Bending and welding Aluminium 2mm sections

AI Thread Summary
The discussion centers on creating a lightweight camera mount for an RC multicopter using 2mm thick aluminum channels, which need to be bent and welded to accommodate an irregularly shaped camera. Key concerns include whether the bent sections can support the combined weight of the camera and mount, the feasibility of bending without breaking, and the ability to weld such thin aluminum. Participants suggest exploring existing extruded aluminum sections instead of custom fabrication, as well as the limitations of 3D printed materials for durability. The project is framed as a DIY endeavor, emphasizing the need for a practical solution that balances weight and strength.
RKD89
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Hi

I am planning to make a light weight camera mount for my RC multicopter (drone).

Issue is due to irregular shape of the camera, need for the mount to be light weight, and setting up a small angle of inclination (5-10 degrees) the only solution I have come up with is to use light weight thin aluminium channels.

The channels will be need to be bend by angles (80-110) range and also will be needed to be joined.

I know welding aluminium is not that easy but I am sure I can find someone to do it.

The aluminium sections are basically thin 2 mm strips, about 25mm wide.

Now the questions:
  1. Will the bend sections be able to support 200gms of the camera (and self weight of about 80gms).
  2. Will it be possible to bend the sections without breaking them?
  3. Will it be possible to weld (or even solder) 2mm thick sections (are they too thin for TIG?)
  4. Any other light weight material that can be bend in between flights to adjust for angles( any other metal I suppose?)
  5. The mount will be isolated from vibrations. I am still concerned about dynamic effects and fatigue?
    Should I be?
Looking forward to your replies.
 
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RKD89 said:
Hi

I am planning to make a light weight camera mount for my RC multicopter (drone).

Issue is due to irregular shape of the camera, need for the mount to be light weight, and setting up a small angle of inclination (5-10 degrees) the only solution I have come up with is to use light weight thin aluminium channels.

The channels will be need to be bend by angles (80-110) range and also will be needed to be joined.

I know welding aluminium is not that easy but I am sure I can find someone to do it.

The aluminium sections are basically thin 2 mm strips, about 25mm wide.

Now the questions:
  1. Will the bend sections be able to support 200gms of the camera (and self weight of about 80gms).
  2. Will it be possible to bend the sections without breaking them?
  3. Will it be possible to weld (or even solder) 2mm thick sections (are they too thin for TIG?)
  4. Any other light weight material that can be bend in between flights to adjust for angles( any other metal I suppose?)
  5. The mount will be isolated from vibrations. I am still concerned about dynamic effects and fatigue?
    Should I be?
Looking forward to your replies.

It's impossible to answer these questions in general. You should sit down with someone and go over what it is you want to mount on your drone and how you want it done.

For aluminum, no one fabricates something like you describe by welding and bending individual pieces parts.

Aluminum 2 mm thick is pretty thin. Heck, it's pretty thin in steel.

There are a number of different extruded sections out there, with much more complicated cross sections than a simple L or T. Perhaps one of these sections could be adapted to your application? Instead of building up to what you want, select an existing piece and see if it can be modified by removing material.
 
Thanks for the reply

It's a DIY/hobby project so I can't go for die casting or CNC machining the mount out of a large block of Al.

I have actually worked with Al , 4mm thick strip for making a landing gear and it worked fine.

The problem is I am mounting a very irregularly shaped camera. My options are to either make a custom Al mount, buy expensive (but relatively flimsy) glass fiber or 3d printed mounts available online or just strap the camera using some velco straps onto the drone.

3D printed plastic structures last few operation cycles only and soon fail

I will upload the CAD model soon fr your reference.
 
Here is the cad model to get an idea
 

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