DAISY-GL

This project details the creation of a vibrant LED suit for audiovisual performances. It utilizes ESP32/ESP8266 microcontrollers for robust processing and wireless capabilities. WS2812b RGB LED pixels provide dynamic visual effects, and a custom double-layer PCB design, manufactured by JLCPCB, facilitates LED mounting and connections. Power is supplied by a standard 5V Powerbank. Programming is done in the Arduino IDE with open-source libraries like ArtnetWifi and AdafruitNeoPixel. The system's adaptability, modularity, and collaboration-friendly framework enable diverse artistic expressions. This technical foundation allows for captivating audiovisual performances with synchronized light and sound, offering immersive experiences. The project's modular design allows for future enhancements such as sensors, interactivity, and improved connectivity, contributing to the intersection of engineering and arts. Click text to get into Github page.

Modular Based Customized Shape

Experience the freedom of expression with our modular-based customized shape design. Tailor your LED performance suit to your artistic vision, with easily interchangeable components that offer flexibility and adaptability. Embrace a dynamic canvas that mirrors your creativity and stands out in any performance setting.

Customoized 3D model for PCBs

To enhance show visualization and overall experience, all PCBs and 3D models are modular and tailored specifically for wearables.

Click her to go to GitHub page for PCB and PCB assembly files and goggle's 3D models.

Powered by 5V Powerbank

Convenience meets power with our 5V powerbank compatibility. Say goodbye to complex power setups and embrace a hassle-free experience. The LED performance suit is designed to be powered by a standard 5V powerbank, providing a portable and efficient solution that keeps your creativity flowing without interruption.

Open-source Communities

Our LED performance suit seamlessly integrates open-source technologies, including Arduino IDE, NODE ESP8266/32 microcontroller, and ArtnetWIFI. Benefit from the collaborative ethos of these platforms, empowering customization, ease of programming, and real-time data transmission. By leveraging these open-source communities, our project embraces a spirit of shared innovation, providing a foundation for creativity and flexibility in your wearable LED experience.

Demo video

MKII

Performing Example

Recorded at James Dolan Recording Studio at NYU