Coding Arcade Kit

micro:bit Expansion Board

micro:bit Arcade Pro

A color display gamepad-style expansion board for micro:bit V2. Program custom games, control robots wirelessly, and connect jacdac sensors — all in one premium handheld device with a built-in rechargeable battery.

micro:bit V2 240×320 TFT Display MakeCode Arcade jacdac Built-in Battery Type-C Charging

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240×320

TFT Display

2.4"

Screen Size

102g

Net Weight

Product Introduction

Three Devices in One

The micro:bit Arcade Pro is a premium gamepad-style expansion board for micro:bit V2, combining a high-resolution TFT display, full button controls, jacdac connectivity, and a built-in rechargeable battery — built for coding, gaming, and robotics in the classroom.

🖥️

High-Resolution TFT Display

2.4-inch 240×320 pixel TFT LCD brings student-made games to life in crisp, full-color detail — sharper than any standard micro:bit output.

🔋

Built-in Rechargeable Battery

Integrated 3.7V lithium battery charges via Type-C in approximately 65 minutes — no AA batteries required, ready for extended classroom sessions.

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jacdac Sensor Expansion

Onboard jacdac interface lets students plug in external sensors for interactive experiments and intelligent control — expanding far beyond game programming.

Features

Everything You Need to Program, Play & Explore

Purpose-built for the next level of educational game programming — with better hardware, smarter connectivity, and deeper learning potential.

🖥️

240×320 TFT Color Display

A sharp 2.4-inch full-color TFT LCD renders student-created game graphics with vivid clarity — a major upgrade over standard micro:bit outputs.

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Full Gamepad Controls

4-way directional keys, A/B action buttons, plus reset, menu, and power buttons — a complete handheld gaming input layout for any project.

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MakeCode Arcade Compatible

Fully compatible with Microsoft MakeCode Arcade. Students program games online or offline using drag-and-drop block coding — no prior experience needed.

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Built-in Rechargeable Battery

3.7V lithium battery charges via Type-C (5V/1A) in just 65 minutes. No AA batteries — cleaner setup and ready for full classroom days.

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Robot Remote Control

Use as a wireless gamepad controller for micro:bit robot cars — combining physical computing, game design, and robotics in one device.

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jacdac Expansion Port

Built-in jacdac interface supports plug-and-play sensor modules for electronic experiments and intelligent interactions beyond game programming.

Basic Specifications

Technical Specifications

Hardware Specifications

Product Name	micro:bit Arcade Pro
SKU	EF08438
Dimensions	140mm × 82mm × 21mm
Weight	102g (with battery & case)
Display Type	TFT LCD Color Screen
Screen Resolution	240 × 320 pixels
Screen Size	2.4 inches
Battery	3.7V Lithium (min. 3.5V)
Charging	Type-C, 5V/1A, ~65 min
Interfaces	Type-C, micro:bit, jacdac
jacdac Power	4.2V supply, 1A max
Compatible With	micro:bit V2
Programming Platform	Microsoft MakeCode Arcade

Getting Started

Three Ways to Use It

The micro:bit Arcade Pro works as a handheld game console, a wireless robot controller, and a jacdac sensor hub — each with its own simple setup flow.

🎮

Game Programming Mode

Charge — plug in via Type-C until the indicator shows full (approx. 65 min).

Insert micro:bit V2 — slide it into the onboard connector.

Open MakeCode Arcade — go to arcade.makecode.com and create a new project.

Enable Experimental Hardware in platform settings, then download the .hex file to the MICROBIT drive.

Power on — press the power button and start playing your game on the color display.

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Robot Remote Control Mode

Prepare materials — 2× micro:bit V2, 1× Arcade Pro, 1× robot car (e.g. Cutebot).

Add extension libraries in MakeCode for both the controller and the robot receiver.

Program both ends — create a controller program for the Arcade Pro and a receiver program for the robot.

Flash and pair — download to both micro:bits, power on to establish radio communication.

Control — use the D-pad and A/B buttons on the Arcade Pro to drive the robot wirelessly.

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jacdac Sensor Mode

Connect a jacdac module — plug any compatible sensor into the jacdac port on the Arcade Pro.

Open MakeCode — the jacdac device is auto-detected and its extension is added automatically.

Program interactions — use sensor readings to trigger in-game events, display data, or control outputs.

Download and run — flash the program and experience sensor-driven gameplay or intelligent interactions live.

Classroom Applications

What Students Can Build

The micro:bit Arcade Pro opens up a broad range of creative and technical projects — from game design to robotics to physical computing.

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Custom Video Games

Design and program original games from scratch — custom sprites, scrolling levels, scoring systems, enemy AI, and win/loss conditions displayed in vivid color.

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Robot Remote Control

Use the Arcade Pro as a premium wireless joystick controller for robot cars, combining physical computing, game controller design, and real-time wireless communication.

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Sensor-Driven Experiments

Connect jacdac sensors to build interactive experiments — temperature-controlled games, motion-triggered events, and intelligent sensor feedback loops.

micro:bit Arcade Pro

Three Devices in One

Everything You Need to Program, Play & Explore

See It in Action

Technical Specifications

Package Contents

Three Ways to Use It

What Students Can Build

Bring the Next Level of Game Programming to Your Classroom