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Theremin Project
Coding + Electronics + 3D Modelling
Reviving the classic theremin as a cutting-edge MIDI controller, blending tradition with technology.
Interested in Working Together?
Let's collaborate and bring your vision to life. Get in touch with me today!
Project Overview
I had the distinct honor of creating the illustrations for the Republic of Palau's groundbreaking crypto ID, developed by the Root Name System (RNS). This project was a blend of artistic and cultural references, reflecting the unique identity of Palau in the digital era.
MIDI Controler
Imagine mapping the theremin on Ableton and playing music with your hands. I envisioned achieving a similar effect by using ultrasonic sensors to measure hand-to-controller distance, providing analog readings that could be mapped in any sound program. The Arduino MIDI USB library proved to be an excellent tool for this task. I also considered adding potentiometers to control effects like reverb or echo, along with a USB to MIDI cable.
Exploring the Instrument
I embarked on a journey to understand this unique instrument better. As I delved into its design, I discovered its intricacies—the left antenna controls pitch or amplitude, while the right manages volume. Knobs allow control over output volume, volume range, pitch range, waveform, and brightness. My curiosity led me to think about reimagining the theremin as a MIDI controller.
Design and Prototyping
The layout of components inside the theremin controller was crucial. I maintained the motion of the original theremin, placing sensors strategically. For the prototype, I opted for a 3D-printed inner case and acrylic outer case. My design aimed to capture the essence of the theremin while accommodating modern technology.
Technical Challenges and Updates
The journey was not without challenges. Initial sensor glitches led me to explore alternatives, ultimately choosing the VL53L0X Time-of-Flight (ToF) Sensor for precise readings. I also switched from an Arduino Mega clone to an Arduino Leonardo for improved accuracy.
Conclusion
This is a project that combines the rich history of a classic instrument with modern technology, opening doors to new musical possibilities. Through innovation and a creative blend of design and technology, this project seeks to revive the magic of the theremin for a new generation of musicians and enthusiasts.
Project Overview
The theremin, a mesmerizing musical instrument, had been on my mind for years, although I'd never played one. This device harnesses electromagnetic fields to create music and was initially entirely analog, often meticulously crafted in wood. Over time, the theremin has evolved, becoming more industrialized and compact, constructed from plastic and wood.
I had the distinct honor of creating the illustrations for the Republic of Palau's groundbreaking crypto ID, developed by the Root Name System (RNS). This project was a blend of artistic and cultural references, reflecting the unique identity of Palau in the digital era.
Exploring the Instrument
I embarked on a journey to understand this unique instrument better. As I delved into its design, I discovered its intricacies—the left antenna controls pitch or amplitude, while the right manages volume. Knobs allow control over output volume, volume range, pitch range, waveform, and brightness. My curiosity led me to think about reimagining the theremin as a MIDI controller.
MIDI Controler
Imagine mapping the theremin on Ableton and playing music with your hands. I envisioned achieving a similar effect by using ultrasonic sensors to measure hand-to-controller distance, providing analog readings that could be mapped in any sound program. The Arduino MIDI USB library proved to be an excellent tool for this task. I also considered adding potentiometers to control effects like reverb or echo, along with a USB to MIDI cable.
Design and Prototyping
The layout of components inside the theremin controller was crucial. I maintained the motion of the original theremin, placing sensors strategically. For the prototype, I opted for a 3D-printed inner case and acrylic outer case. My design aimed to capture the essence of the theremin while accommodating modern technology.
Technical Challenges and Updates
The journey was not without challenges. Initial sensor glitches led me to explore alternatives, ultimately choosing the VL53L0X Time-of-Flight (ToF) Sensor for precise readings. I also switched from an Arduino Mega clone to an Arduino Leonardo for improved accuracy.
Conclusion
This is a project that combines the rich history of a classic instrument with modern technology, opening doors to new musical possibilities. Through innovation and a creative blend of design and technology, this project seeks to revive the magic of the theremin for a new generation of musicians and enthusiasts.
Interested in Working Together?
Let's collaborate and bring your vision to life. Get in touch with me today!