In the fast-paced world of portable electronics, a new project, Pilet, has captured the attention of tech enthusiasts and makers alike. Based on the newly released Raspberry Pi 5, this modular mini-computer is designed for versatility and portability. With a 7-hour battery life and support for a wide range of modules, it’s still in development but promises an exciting launch soon.
Modularity at Its Core
A standout feature of this project is its modular design, which allows users to customize the device to meet their specific needs. The initial prototype includes a repurposed Rii keyboard integrated with a trackball and rotary encoder, offering a highly functional and compact interface. While the prototype currently uses Bluetooth, the developers plan to introduce custom-designed components for a more streamlined experience. It supports various peripherals, including keyboards and gamepads, making it suitable for tasks ranging from productivity to gaming.
The prototype was 3D-printed, showcasing the potential for accessible and customizable hardware. The developers have announced plans for mass production but will also release the 3D printing files for those who want to build their own version.
Hardware Specifications
At the core of the device is the Raspberry Pi 5, delivering improved performance over previous iterations. Its modular setup allows users to swap out different components, such as displays, keyboards, and input devices, to suit individual preferences.
The current version features a 7-inch BTT PiTFT display, providing a sharp and responsive touchscreen interface. The team is exploring additional display options to enhance the user experience further. Whether for coding, creative work, or entertainment, this adaptable system ensures that a wide variety of needs can be met.
This Pilet mini-computer isn’t just another device; it embodies the spirit of open-source development. From modular hardware to 3D-printable designs, the project emphasizes accessibility and customization. The team behind it is committed to providing extensive documentation, allowing users to modify and improve upon the design. This approach ensures the device remains a community-driven project with the potential to become a popular choice for tech enthusiasts seeking a portable and customizable computing solution.
