Raspberry Pi Model 2 and above
Camera Dimensions: 81 x 40 x 157 mm
Image resolution: 8-megapixel

VisionCam Tall

VisionCams offer the chance to capture long-term recordings of settings without invading privacy. Computer vision triggers and manipulates images, producing stop-action recordings that balance intrigue with insight.

VisionCams take images automatically. The default programme takes time-lapse pictures depending on how much movement is detected in the scene and is activated by swivelling the lens cover open. A selection of other programmes are also available for download here, each capturing and modifying images in different ways. This allows VisionCams to support a wide range of experimental uses.

Preserving privacy is fundamental to VisionCams. For instance, the default programme saves and displays only the contours of scenes, producing images that are evocative without being invasive. VisionCam Tall is designed to be noticeable when left in place. The display is adjacent to the camera, so it can be seen while images are captured. It takes an image when motion is detected and displays a preview of what it has seen in the form of a looped stop-frame animation on screen. The camera can be left for hours to capture the rhythms and flows of its location, and stopped by closing the lens cover.

The casing for the VisionCam Tall can be printed on all 3D printers and has been optimised for printing without support material on machines such as an Ultimaker. This design differs from Compact VisionCam by using a custom PCB connector to rotate the screen 90° to the Raspberry Pi, creating a symmetrical form. The device’s off-the-shelf parts, including the custom PCB, can all be bought online. The Raspberry Pi operating system and VisionCam software is available on this site as a single disk image that can be flashed to an SD card in one step. Powered via a USB port, it can be plugged into the mains or run for hours using a standard USB battery.

There is selection of 3D printable accessories that can be attached to the VisionCams to extend their physical functionality.


 List of all the components to assemble the VisionCam

List of handy equipment

Small Phillips screwdriver (cross head)
3D printer

Download Files

.stl files (for direct 3D printing) and .step (editable assembly) files

to view and download various file formats
VisionCam Tall, Fusion360


Step 1 Push the lens cover into the front shell of the camera case


Step 2 Order the TwistyHat PCB at OSHPark.com and solder or attach (if using solderless) headers as shown above.


Step 3 Secure the screen to the front panel with 6.4mm screws


Step 4 Plug the TwistyHat PCB into the camera


Step 5 Connect camera module to the Raspberry Pi. Make sure to match the direction of the camera to the picture. The printed side of the ribbon should face towards the USB ports of the shield


Step 6 Fold the camera ribbon. Hold the camera and Raspberry Pi  in position to plan how to fold the ribbon to fit it into the assembly


Step 7 Plug the Raspberry Pi into the TwistyHat PCB


Step 8 Screw the camera into the case using 6.4mm screws


Step 9
Copy disk image from here (14GB Download) onto the micro SD Card using Etcher.io


Step 10 Plug the micro SD card into the Raspberry Pi


Step 11 Close the camera case

Step 12 Secure the case by inserting three 9.5mm screws into the back


Step 13 Connect the micro USB cable into the cameras USB port


Step 14 Attach an external USB battery (or USB mains charger)


Optional Attach the battery to the camera with rubber bands. Use 3D printed accessories to position the camera



How to use 

  1. Plug in a USB battery or mains power

  2. Wait the Raspberry Pi to boot up, the camera is ready to use when the animated icon of the lens cover is displayed on screen

  3. Open the lens cover by swivelling the left or right

  4. To adjust the image for greater or fewer lines, first press the large button to the bottom right on the screen, changing the image on screen to a live preview mode. Press the button on the far left the screen for fewer lines, press the button immediately to the right of this for default lines, and button to the right of this again for more lines. The live preview will time out after a short period or can be cancelled at any time by pressing the button to the bottom right on the screen again.

  5. Record for as long as you like (note that the camera will stop recording if it is very dark)

  6. Close the lens cover to stop recording

Download the images from your camera

  1. Remove the micro SD card and place in an appropriate reader

  2. Images and video will be stored in the ProbeReturns folder of the micro SD card