Keyestudio RPI JoyStick Shield for Raspberry Pi /CE certification

The Keyestudio RPI JoyStick Shield is an expansion board designed to add analogue joystick and button controls to your Raspberry Pi. Ideal for students, hobbyists, and makers in South Africa, this shield is perfect for building custom gaming consoles, controlling robots, or directing pan-tilt cameras. It comes complete with step-by-step guides and source code to get you up and running quickly.

Tactile thumb joystick control

The shield features a physical thumb joystick that provides two analogue inputs and one analogue output. This allows for precise, proportional directional control in gaming, robotics, and camera positioning projects.

Versatile button configurations

Alongside the joystick, the board hosts four large separate buttons and two smaller buttons. These tactile inputs can be mapped to custom actions, game controls, or system commands on your Raspberry Pi.

Integrated PCF8591 converter chip

Powered by a 5V supply voltage, the shield utilises the PCF8591 chip to handle analogue-to-digital conversion. This ensures reliable communication between the analogue joystick inputs and your Raspberry Pi's digital interface.

Comprehensive learning resources

To help you get started, a complete installation package, source code, and a quickstart guide PDF are provided. Beginners and educators can easily follow the step-by-step instructions and online wiki tutorial.

Built for custom projects

This shield opens up numerous possibilities for makers, from building DIY retro arcade cabinets to controlling mobile robotic platforms. Its compact form factor mounts directly onto the Raspberry Pi GPIO header.

Certified for safe operation

The board carries CE certification, ensuring it meets European safety and environmental standards. This makes it a reliable choice for classroom environments and home workshops alike.

Easy hardware integration

The shield is designed to plug directly onto your Raspberry Pi, requiring no complex wiring or soldering. This plug-and-play design makes it highly accessible for students and hobbyists starting out with physical computing.