ACEBOTT QD028 2-in-1 Football & Battle Car Robotics Kit for Kids (8+), ESP32 Programmable STEM Robot with App & Gamepad Control, DIY Coding & Engineering Learning Kit

The ACEBOTT QD028 2-in-1 Football & Battle Car Kit is an interactive STEM robotics kit designed to introduce learners to programming, electronics, and mechanical engineering through hands-on play.

Built on an ESP32 controller, this smart robot car can switch between football mode and battle mode, offering both competitive gameplay and educational exploration. It supports coding via Arduino IDE, Blockly, and ACECode, making it suitable for beginners and advanced learners.

Perfect for STEM education, classrooms, robotics clubs, and home learning environments, this kit encourages creativity, logical thinking, and problem-solving through engaging real-world applications.

Key Features:

2-in-1 Transformable Design

• Switch between Football Mode and Battle Mode for dual gameplay experiences in one robot kit.

STEM Educational Learning

Teaches core concepts of:

• Coding & programming
• Electronics fundamentals
• Robotics & mechanical systems

ESP32 Smart Controller

• Powered by a high-performance ESP32 microcontroller for stable control and expandability.

Multiple Control Options

Control the robot using:

• Mobile app
• Wireless gamepad controller

Coding Support

Compatible with:

• Arduino IDE
• Blockly programming
• ACECode platform

Modular Expandability

Supports additional modules such as:

• Lights
• Sensors
• Sound modules

Interactive Play Modes

Tabletop football challenges
Robot battle competitions

Ideal For

• Ages 8+
• STEM classrooms
• Robotics workshops
• Home learning & DIY tech projects

What’s in the Box

ESP32-based robot car kit

• Mechanical assembly parts
• Control module
• Accessories for transformation modes
• User manual & coding guide

Why Choose This Kit?

The QD028 is more than a toy—it’s a learning platform disguised as a game, helping students build real-world engineering and coding skills while having fun through competition-based robotics.