Tripod Camera Mount for Raspberry Pi
by scottkildall in Circuits > Raspberry Pi
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Tripod Camera Mount for Raspberry Pi
This may seem like it already exists, but I couldn't find it anywhere.
So, I made it myself: a camera mount for the Raspberry Pi that you can easily mount onto any standard tripod.
So, I made it myself: a camera mount for the Raspberry Pi that you can easily mount onto any standard tripod.
Create the 3D Model
I looked around for an existing tripod camera mount. I couldn't find exactly what I wanted, but this one on Thingiverse, is pretty close.
I imported the enclosure face into 123D Design, then added a simple tripod bottom for it. Yay Creative Commons!
The tripod hole is 5mm, which I will later tap with a tap-and-die kit.
I imported the enclosure face into 123D Design, then added a simple tripod bottom for it. Yay Creative Commons!
The tripod hole is 5mm, which I will later tap with a tap-and-die kit.
3D Print It
I'm using an Object printer with a VeroClear resin, but any 3D printer will be fine.
What I like about the VeroClear is that you can see the camera power to make sure the camera is indeed working.
If want to be a spy-cam look, you may want to go for black ABS to obstruct the light and also be sleek.
What I like about the VeroClear is that you can see the camera power to make sure the camera is indeed working.
If want to be a spy-cam look, you may want to go for black ABS to obstruct the light and also be sleek.
Tap the Hole
The 5mm hole is just enough material for tapping threads for a standard tripod mount (you'll need a tap-and-die kit).
The threads you want to tap for are 1/4-20.
If you've tapped holes before, this is a cinch. If not, check out this Instructable — you won't need any cutting fluid since you're 3D printing in some sort of plastic or resin. The tapping process is super-quick and can be done in your hand.
The threads you want to tap for are 1/4-20.
If you've tapped holes before, this is a cinch. If not, check out this Instructable — you won't need any cutting fluid since you're 3D printing in some sort of plastic or resin. The tapping process is super-quick and can be done in your hand.
Epoxy the Back Face Onto the Camera
This is the solution I chose. It's a more permanent one, which is why I like it.
There are other ways, such as:
* a snap-fit design: more work on the 3D modeling side and eventually the material (especially since I'm using resin in my case) will wear out.
* put screws in it: a lot of work and time, but probably the most optimal solution
* use a silicon adhesive or something less strong: my feeling is if you're going to use an adhesive, use one that really works.
There are other ways, such as:
* a snap-fit design: more work on the 3D modeling side and eventually the material (especially since I'm using resin in my case) will wear out.
* put screws in it: a lot of work and time, but probably the most optimal solution
* use a silicon adhesive or something less strong: my feeling is if you're going to use an adhesive, use one that really works.
Done!
It's that easy!
Here's the downloadable STL on Thingiverse:
http://www.thingiverse.com/thing:299529
I hope this was helpful!
Scott Kildall
For more on Raspberry Pi code and other projects, you can find me here:
@kildall or www.kildall.com/blog
Here's the downloadable STL on Thingiverse:
http://www.thingiverse.com/thing:299529
I hope this was helpful!
Scott Kildall
For more on Raspberry Pi code and other projects, you can find me here:
@kildall or www.kildall.com/blog