $4.80 | |
1 | $4.7538 | |
28 | $17.99 | |
4 per installed panel | $5.99 | |
I need more than 70 | $9.99 | |
4 per installed panel | $7.99 | |
Pairs with the T nuts (I needed 2 packs of 50) | $15.98 | |
4 Per Device mounted to Vertical Column | $7.99 | |
Total | $94.85 (Shipping from JLCMC added $152.90 to this total, will vary by locale) |
Notes
You will also might need spacers to adapt the 2060 extrusions to the FCU brackets. I used these from GxMech
The original plans call for a 783mm 2060 extrusion for the vertical support for the FCU and Gear Panel. I think this is a little short for everything to fit cleanly. I also feel the total height is a little short for my setup, So the leg lengths (385mm & 314.2) and the vertical 2060 may need to be changed depending on your setup,
I altered the design on my pedestal by removing the gaps between the sections in order to save space. I'm not sure I would do this again as it limits the ability to place the vertical profiles where I want them.
I also added a second 2060 profile to create more stability. It works, but things start to get a little tight since I shortened the overall width.
You can order the EU1030 from Alibaba retailers for SIGNIFICANTLY cheaper, but your experience may vary. I ordered a few meters of profile when I started this project and haven't received them 3 months later. Got the parts from JLCMC in about a week.
I 3D printed all of the brackets in PETG and they seem to work okay. Be a little wobbly.
I have now machined the 90* brackets from aluminum and it has added a significant amount of rigidity to the pedestal.