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Project 01

Wigglecam: Multi-Camera Imaging System

Role
Independent designer and developer
Timeframe
2026 - Present
Tools
Raspberry Pi, Python, CAD, 3D printing
AI-generated concept of the four-camera Wigglecam
Simple AI-generated concept image. The project is still being built; this is not a photograph of a completed prototype.

Overview

Wigglecam is an independent project to design and build a complete multi-camera imaging system around a Raspberry Pi platform. The goal is to capture a subject from several closely spaced viewpoints and display the resulting sequence as a short parallax animation. The project is currently in early development, with work centered on the system architecture, camera acquisition workflow, optical layout, and physical enclosure.

Approach

  1. 01

    Define a four-camera Raspberry Pi architecture and evaluate camera-module, switching, synchronization, storage, and processing constraints before committing to the final hardware stack.

  2. 02

    Develop the acquisition and display workflow needed to capture the individual viewpoints, organize each image set, preview the result, and generate the final animated sequence.

  3. 03

    Design the optomechanical layout and 3D-printed enclosure around camera spacing, alignment, field overlap, serviceability, controls, display placement, and portable power.

Results

In progress

System development

The camera architecture, acquisition workflow, enclosure requirements, and optical layout are being developed as one integrated system.

4 views

Planned camera array

The current concept uses four viewpoints to balance a visible parallax effect against size, cost, and Raspberry Pi integration complexity.