Unlock seamless wireless control with the ACEBOTT Micro:bit Handle Kit—a stylish, ergonomic controller designed specifically for Micro:bit-based robotic kits. Part of ACEBOTT’s Explorer Series, the Handle Kit transforms learning into interactive play by combining joystick movement, responsive buttons, and immersive haptic feedback into one compact, acrylic device. Perfect for classrooms, STEM clubs, or at-home tinkering.

Technical Specifications

What You Get

• 1 × Micro:bit-compatible joystick handle with acrylic casing

• 4 × Tactile control buttons (A/B + custom buttons)

• 1 × Built-in vibration motor for haptic feedback

• User-friendly slot and screw mounting design

• 8-lesson MakeCode Curriculum (downloadable PDF & online)

• Quick-start guide and wiring diagram

Note: Micro:bit V2 and robot kit sold separately

Ideal Use Cases

• Seamlessly control Micro:bit smart cars, robot arms, drones, or wheeled kits

• Learn wireless programming through interactive joystick/button inputs

• Engage in STEM classes with a fun, game-like controller

• Integrates with ACEBOTT’s Micro:bit-compatible kits (e.g. TinkerBott car)

Why It Stands Out

• Ergonomic Design: Comfortable grip and intuitive layout for hours of fun

• All-in-One Controller: No cables or extra modules—just plug-in and play

• Haptic Feedback: Vibration enhances gameplay and coding interaction

• Guided Learning: Structured MakeCode lessons make programming accessible

• Modular Compatibility: Works with a wide range of Micro:bit STEM kits

Quick Start with the Handle Kit

1. Insert your Micro:bit V2 into the Handle housing

2. Pair it wirelessly to the target kit (e.g. robot car) via radio

3. Load a sample MakeCode program (joystick + haptics)

4. Begin hands-on coding: navigate, avoid obstacles, trigger feedback

5. Explore advanced lessons: button macros, multi-device interaction

This compact controller bridges the gap between programming and play—making STEM skills engaging and intuitive. Perfect for educators leading robotics labs or makers building custom remote-controlled projects.