Lonely Binary Pack of 12 Dual Axis Joystick Modules – 2-Axis Analog with Pushbutton for Arduino, ESP32, Raspberry Pi, and DIY Projects

Master your DIY builds with the Lonely Binary 12-Pack Dual Axis Joystick Module. Designed for precision control and wide compatibility, each joystick uses two 5K potentiometers to detect X/Y directional movement and includes a pushbutton switch for added input functionality. With a self-centering, spring-loaded design and analog output (0–5V), these modules are ideal for robotics, camera panning, gaming controllers, or custom interactive electronics.

✅ Key Features & Benefits

• ✅ [Dual-Axis Precision] – Two 5K potentiometers track X and Y movements with analog output (0–1023 ADC), delivering smooth directional input.
• ✅ [Pushbutton Bonus] – Integrated pushbutton acts as a third digital input (SW pin), perfect for triggering extra actions or selections.
• ✅ [Broad Compatibility] – Fully compatible with Arduino, ESP32, Raspberry Pi Pico, and more. Works with both 3.3V and 5V systems.
• ✅ [12-Pack Value] – Bulk quantity ensures you have plenty of modules for classrooms, team projects, or spares for testing and repair.
• ✅ [Versatile Uses] – Ideal for robot control, gamepads, Processing animations, camera servos, and IoT devices requiring interactive control.

What’s in the Box:

• ✔ 12 × Dual Axis Joystick Modules (with Pushbutton)

Perfect For:

• Robotics control systems
• Camera panning or servo movement
• Custom game controller builds
• Arduino and ESP32-based interactive interfaces

Generic Keywords:

lonely binary joystick, dual axis analog joystick, pushbutton joystick module, arduino joystick control, esp32 analog joystick, raspberry pi joystick module, gamepad controller DIY, joystick with push switch

Special Features:

• Self-centering spring return
• 2-axis potentiometer control
• On-board pushbutton switch (momentary)
• Compatible with 3.3V and 5V logic levels

Take full control of your electronics – order your Lonely Binary 12-Pack Joystick Module today and make your next interactive project a success!