Video credit: Lancelot Blanchard; music credit: Jordan Rudess and the jam_bot

Diagram credit: Brian Mayton

Generic Pan Tilt

MIT Media Lab, 2024

printed circuit board, 3D-printed parts, real-time operating system, C

Framework

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I created the Generic Pan Tilt, an open-source, two-axis motion control platform designed for use in entertainment, art, and research. Combining affordable off-the-shelf hardware, 3D-printed parts, and custom electronics, the system enables rapid development and flexible integration of kinetic movement into small-scale performances and installations. The Generic Pan Tilt adheres to industry standards for connectivity and control, supporting DMX512-A and modular payloads. First demonstrated in a live AI-augmented musical performance, the platform allows for a new music and performance interfaces that feature expressive motion.

I envisioned the concept, designed the electronics, and wrote the firmware. Brian Mayton designed, modeled, and manufactured the mechanical assemblies. Carlo Mandolini assisted with assembly.

Special thanks to Jordan Rudess, Lancelot Blanchard, Camilla Bäckman, Madhav Lavakare, Brian Mayton, Carlo Mandolini, Danielle Rudess, Lydia Brosnahan, Jimmy Day, Joe Paradiso, and the entire Responsive Environments and MIT Media Lab communities.

This project was made possible by the MIT Presidential Exploration of Generative AI Grant and the MIT Center for Art, Science & Technology visiting artist program.