



Little Bird Breakout Nest for Raspberry Pi
A Raspberry Pi breakout board designed for quick and easy connection to external circuitry. The Breakout Nest gives you convenient access to all GPIO pins and the I2C interface, making prototyping and connecting sensors straightforward.
Features a 40-pin header for full GPIO access plus 6 egg sockets for easy clip-on connections without soldering.
Key Features
- Full GPIO Access – 40-pin header breaks out all Raspberry Pi pins
- I2C Interface – Easy access to I2C connections
- 6 Egg Sockets – Clip-on connections for quick prototyping
- HAT Form Factor – Mounts directly on Raspberry Pi
- 3.3V Compatible – Designed for Raspberry Pi logic levels
Specifications
- Input Voltage: 3.3V
- Interfaces: GPIO, I2C
- Header: 40-pin
- Egg Sockets: 6
- Dimensions: 65 × 58 × 26mm
Ideal For
- Raspberry Pi prototyping
- Connecting external sensors
- Educational projects
- Quick circuit testing
Package Contents
- 1× Little Bird Breakout Nest for Raspberry Pi
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
A Raspberry Pi breakout board designed for quick and easy connection to external circuitry. The Breakout Nest gives you convenient access to all GPIO pins and the I2C interface, making prototyping and connecting sensors straightforward.
Features a 40-pin header for full GPIO access plus 6 egg sockets for easy clip-on connections without soldering.
Key Features
- Full GPIO Access – 40-pin header breaks out all Raspberry Pi pins
- I2C Interface – Easy access to I2C connections
- 6 Egg Sockets – Clip-on connections for quick prototyping
- HAT Form Factor – Mounts directly on Raspberry Pi
- 3.3V Compatible – Designed for Raspberry Pi logic levels
Specifications
- Input Voltage: 3.3V
- Interfaces: GPIO, I2C
- Header: 40-pin
- Egg Sockets: 6
- Dimensions: 65 × 58 × 26mm
Ideal For
- Raspberry Pi prototyping
- Connecting external sensors
- Educational projects
- Quick circuit testing
Package Contents
- 1× Little Bird Breakout Nest for Raspberry Pi




















