ACEBOTT QE028 SharkBot Smart Car Kit - ESP32 STEM Robotics Platform

Specifications

• Controller Board: ESP32 with dual-core processing and wireless connectivity

• Programming Support: Arduino IDE (C++) and ACECode (Block-based programming)

• Main Sensors: Ultrasonic distance sensor, Infrared line-tracking modules

• Drive System: Multi-motor drive with high-traction rubberized wheels

• Chassis Material: Durable, precision-cut black acrylic with "Shark" aesthetic

• Connectivity: Wi-Fi and Bluetooth BLE

Key Applications and Projects

• Classroom STEM Instruction: Using block-based coding to teach students basic logic and movement sequences.

• Obstacle Avoidance Challenges: Programming the ESP32 to navigate through complex mazes using the ultrasonic sensors.

• IoT Integration: Utilizing the ESP32's Wi-Fi to create a web-based dashboard for controlling the SharkBot remotely.

Unlock New Capabilities (Project Evolution)

• Programming Upgrade: Transition from simple block coding to professional Arduino C++ to unlock the full processing potential of the ESP32 chip.

• Autonomous Evolution: Implement PID control logic for smoother line tracking and more natural movement behaviors.

Downloads: 

• Tutorial
• ACECode and Start Programming

Package Includes:

• 1 x ESP32 Main Control Board

• 1 x Ultrasonic Distance Sensor Module

• 1 x Precision-Cut Shark Design Chassis Set

• 2 x High-Traction Drive Wheels

• 1 x Full Assembly Hardware Kit (Screws & Pillars)

FREQUENTLY ASKED QUESTIONS (FAQ)

1. Is this kit suitable for absolute beginners? Yes, it supports ACECode block-based programming, which is perfect for students with no prior coding experience.

2. What batteries does it require? It typically uses standard rechargeable lithium batteries (check your specific regional manual for exact cell type).

3. Can I control it with my phone? Yes, the integrated ESP32 supports Bluetooth and Wi-Fi for mobile app control.

4. Does it come with a printed manual? Yes, a detailed assembly guide is included to help you build the robot step-by-step.

5. Is it compatible with Arduino? Absolutely; you can use the Arduino IDE to program advanced C++ code into the ESP32 board.

6. What is ACECode? It is a simplified, block-based programming environment similar to Scratch, designed specifically for ACEBOTT hardware.

7. How does the obstacle avoidance work? The front ultrasonic sensor emits sound waves and calculates distance to prevent the robot from hitting walls or furniture.

8. Can it follow a black line? Yes, the kit includes line-tracking sensors that allow it to stay on a designated path.

9. What is the main material of the car? It is made of high-quality, lightweight black acrylic for durability and speed.

10. Is soldering required? Most ACEBOTT kits feature plug-and-play connectors, so no complex soldering is typically needed.

11. Can I add more sensors? Yes, the ESP32 board has expansion pins for adding extra modules like cameras or light sensors.

12. Is it suitable for 10-year-olds? Yes, with some adult supervision during the initial assembly, it is an excellent tool for that age group.

13. How fast can it go? Speed varies based on programming, but it is optimized for controlled movements in educational environments.

14. Does the ESP32 have Wi-Fi? Yes, the ESP32 chip includes built-in Wi-Fi and Bluetooth capabilities.

15. Are the wheels rubberized? Yes, they feature high-traction rubber tires for better grip on smooth floors.

16. Is it open-source? The ESP32 and Arduino ecosystems are open-source, allowing for massive community support and thousands of project ideas.

17. What makes it a "SharkBot"? The chassis is specifically shaped like a shark to make robotics more engaging and fun for students.

18. Can it be used for competition? Its high speed and precise sensors make it a great candidate for school-level line-following or maze-solving competitions.

19. Does it include a remote? It often supports infrared (IR) remote control, though many users prefer the Bluetooth smartphone app.

20. Is it educational? Yes, it is explicitly designed for STEM classroom and home education.