ACEBOTT Wireless Controller for Robot Car Kit

The ACEBOTT Wireless Controller for Robot Car Kit is a Bluetooth-enabled expansion pack designed to enhance ESP32-based robotics projects, particularly those in ACEBOTT’s Explorer Series like the QD001 Smart Car. This controller provides a gamepad-style interface, making robot control more intuitive and engaging, especially for educational and STEM-focused applications.

🎮 Key Features

• Seamless ESP32 Integration: Utilizes the ESP32’s built-in Bluetooth MAC address for direct 2.4GHz wireless pairing, eliminating the need for additional dongles or modules.

• Dual Joystick & Multifunctional Buttons: Equipped with two 360° joysticks and multiple buttons, allowing for precise and versatile control of robotic movements.

• Rechargeable Battery: Features a built-in lithium battery, ensuring extended usage without frequent replacements.

• Educational Programming Support: Compatible with block-based programming platforms like ACECode, as well as Arduino and Python, catering to various learning levels.

• USB Connectivity: Can connect via USB to ACECode, facilitating easy control of Scratch Stage characters and enhancing coding education.

🧩 Compatibility & Expansion

This controller is designed to work seamlessly with ACEBOTT’s QD001 Smart Car Kit and supports multiple expansion packs, including:

• Robotic Arm Modules: Add mechanical arms for tasks like object manipulation.

• Camera Modules: Integrate vision capabilities for advanced projects.

• Solar Panels: Incorporate renewable energy sources into your robotics projects.

These expansions allow for a customizable and scalable robotics experience, fostering creativity and deeper learning.

📦 What’s Included

• ACEBOTT Wireless Bluetooth Controller

• USB Charging Cable

• Comprehensive User Manual with Setup Instructions

• Access to Online Tutorials and Sample Codes

📚 Educational Benefits

The ACEBOTT Wireless Controller is an excellent tool for:

• STEM Education: Provides hands-on experience in programming, electronics, and robotics.

• Skill Development: Enhances problem-solving, critical thinking, and technical skills.

• Engaging Learning: Transforms abstract coding concepts into interactive and tangible experiences.