The Raspberry extended kit with Raspberry Pi Pico 2 and enclosure — Raspberry provides a compact microcontroller platform together with a protective housing for mounting and transport. The kit centers on the Raspberry Pi Pico 2 microcontroller board, offering GPIO access for connecting sensors, actuators and expansion modules. The included enclosure is designed to protect the board while allowing access to ports and pin headers, making the set suitable for prototyping, education and small embedded projects that require a reliable, pocket-sized MCU with a fitted case.
Advantages
This extended kit combines a Raspberry Pi Pico 2 microcontroller with a purpose-made enclosure to simplify building and deploying projects. The Pico 2 delivers low-power operation, multiple GPIO pins for digital and analog connections, and compatibility with common development workflows. The enclosure protects the board from dust and mechanical damage while keeping connectors accessible, which helps during testing, transport and classroom use.
Suitable for
- Electronics prototyping and proof-of-concept development
- Educational projects and learning microcontroller programming
- Hobbyist embedded applications, sensor and actuator control
- Portable or mounted installations requiring a compact MCU in a case
Key specifications
- Microcontroller: Raspberry Pi Pico 2 board (ARM-based MCU)
- GPIO access: multiple digital and analog-capable pins for sensors and actuators
- Connectivity: standard board interfaces for USB power/programming and peripheral connections
- Form factor: compact development board size suitable for breadboards and small enclosures
- Enclosure: protective box designed to fit the board while providing access to connectors and header pins
How to use
Install the Raspberry Pi Pico 2 into the enclosure according to the included alignment points so that USB and header access remain unobstructed. Connect power and program the board via USB using a compatible development environment and toolchain. Attach sensors, actuators or expansion modules to the exposed GPIO pins or use jumper wires to connect through the enclosure openings. During development, keep the enclosure accessible for pin changes and debugging; once the project is finalized, close the case to protect the board in transport or permanent installation.
Usage recommendations
Use a regulated 5V USB power source for stable operation, avoid exposing the enclosure to moisture, and secure wiring to prevent strain on header pins. For classroom or prototype use, consider adding header extensions or a small prototyping board inside the enclosure to simplify wiring and make iterations faster.
