Gamepad module for micro:bit, Joystick and Buttons

Ergonomic Wireless Controller Module: Transforms your BBC micro:bit into a handheld gaming controller or remote control console for wireless STEM projects.

Analog Dual-Axis Joystick: Features a high-precision analog joystick (X/Y-axis) for smooth 360° directional input and fine motor control.

Programmable Action & Function Buttons: Equipped with 4 colorful action buttons (A, B, C, D), 2 side shoulder/trigger buttons, and 1 system button for custom controls and menu navigation.

Onboard Power & Battery Management: Powered by an onboard 14500 Li-ion battery holder with built-in battery charging circuitry, voltage regulation, and an LED charging indicator.

Haptic Feedback & Sound Output: Integrates an onboard vibration motor for tactile feedback alongside a mini buzzer for multi-tone audio sound effects.

Module Construction: Built on a durable multi-layer FR-4 glass epoxy printed circuit board shaped in an ergonomic handheld gamepad layout.

Power Supply & Operating Voltage: Operates logic and motor circuits on 3.3V DC powered via an onboard 14500 battery or USB charging interface.

Handling Precautions: Hold carefully by the outer PCB handles. Observe polarity markings when inserting the 14500 battery to avoid reverse-voltage circuit damage.

Environmental Limits: Operating temperature range spans 0°C to +70°C. Keep protected from static discharge, conductive metal dust, and liquid moisture.

The Ultimate Wireless Gamepad Hub: Position as a fun, interactive controller board for students building custom retro games, arcade emulators, or wireless robot drivers.

Eliminates Tethered Cables: Highlight the integrated 14500 battery charger and compact form factor that gives makers full freedom of movement while steering remote hardware.

Recommended Cross-Sell Add-ons: Pair with BBC micro:bit V2 Boards, 14500 Rechargeable Li-ion Batteries, Smart Robot Car Kits, and Micro-USB Cables.

Versatile Remote Controller Base: Great choice for controlling mobile robot rovers, pan-tilt camera mounts, mini drones, and interactive smart home IoT nodes over micro:bit 2.4GHz radio.