Discover Humanoid Robotics and Balance Control
The ACEBOTT QD021 Bionic Biped Robot Kit challenges young engineers aged 12+ to explore the complexities of two-legged walking robots. This kit introduces essential concepts of balance, centre of gravity, and humanoid movement—core principles in advanced robotics.
Key Educational Features
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Twelve Pre-Programmed Actions: Includes walking, kicking, tilting, stamping, object following, and obstacle avoidance, demonstrating balanced bipedal motion.
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Four-Directional Movement: Walks forwards, backwards, turns left and right whilst maintaining stability—a significant engineering challenge that teaches real-world robotics principles.
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Interactive Sensors: Equipped with ultrasonic sensors for autonomous navigation and object detection, introducing artificial intelligence concepts.
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Customisable Personality: Six interchangeable face masks (including Monkey King, Santa Claus, and others) allow children to personalise their robot and express creativity.
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Multiple Programming Platforms: Supports Arduino IDE, ACECode (block-based), and Python for progressive skill development from beginner to advanced.
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Quality Components: Features durable MG90 metal servos and ESP32 controller with built-in charge/discharge protection for safety and reliability.
What's Included
- ESP32 Max 3.0 controller board (WiFi + Bluetooth)
- MG90 metal gear servo motors
- Ultrasonic sensor for obstacle detection
- Six customisable face masks for personalisation
- Complete structural components and assembly hardware
- Eight-lesson tutorial guide with step-by-step instructions
- Power cable and charging accessories
Learning Outcomes
Children working with this kit will gain:
- Understanding of balance and centre of gravity in robotics
- Servo motor coordination for complex, fluid movements
- Sensor integration for autonomous behaviour
- Sequential programming and logical thinking
- Problem-solving through iterative design and testing
- Confidence in tackling advanced engineering challenges
Technical Specifications
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Recommended Age: 12+ years
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Skill Level: Intermediate to advanced
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Assembly Time: Approximately 2-3 hours
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Programming Languages: Arduino, ACECode (Scratch-based), Python
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Controller: ESP32 Max 3.0 with WiFi and Bluetooth
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Power: Requires 18650 rechargeable battery (not included)
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Certifications: CE, FCC, ROHS, UKCA, PSE
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Tutorials: 8 detailed lessons
An excellent choice for children ready to progress from wheeled robots to humanoid bipedal systems.
