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  • Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino
  • Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino
  • Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino
  • Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino
  • Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino
  • Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino
Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino

Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino

$36.80-$39.99/ Set|2 Set/Sets(Min. Order)

Customization:

Customized packaging(Min.Order: 100 pieces)
Customized logo(Min.Order: 100 pieces)
Graphic customization(Min.Order: 100 pieces)

Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • IoT Education Platform: Teaches IoT principles through hands-on projects like motion-activated lighting, climate control, and security monitoring using ESP32/Arduino compatibility.
  • Smart Home Automation: Enables programming of sensors/actuators for automated functions such as light control, temperature regulation, and real-time environmental monitoring.

Key features

  • 1. Durable Wooden Structure for Aesthetic and Functional Base

  • With a sturdy wooden house model, you can build a visually appealing and robust foundation for IoT projects. *The wooden design ensures durability while offering an engaging educational platform.

  • 2. App-Based Programming and DIY Assembly for Customization

  • With intuitive app control and DIY assembly features, you can easily program sensors and actuators to create personalized smart home scenarios. *This interactive design allows 20% faster setup than non-modular kits.

  • 3. ESP32 & Arduino Compatibility for Advanced Performance

  • With support for ESP32 and Arduino, you can develop high-performance IoT projects with real-time sensor feedback and rapid prototyping. *ESP32’s capabilities enable faster processing than older microcontroller platforms.

  • 4. Modular Design for Versatile Scenario Solutions

  • With a modular structure, you can adapt the kit to diverse use cases, such as motion-activated lighting or temperature control, for both educational and real-world applications. *The modular approach allows 30% faster project configuration than traditional kits.

  • 5. Certified for Safety and Environmental Compliance

  • With certifications including CE, UKCA, PSE, and RoHS, you can ensure safety and sustainability in educational and home environments. *Certifications meet global standards for consumer electronics and eco-friendly practices.

Product details

Robotlinking ESP32 IoT Control Smart Home Starter Kit Automation Projects Wooden House STEM Learning Kit DIY for Arduino

The ACEBOTT Robotlinking ESP32 IoT Control Smart Home Starter Kit combines a sturdy wooden house structure with advanced IoT technology, offering a hands-on STEM learning experience. Designed for Arduino and ESP32 compatibility, it empowers users to build customizable smart home automation projects through DIY assembly and app-based programming. Certified for global safety standards (CE, UKCA, PSE, RoHS), this kit bridges educational innovation with practical IoT applications.

Technical specifications

FeatureSpecificationBenefit
CertificationsCE, UKCA, PSE, RoHSEnsures safety and compliance worldwide
Processing PowerDual-core ESP32 (240MHz)Supports complex IoT automation tasks
Structure MaterialPremium plywood with modular designDurable base for customizable layouts
ConnectivityWi-Fi, Bluetooth 5.0Seamless integration with smart devices
Sensors/ActuatorsMotion, light, temperature, relayEnables real-time environmental control
App ControlCompatible with iOS/AndroidUser-friendly programming interface

Customization guide

Adjustable parameters for special needs:

  • Modular Components: Swap sensors/actuators to tailor projects (e.g., replace light sensors with humidity sensors for greenhouse setups).
  • Wooden Layout: Customize room configurations to match specific automation scenarios (e.g., smart office vs. home security).
  • Code Flexibility: Leverage Arduino/ESP32 compatibility to expand functionality with third-party libraries.

Get inspired

Transform your wooden house into a smart ecosystem! With pre-installed sensors and open-source coding, you can program motion-activated lights, temperature-controlled climates, or automated security systems. Perfect for STEM classrooms, DIY hobbyists, or tech enthusiasts exploring IoT fundamentals.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing PowerESP32 (240MHz)ESP32-S3 (320MHz)*ESP32-C6 (400MHz)**
Sensors Included3 (motion, light, temp)5 (+humidity, relay)8 (+gas, pressure)
ConnectivityWi-FiWi-Fi + BluetoothWi-Fi 6 + BLE 5.3
CertificationsCE, RoHSCE, UKCA, RoHSCE, PSE, RoHS, FCC

Supplier's note

  1. Technical Breakthroughs:

    • Modular Design: Allows infinite configuration possibilities, ideal for both beginners and advanced users.
    • ESP32 Compatibility: Delivers 2x faster data processing than traditional Arduino boards, enabling real-time IoT responses.
    • Global Certifications: Meets stringent safety standards, ensuring reliability in educational and professional settings.
  2. Optimal Version Selection:

    • Base Model: Best for educators and hobbyists needing a cost-effective starter kit. Its 3 sensors suffice for foundational projects like light automation.
    • Advanced Model: Targets tech enthusiasts requiring Bluetooth integration for mobile device pairing and expanded sensor capabilities (e.g., humidity monitoring for indoor gardens).
    • Pro Model: Ideal for professionals or advanced makers. Its Wi-Fi 6 and 8 sensors enable industrial-grade automation (e.g., smart office setups with gas detection). With certifications like FCC, it’s suited for commercial deployments.

*+33% faster processing vs. Base Model. **+66% more sensors than Base Model.

Frequently asked questions

  • Which smart home starter kit is best for beginners learning IoT with Arduino/ESP32?

  • How do I maintain the sensors in a wooden smart home STEM kit?

  • Wooden vs. plastic smart home kits: Which is better for STEM education?

  • Can I customize the ACEBOTT IoT kit for advanced automation projects?

  • Is the ACEBOTT IoT kit certified for safe educational use?

  • Which smart home kit teaches both coding and hardware assembly?

  • Does the wooden smart home kit support Arduino and ESP32 simultaneously?

  • How easy is it to assemble the wooden IoT starter kit?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material & BuildEducational workshops, DIY projectsWooden frame (6mm thickness, ASTM C204 compliant) vs plastic alternativesOur Advanced: Sturdier build (wood) for long-term use (reduces warping)Heavier than plastic kits (may require more storage space)
Microcontroller TypeArduino/ESP32 developersDual-core ESP32 (240 MHz) ▲ Base: Single-core Arduino (16 MHz)High-speed processing for complex IoT projects (e.g., real-time data logging)Requires intermediate coding skills for full utilization
CertificationsGlobal market complianceCE, UKCA, PSE, RoHS-certified (safety & environmental standards)Meets international safety norms (e.g., RoHS restricts hazardous materials)No FCC certification (limits US market compatibility)
Modular ExpandabilityCustomization for advanced users12 pre-installed modules ▲ Advanced: 20+ slots for external sensors (I2C/SPI)Our Advanced: Supports 30+ third-party modules (e.g., voice recognition)Base version lacks slots for advanced expansions (e.g., GPS)
App-Based ControlRemote monitoring setupsMobile app with drag-and-drop programming (Blockly interface)No coding needed for basic automation (e.g., light control via motion sensors)Advanced features require manual coding in Arduino IDE
Sensor VarietyEnvironmental monitoring projects8 sensors (motion, temp/humidity, light) ▲ Advanced: +3 (sound, gas, pressure)Our Advanced: Detects air quality and noise pollution (ideal for smart cities)Base lacks gas/pressure sensors (limited to basic environmental monitoring)

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