Project Goal

The goal of this project is to create an easy-to-make spectroscope that can be used for educational and research purposes. With RainbowPi, you can study the spectra of various light sources, such as sunlight, LEDs, and incandescent bulbs.

Key Features

• Affordability: Uses cheap and readily available components.
• Ease of Assembly: The project includes detailed assembly instructions.
• Versatility: Can be used with various light sources.
• Future Plans: Includes a 3D-printed version and design improvements.

Problems Addressed by the Project

RainbowPi provides a way to create spectroscopes without the need for expensive and complex equipment. This makes spectroscopy accessible to students, educators, and electronics hobbyists.

Achievements and Milestones

• Developed a working prototype based on the Raspberry Pi Zero and camera module.
• Created a laser-cut acrylic mount and basic assembly of the device.
• Planned a 3D-printed version to simplify assembly.

Plans and Next Steps

• Improve the design and create a 3D-printed version of the spectroscope.
• Develop image processing algorithms to enhance the quality of the spectra.
• Add more detailed assembly and setup instructions.
• Explore potential educational applications and create learning materials.

Usage of Results

The project results can be used for educational purposes, scientific experiments, and amateur research. RainbowPi offers an accessible way to study the basics of spectroscopy and explore light spectra in various conditions.