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Kevin McAleer usually builds robots, however he is turned his skills towards pictures for his current Pikon Digicam venture. The digital camera is constructed across the Raspberry Pi and incorporates an interchangeable lens design. The Pikon Digicam additionally consists of a big touchscreen interface.
The digital camera’s core is the 12.3MP Raspberry Pi HQ Digicam module, which makes use of a Kind 1/2.3 (6.3 x 4.7mm) Sony IMX477 sensor with a C-mount on the entrance, giving a 5.5x crop issue, relative to full-frame. With varied C-mount adapters, you’ll be able to mount a variety of lenses to the Pikon, together with Nikon, Canon and M42 lenses.
The 3D printable digital camera chassis can home a Raspberry Pi 2, 3 or 4, however McAleer makes use of the Raspberry Pi 4. The 5000mAh battery sits throughout the chassis and expenses through USB. The digital camera’s massive rear show is a Waveshare 3.5″ panel with resistive contact management. It is not an particularly high-res panel, with solely 480×320 decision, however at underneath $30, it is inexpensive. Except for 3D-printed components, there are solely 5 off-the-shelf elements. The Raspberry Pi HQ module is the most costly half, which is round $50, if you will discover one for MSRP.
After all, you may use a distinct digital camera module, such because the Arducam 64MP autofocus digital camera module (Kind 1/1.7, 7.4 x 5.6). That module is considerably dearer, but it surely’s additionally a a lot higher-res digital camera, reduces the crop issue to 4.7x, plus it has autofocus.
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As for the Pikon venture, it appears nice and is flexible. McAleer admits that there are some software program points he should work out, however on condition that it is constructed round a Raspberry Pi, it is easy for customers to tweak it to work with the Linux software program of their alternative.
On McAleer’s web site, he affords a full breakdown of the elements and consists of the totally different STL venture information for obtain. The venture requires only a few M2 nuts and bolts plus a few M2 screws to place collectively. As for the software program, McAleer is engaged on constructing a Python app that runs on Raspberry Pi 4 and might add video recording, photograph filters and livestreaming performance.
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