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15 in 1 Stem Educational Building Kit Programmable Ai Smart Home Inventor Dly Robotics Kit for Kids School Classroom

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Product Description

Basic Specifications
Model NO.: 181513
Mounting Type: DIY Kit
Type: Esp32
Application: Education
Warranty: 1 Year
HS Code: 90230090
Packaging & Delivery
Package Size: 26.00cm * 19.00cm * 11.00cm
Gross Weight: 2.500kg
Lead Time: 7-15 days based on quantity
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15 in 1 Intelligent Home Training Kit

The Intelligent Smart Home Training Kit is a comprehensive DIY system consisting of high-quality electronic modules and precision mechanical parts. By simulating real-world automated home scenarios through 15 interactive projects, students can observe and master the principles of modern home appliances.

This kit is a premier desktop metal DIY programming solution for STEAM education. As a rapid prototyping starter kit, it features simplified wiring for both input and output modules. Each module is compatible with standard libraries for quick deployment, supporting both graphic programming (MIT Scratch-based) and advanced Arduino coding.

Project Highlights
Smart Fan Parking Lot System Rainbow color lamp
Smart Fan: Uses ultrasonic sensors to detect presence and trigger automatic energy-saving operation.
Parking Lot: Features servo-controlled gates and LED segment displays for vehicle counting and remote entry.
Rainbow Lamp: Touch-sensitive RGB LED control for interactive lighting effects.
Weather Station Corridor Lamp Obedient Gate
Weather Station: Real-time temperature and humidity monitoring with digital display.
Corridor Lamp: Sound-activated lighting system simulating smart building efficiency.
Obedient Gate: Remote-controlled servo motor gate for security simulation.
Magical Musician Air Conditioner Coded Lock
Magical Musician: Distance-based air piano using ultrasonic detection to play different tones.
Air Conditioner: Integrated humidity/temp control with automated fan and atomizer response.
Coded Lock: IR sensor and password-based security system for human detection and access.
High-Performance Mainboard
ELF Mainboard

Our mainboard features a replaceable microchip design (supporting ATMEGA-328P, ESP32, etc.), tailored specifically for educational environments.

  • 1 Unified ports for motor drivers and sensors for ease of use.
  • 2 Modular architecture allows for flexible wiring.
  • 3 Full compatibility with various coding software and hardware ecosystems.
Technical Specification
ApplicationProgramming, Assemble, DIY
Input ModulesLight, Sound, IR, Touch, Ultrasonic, Temp/Humidity, Line-following, PIR, Flame, Gas, Moisture, Gesture, 4 LED Buttons
Output ModulesBuzzer, Red LED, Fan, 9g Servo, Segment Display, Water Atomizer, MP3 Module, TT Motor, Water Pump
Power Supply3-6V (3.7V Li-po battery compatibility)
Age Range8 to 13 Years, 14 Years & up
PackingDurable Plastic Storage Box
Detailed Component List
Quality & Engagement
Certifications Global Exhibition
Frequently Asked Questions
Q: When I turn on the kit, there is no response. Why?
A: 1. Low voltage: please recharge or replace batteries. 2. Polarities (+/-) are installed incorrectly. 3. Check for incorrect wiring on the battery holder or motor.
Q: The robot moves backward when I command it to move forward.
A: The motor wiring is reversed. Please reconnect the motor terminals in the opposite orientation to fix the direction.
Q: How do I program the kit or restore factory settings?
A: Download the compatible programming software, connect to PC via USB, and select the correct serial port. Use "Restore Firmware" to reset to factory programs or "Mobile Firmware" for APP control.
Q: Why won't the robot move with only a USB power supply?
A: USB power only supports the logic chips and sensors. To drive high-power components like motors or servos, you must connect external batteries and switch on the main power button.
Q: Why is the software not reading sensor values?
A: Please check your wiring and ensure that the sensors are connected to the exact same port that is defined in your programming script.
Q: Does the Line-following sensor have specific requirements?
A: Yes. Maintain a distance of 1-2cm from the map, avoid strong direct light interference, and ensure you use non-reflective materials for your custom maps.

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