Build a timelapse rig with the new camera module from Raspberry Pi! We were able to capture stunning timelapses with dynamic exposure thanks to the new HDR mode. 

The new camera module features autofocus and a 12-megapixel sensor and an HDR mode giving you excellent image quality.

High dynamic range means you can capture perfect exposures in your timelapse videos.

3D print our snap fit case to house a Pi 4, Pimoronoi’s 4-in HyperPixel display and the new camera module.

Whether you’re looking to capture blooming plants or gorgeous clouds, you don’t have to worry about blown-out or underexposed images.

Parts List

STL files for 3D printing are oriented to print "as-is" on FDM style machines. Most parts are designed to 3D print without any support material.  Original design source may be downloaded using the link below.

Slice with settings for PLA material. 

The parts were sliced using CURA using the slice settings below.

• PLA filament 220c extruder
• 0.2 layer height
• 10% gyroid infill
• 60mm/s print speed
• 60c heated bed

Supports

• Support Extrusion Width: .2
• Support Density: 4%
• Support Overhang Angle: 50
• Support Z Height: .21
• Interface: On
• Support Roof: On
• Support Pattern: Zig Zag

Build Plate Adhesion

• Type: brim
• Line Count: 4

Camera Cable

Start by installing the camera’s ribbon cable through the slit in the front cover. Use M2x5mm screws to mount the standoffs. 

Short standoffs secure the camera to the front while the Pi is secured to the back with M2.5x5mm machine screws.

Mount Pi

Align the USB ports to to edge of the printed part. Gently bend the camera cable around the Pi to connect.

Attach Display

Use the included GPIO riser to fit the display over the Pi.

Attach Screen cover

Place screen cover at an angle, over the display and ribbon cable.

Align snap fits 

Gently bend the two parts over the snap fits to attach the case.

Tripod attachment

Use M3x10mm screws to attach the tripod mount.

Fit a 3/8" to 1/4" Adapter Screw to mount a tripod.  

Camera cover

Align the cut out on the camera cover part over the ribbon cable. 

Press fit the three tabs into the slots on the case to attach.

Pan tilt swivel 

This tilt ball head makes a nice addition and allows you to position the camera in all sorts of different angles.

The default installation of Raspberry Pi OS Bullseye includes support for the V3 cameras. A full list of commands is linked below.