3D-Printed Tools and Parts: Difference between revisions

From RV10 Community Wiki
Jump to navigation Jump to search
mNo edit summary
mNo edit summary
Line 1: Line 1:
See also section [[CAD_CAM_Files]] if you have a CNC machine.<br>Consider joining the [https://www.facebook.com/groups/756340465159308 3D Printed Aircraft Parts] FB group.
See also section [[CAD_CAM_Files]] if you have a CNC machine.<br>Consider joining the [https://www.facebook.com/groups/756340465159308 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 the engine compartment. One example is this Cozy Mk IV airplane crash where the air induction knee collapsed.
Warning: Depending on the filament material, 3D-printed parts may not withstand high temperatures, e.g. those encountered in the engine compartment. One example is this Cozy Mk IV airplane crash where the air induction knee collapsed.


[[File:Cozy Mk IV intake collapse.png|300x300px]]  
[[File:Cozy Mk IV intake collapse.png|300x300px]]  
 
----
* [https://rv10.ca/3d-printed-stuff Les Kearney's Collection of 3D printed parts for the RV-10]
* [https://rv10.ca/3d-printed-stuff Les Kearney's Collection of 3D printed parts for the RV-10]
* [https://airplane.allanglen.com/2023/06/03/wing-conduit-pitot-lines/ Allan's wing conduit and pitot line bracket]
* [https://airplane.allanglen.com/2023/06/03/wing-conduit-pitot-lines/ Allan's wing conduit and pitot line bracket]

Revision as of 04:07, 5 December 2025

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 the engine compartment. One example is this Cozy Mk IV airplane crash where the air induction knee collapsed.