Add a Go-Pro Mount to Just About Anything

Introduction: Add a Go-Pro Mount to Just About Anything

About: Second year engineering student studying at the Beautiful Okanagan campus of The University of British Columbia. I like to tinker with electronics and meddeling with 3D printing. I also have a penchant for r...

Shows how to 3D model a Go-Pro camera mount that can be added to anything that is digitally fabricated, which includes almost anything. Even if you don't have the means to print this off or have it CNC'd, it is still a good way to learn Inventor. This is my first time using Inventor so any tips regarding the workflow are appreciated. If you found this helpful please vote, if not please leave a comment to help me make these better.  

Step 1: Things Needed

You will need a 3D design program. I used Autodesk Inventor
You will also need something to add the mount to (another 3D design Like this)
Access to a 3D printer or CNC machine (learn to build your own on this site)

Other thing that you don't need but are handy:
Go-Pro Mount
Ruler/micrometer. 

Step 2: Model First Prong

I called each verticle segment of the go pro mount a prong.  
Start by creating a new .ipt (part) file
Next set the units to mm Tools --> Document Settings
Create New 2D sketch
Select "X" Axis
 Draw a 15mm circle
Draw a 6mm circle inside the 15mm circle
Draw a 10mm line 90 degrees to the edge of the circle
Draw a 15mm line horizontal to the 10mm line
Draw a line from the 15mm line up to the opposite side of the circle
Cut the section of circle that is inside the box you just created
Extrude the face (not the hole) 3mm
Save as "normal prong" or something



Step 3: Add Nut Holder

In order for the go-pro mount to be adjusted by hand the nut has to be held in place to stop it from spinning. 

Create a Polygon with 6 sides (hexagon)  that is 9mm wide (from flat side to flat side. in order to do this I placed a point 9mm away along the X axis from the center of the circles. 

Draw a second polygon (hexagon) that is 12mm across
Extrude this 3mm
Save this part as something different from the first one "prong with nut holder" or something

Step 4: Draw Base-plate Spacing "jig"

In order to line up the different prongs correctly there needs to be something to make sure the spacing is correct. I drew a 2d template and saved it as a .ipt (part)

Draw a line 3mm across horizontally
draw a line 15mm down
repeat until there are 5 boxes
Save as .ipt "baseplate" or something

Step 5: Create a New Assembly

Create a new .iam (assembly) file.
Place a base-plate component 
Place one bolt holder prong component
Place two normal prongs
Move and/or rotate all the prongs onto the base plate template so that there are two 3 mm gaps between the prongs

There is a go-pro mounting bracket. It can be added to any other component or assembly and a camera can be attached. 

3D Design Contest

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3D Design Contest

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Participated in the
Digital Fabrication Contest

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    12 Discussions

    0
    bennelson
    bennelson

    7 years ago on Step 5

    Would it be possible for you to export your file to an .STL format?

    I recently got a 3D printer but can't use .iam (nor do I have AutoDesk Inventor, and all their free programs are PC only, not Mac.)

    I'd love to 3D print this if it were available as a .STL!

    Thanks!

    0
    bennelson
    bennelson

    Reply 7 years ago on Step 5

    Thank you for making a .STL file available! Much appreciated!

    0
    Zaphod Beetlebrox
    Zaphod Beetlebrox

    Reply 7 years ago on Step 5

    Apparently not, how about a .dwg? Unless you know how to export a .stl from inventor, cause if its possible I would be happy to.

    0
    kunselman.2
    kunselman.2

    7 years ago on Step 5

    To Export in Inventor: File (Big I) > Export > CAD Format > Pull down the Save as Type menu to "(STL File *.stl) > Click the "Options" button to verify your units and to set the resolution. I always set to high and print favorable results on a BFB 3D Touch.

    0
    kunselman.2
    kunselman.2

    Reply 7 years ago on Step 5

    Side note: Great job. The completed file you put up is an assembly and requires the other .ipt's so I doubt anyone can open it in Inventor. Hopefully you can get the .stl uploaded, or people can just spend the 5 minutes designing it if they have the software =)

    0
    Zaphod Beetlebrox
    Zaphod Beetlebrox

    Reply 7 years ago on Step 5

    Thanks for all the help. I'll upload the .stl.

    very nice! do you have any images that show how the go pro is attached to this mount? also will you post your files?

    0
    Zaphod Beetlebrox
    Zaphod Beetlebrox

    Reply 7 years ago on Introduction

    I haven't attached the two yet because they are in different formats. Will post the file though.

    0
    Zaphod Beetlebrox
    Zaphod Beetlebrox

    Reply 7 years ago on Introduction

    Ok never mind, I get an HTTP error every time I try and upload the assembly. Any thoughts on why that happens?

    0
    amandaghassaei
    amandaghassaei

    Reply 7 years ago on Introduction

    compress it into a zip, unfortunately the site does not support all file types, so you get an error when you try to upload some of the more unusual types of files. But zips are always fine.