3D-Printed Tools and Parts: Difference between revisions

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* 3D-printed Tools for Beringer Wheels<br>[[File:rim_tools.jpg|300px]]<br>[[Media:Beringer 5 Tire Cone.stl|5 inch cone stl file]]<br>[[Media:Beringer 6 Tire Cone.stl|6 inch cone stl file]]
* 3D-printed Tools for Beringer Wheels<br>[[File:rim_tools.jpg|300px]]<br>[[Media:Beringer 5 Tire Cone.stl|5 inch cone stl file]]<br>[[Media:Beringer 6 Tire Cone.stl|6 inch cone stl file]]
* Template for trimming the flap torque tube bushings<br>[[File:Flap bushing.jpg|300x300px]]<br>[[Media:Flap bushing template.stl|Flap bushing template.stl]]
* Template for trimming the flap torque tube bushings<br>[[File:Flap bushing.jpg|300x300px]]<br>[[Media:Flap bushing template.stl|Flap bushing template.stl]]
* Cap for hinge area (work in progress)<br>[[File:Screenshot 2026-02-19 at 7.39.08 AM.png|400x400px]]<br>[[File:LDRH1Print.jpg|400x400px]] [[File:Left door right cover.jpg|400x400px]]<br><br>[[Media:LDRH2.stl|Left Door Right Hinge stl file V2]]<br>[[Media:LDLH1.stl|Left Door Left Hinge stl file V1]]<br>[https://cad.onshape.com/documents/825ff7ada0a2fde566d16277/w/f64d580a397f7d49a76e49cb/e/74244017510505748ae9b08b?renderMode=1&uiState=699736780524deb2a0dd659e Onshape CAD Project]
* Cap for hinge area (work in progress)<br>[[File:Screenshot 2026-02-20 at 3.50.39 PM.png|280px]]&nbsp;[[File:Screenshot 2026-02-19 at 7.39.08 AM.png|400x400px]]<br>[[File:LDRH1Print.jpg|400x400px]] [[File:Left door right cover.jpg|400x400px]]<br><br>[[Media:LDRH2.stl|Left Door Right Hinge stl file V2]]<br>[[Media:LDLH1.stl|Left Door Left Hinge stl file V1]]<br>[https://cad.onshape.com/documents/825ff7ada0a2fde566d16277/w/f64d580a397f7d49a76e49cb/e/74244017510505748ae9b08b?renderMode=1&uiState=699736780524deb2a0dd659e Onshape CAD Project (Note: Some mesh operations are done outside of Onshape using Blender and re-imported)]
[[Category:Optional]]
[[Category:Optional]]

Latest revision as of 23:53, 20 February 2026

See also section CAD_CAM_Files if you have a CNC machine.
Consider joining the 3D Printed Aircraft Parts FB group.


Warning: Depending on the filament material, 3D-printed parts may not withstand high temperatures, e.g. those encountered in an engine compartment. One example is this Cozy Mk IV airplane crash where a commercially 3D-printed air induction elbow collapsed. Source.


Here is a material list and their glass temperatures (caution: composed by AI):


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