Raspberry Pi Camera Enclosure


Grab a copy of this kit here and grab the design files here!

Step 1: Remove masking material

Peel off the paper masking from all of the parts


Step 2: Mount the Camera Module

Take the M2 screws and put them in the 3 holes on the camera mount side. Then thread on a nut on each of them. This nut will act as a spacer for your camera module.

IMG_3982    IMG_3980

Install the camera module and thread on the remaining nuts and tighten them down.



Step 3: Assemble the bottom

Grab the two panels that look like this.


You will notice on the larger of the two panels that the slots are slightly off center. Orientate the panel so that the slots are more towards the left. Stack the larger panel on top of the smaller panel and line the hole and slots up. Now take the PCB mounting clip and snap it into the leftmost pair of slots with the PCB mounting nub closest to you. Snap the other mounting clip in the right pair of slots.



Finally, take the small  cross piece and orientate its hole with the hole on the bottom piece and place it between the clips. Now insert the brass fitting as shown.






 Step 4: Attach Camera/SD Card/Power Side and Composite Out/Audio Out Side Together

Take the Composite Out/Audio Out Side and insert the tab into the slot on the right side of the Camera/SD Card/Power Side. Snap one of the white clips into place to hold the sides together.


Step 5: Mount the Raspberry Pi on the bottom

Take the Raspberry Pi and snap it onto the PCB mounting clip.



* *Note that a few very early model B boards did not have mounting holes on the boards. If you have one of these early boards, you'll need to clip off the loop (it's fairly easy to do with a pair of flush cutters) before continuing.


Step 6: Insert the Raspberry Pi into the case

Take the Raspberry Pi and bottom assembly and work it into position with the two assembled sides as shown.


The Raspberry Pi PCB should snug up under the camera module.


Step 7: Install HDMI Side

Slide the HDMI side into place and snap the clip into the slot. It is best if you squeeze the HDMI and Composite Out/Audio Out sides together in one hand to help prevent the bottom and PCB board from falling out.


Step 8: Install the Camera Ribbon Cable

Lift up the connector locks on both the Camera Module and the Raspberry Pi.



Insert the ribbon cable into the Camera Module connector and lock it in place. Then insert the other end of the ribbon cable into the connector on the Raspberry Pi and lock it in place as well.


Step 9: Install Top

Set the top on the case and slide the tabs into the SD Card/Power side.


Step 10: Install the Ethernet/USB side

Put the Ethernet/USB side panel in place and insert the clips.


Congratulations! You have successfully assembled your Raspberry Pi Camera Enclosure.




6 Responses to “Raspberry Pi Camera Enclosure”

  1. Zack says:

    Really great enclosure! The instructions worked flawlessly and I’m really happy to have a box that can finally incorporate the camera.

  2. […] via Raspberry Pi Camera Enclosure | Built to Spec. […]

  3. Art Mezins says:

    I just bought this kit on Kindie, but the “spacer” that I got (bottom of the 4th picture in step 3) is not rectangular, it’s like a “tee” since it has small sides that do not go all the way down and interfere with the oscillator on the back of the Raspberry Pi. I guess I could just cut it, but why did this kit come with the wrong part? I have a picture, but there is no way to add it to this to make myself more clear. There’s also no where on Tindie to ask a question.

    It would be nice to get this done.


  4. Stephan T says:

    I ordered two of these. Got them very fast, which is nice but in each kit the screws, nuts, spacers and small clips are missing. There is only the two large, white clips an one brass fitting per kit. I cannot mount my PI 🙁

    Could you, please send them. Order # 14004190.

  5. RoboLemur says:

    Our system shows that you ordered two Raspberry Pi B+/2 Camera Cases. The instructions for assembly are different for this case and can be found here.

  6. Mitch says:

    That’s a brilliant answer to an intseerting question

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