ACEBOTT QE207 Arduino UNO R4 Learning Kit(Without R4 Board)

Specifications

• Product Model: ACEBOTT QE207
• Recommended Age: 10+ Years
• Total Component Count: 120+ electronic components, including modules, sensors, actuators, and passive components
  
• Included Curriculum: 43+ structured STEM and IoT learning projects
  
• Supported Programming Environments: Arduino IDE (C/C++), ACECode (Scratch-based Blockly)
  
• Compatible Development Board: Arduino UNO R4 Wi-Fi
• Programming Software: Arduino IDE and ACECode

Safety Warnings

• Adult Supervision: Recommended for children aged 10 years and above. Younger users should work under adult supervision.
  
• Electrical Safety: Always disconnect the power supply before assembling, modifying, or changing circuit connections.
  
• Voltage Compatibility: Check the operating voltage of each sensor and module before connecting it to the Arduino board.
  
• Short-Circuit Protection: Avoid connecting VCC and GND directly, as incorrect wiring can damage electronic components.
  
• Motor Safety: Use appropriate motor drivers and external power supplies where required. Do not overload the Arduino board's power pins.

Accessories Included in the Box:

• 1× 5V Relay Module, 1× Ultrasonic Sensor Module, 1× RC522 RFID Module
• 1× 1602 LCD Display Module, 1× DHT11 Temperature and Humidity Sensor Module, 1× GY-521 (MPU6050) Module
• 1× Joystick Module, 1× Sound Sensor Module, 1× PIR Motion Sensor Module, 1× Photoresistor (Light Sensor)
• 1× IR Receiver Module, 1× IR Remote Controller, 1× Thermistor, 1× Tilt Switch
• 1× Active Buzzer, 1× Passive Buzzer, 1× Potentiometer, 1× 74HC595 Shift Register
• 1× 7-Segment Display, 1× 4-Digit 7-Segment Display
• 1× SG90 9G Servo Motor, 1× DC Motor, 1× DC Motor Driver, 1× Fan
• 1× 400-Point Solderless Breadboard (2 pcs)
• 1× 6×AA Battery Holder
• 20× Female-to-Male Dupont Jumper Wires, 65× Male-to-Male Breadboard Jumper Wires
• 5× White LEDs, 5× Red LEDs, 5× Blue LEDs, 5× Green LEDs, 5× Yellow LEDs, 1× RGB LED
• 7× Push Buttons, 60× Assorted Resistors (1kΩ, 10kΩ, 220Ω)
• 2× S8050 Transistors
• 1× USB Cable (1 metre)

Frequently Asked Questions

• Does the ACEBOTT QE207 kit include the Arduino UNO R4 Wi-Fi motherboard?
  No. The QE207 is supplied without the Arduino UNO R4 Wi-Fi motherboard. You must purchase the motherboard separately to build and run the electronic projects.
• Why should I buy this kit if the Arduino motherboard is not included?
  The kit provides 120+ electronic components and learning materials for building different projects. Instead of purchasing sensors, motors, displays, and other electronic components individually, you get a collection designed for structured Arduino learning.
• Is the ACEBOTT QE207 suitable for beginners?
  Yes. It is designed for learners aged 10 years and above. Beginners can start with basic LED circuits, buttons, and sensor experiments before progressing to motor control, automation, and IoT projects.
• Which Arduino board is compatible with this kit?
  The primary compatible board is the Arduino UNO R4 Wi-Fi. The motherboard is not included and must be purchased separately.
• Can I use an Arduino UNO R3 instead of the UNO R4 Wi-Fi?
  Many basic electronic components and Arduino projects can work with the UNO R3 because it shares the familiar UNO pin layout. However, QE207's R4-specific lessons and features may require the UNO R4 Wi-Fi. Check the individual project instructions and libraries before substituting the board.
• Can I connect multiple sensors to the Arduino simultaneously?
  Yes. Multiple sensors can be connected using different digital and analog pins or shared communication buses such as I2C. However, you must manage pin assignments, power requirements, and communication addresses correctly.
• Can I program the sensors and motors using Arduino IDE?
  Yes. You can write C/C++ programs in Arduino IDE to read sensor values, control motors, operate displays, and build automation projects.
• Can I control the servo motor using code?
  Yes. A compatible servo motor can be controlled by sending angle commands through an Arduino program. For example, you can program it to rotate to 0°, 90°, or 180°.
• Can I program the ultrasonic sensor to detect obstacles?
  Yes. You can write a program that measures the distance between the sensor and an object. You can then use conditions to trigger an LED, buzzer, or motor when an obstacle is detected.
• Can I use block-based programming instead of writing code?
  Yes. ACECode allows you to create programs using visual programming blocks. You can arrange blocks for sensor readings, conditions, loops, and output controls without manually writing C/C++ code.
• Can I modify the example programs and create my own projects?
  Yes. You can modify existing programs, change sensor thresholds, adjust motor behaviour, add conditions, and combine multiple modules to develop your own projects.