Best ESP32 Smart Home and Farm Kits with Physical Models
The best ESP32 smart home educational kits with physical models. Perfect for learning about smart home, farming, and STEM education. Affordable and versatile options.
When starting with smart home and IoT projects, it can be a bit overwhelming having lots of wires hanging around, which looks like a mess. But the combination of pre-cut physical models and an ESP32 makes for an unbeatable learning experience. Kits that include pre-cut wooden or acrylic models don’t just give you the sensors, they provide the structure you need to build real, working prototypes.
What makes these kits especially compelling is their value. If you are just getting started and tried to purchase an ESP32 board and a similar selection of sensors individually — like PIR motion detectors, temperature and humidity monitors, and RFID modules — you’d end up spending almost as much as the cost of one of these kits. And that’s before factoring in the extras like pre-designed models, assembly tools, and organized cables. These kits offer everything in one place at nearly the same cost, saving you both time researching what to buy and money.
Instead of fumbling with loose components, you get pre-designed wooden or acrylic pieces that bring your project to life. They’re perfect for creating smart home prototypes, from a motion-activated fan to a touch-sensitive light system. Models make it easier to visualize how everything connects and allow you to focus on experimenting and learning, rather than just figuring out assembly.
Quick List #
- Best Overall: KEYESTUDIO KS0567
- Runner-Up: KEYESTUDIO KS5009
- Best Mid-Grade: ACEBOTT QE001
- Other Reviewed Kits:
Key Features to Look for in Smart Home Educational Kits #
A great educational kit isn’t just about the number of sensors or an ESP32 board. It’s about having the right combination of tools, components, and assembly aids that simplify learning and make your projects come to life. These kits should allow you to build real, working prototypes that mimic the functionality of smart devices found in actual homes.
One of the most significant advantages of using educational kits is that they bundle everything you need in one package. This eliminates the hassle of sourcing individual parts, worrying about compatibility, or overspending on tools and sensors. A well-designed kit will give you all the essentials.
Core Components #
At the heart of any smart home IoT project are the core components, which determine how functional and versatile your kit will be:
- ESP32 Microcontroller: The brain and processing power of your project
- Variety of Sensors: Sensors are the input for your system, allowing it to detect and respond to changes in the environment. Key sensors to look for include:
- PIR Motion Sensors: Detect movement for security or automated lighting systems.
- DHT11 Temperature and Humidity Sensors: Monitor environmental conditions for smart thermostats or air quality systems.
- Gas Sensors: For example the MQ Series. Detect hazardous gases for safety-focused projects.
- Light Sensors: For systems that respond to ambient light changes.
- Raindrop Sensors: For outdoor systems that respond to weather condition changes.
- Actuators and Modules: These are the output devices that make your project interactive, such as:
- Servos: For movement in systems like automated blinds or robotic arms.
- LCD Displays: For visual feedback, such as showing temperature, humidity, or RFID authentication status.
- RFID Modules: Ideal for smart locks and secure access systems.
- Relays: To control high-power devices like lights or motors.
Physical Models #
What sets great IoT kits apart are the physical models, often made from wooden or acrylic components. These models turn your project into a structured and functional prototype:
- Provide Structure: Rather than a jumble of wires and sensors, these models allow you to create real-world prototypes
- Ease of Assembly: Kits that include pre-cut models, screws, nuts, and tools make it simple for anyone to build.
By focusing on these features, you can ensure that your kit provides the right balance of functionality, affordability, and hands-on engagement.
Top ESP32 Smart Home Educational Kits #
When it comes to ESP32 educational kits with physical models, ACEBOTT and Keyestudio stand out as the most popular and widely recognized brands. These kits combine the powerful ESP32 microcontroller with an impressive variety of sensors, actuators, and pre-designed wooden or acrylic models, making them perfect for hands-on IoT learning. Both brands are chinese companies, but nevertheless they provide quality kits for an affordable price.
To identify the top ESP32 smart home educational kits, we conducted hands-on testing with a variety of kits from ACEBOTT and Keyestudio. Each kit was evaluated on several key criteria, including:
- Ease of Assembly: We tested the pre-cut wooden and acrylic models to see how straightforward they were to assemble using the provided tools and instructions.
- Sensor and Module Integration: Each kit was assessed for the variety and functionality of its included sensors and modules, such as PIR motion detectors, RGB LED strips, and water pumps.
- Project Variety: We evaluated how versatile each kit was in supporting a range of projects, from smart home prototypes to farming automation systems.
- Value for Money: We compared the cost of the kits to the quality and number of components provided, ensuring they delivered strong value compared to purchasing parts individually.
Best Overall Kit: Keyestudio KS0567 - IoT Control Smart Farm Starter Kit #
- Includes a wide variety of sensors: soil moisture, water level, raindrop, light, ultrasonic, and DHT11.
- Comes with water pump, solar panel, DC motor, fan, and relay for smart farm and automation projects.
- Wooden and acrylic models for assembly, plus all necessary screws, nuts, and tools.
The Keyestudio KS0567 - IoT Control Smart Farm Starter Kit is our choice for those interested in outdoor IoT. Even though its made for smart farming, it can also just be your yard. This kit is built around the versatile ESP32 PLUS Development Board, which offers integrated Wi-Fi and Bluetooth capabilities, making it ideal for a wide range of IoT projects.
Key Features:
Comprehensive Sensor Suite: The kit includes essential sensors such as a soil moisture sensor, water level sensor, photoresistor, and DHT11 temperature and humidity sensor.
Actuators and Modules: Equipped with a 5V relay module, DC motor, 9G 180° SG90 servo, and a white LED module, the kit facilitates the creation of dynamic control systems. Additionally, the I2C 1602 LCD display provides clear data visualization.
Renewable Energy Integration: The inclusion of a solar panel allows for the development of sustainable, energy-efficient projects, aligning with modern environmental standards.
The KS0567 kit supports programming via the Arduino IDE, offering a user-friendly platform for coding and project development. Additionally, it is compatible with Scratch, a visual programming language, making it accessible for beginners and educational purposes.
For a visual overview and demonstration of the KS0567 kit, you can watch the following video:
Why It’s the Best:
This kit delivers a combination of affordability and functionality. Its has an extensive array of sensors and modules, which maks it ideal from automated irrigation systems to environmental monitoring. The integration of renewable energy components and great examples that provide a programming support, making it a top choice for both beginners or intermediate IoT makers.
Runner-Up: Keyestudio KS5009 - IoT Smart Home Kit #
- Sensors included: PIR, DHT11, gas (MQ-4), raindrop, and WS6812 RGB LED.
- Actuators and modules: LCD, RFID, 2 SG90 servos, DC motor, and fan.
- Wooden and acrylic models for hands-on learning.
The Keyestudio KS5009 - IoT Smart Home Kit is a solution for learners aiming to explore smart home technologies. Centered around the ESP32 microcontroller, this kit offers a rich array of sensors and modules, enabling to design and implement various home automation projects.
Key Features:
Diverse Sensor Array: The kit includes sensors such as the PIR motion sensor, DHT11 temperature and humidity sensor, analog gas sensor, and raindrop sensor for environmental monitoring and control.
Actuators and Modules: Equipped with components like the 130 DC motor, 5V relay module, passive buzzer, WS6812 RGB LED module, and RFID module with IC keychain and card, the kit supports a wide range of interactive smart home applications.
Display Interface: Features an I2C 1602 LCD module for clear data presentation and user interaction.
The KS5009 kit is compatible with both Arduino IDE and MicroPython, offering flexibility for users with different programming preferences. Detailed tutorials and example projects are available to guide you through various smart home scenarios, enhancing the learning experience.
For a visual overview and demonstration of the KS5009 kit, you can watch the following video:
Why It’s the Runner-Up:
The Keyestudio KS5009 stands out for its elegant design and extensive sensor suite, making it ideal for smart home applications. While it offers a rich feature set, its focus is more on smart home automation, making it slightly less versatile than the KS0567, which encompasses both smart home and farming applications.
Best Mid-Grade Kit: ACEBOTT QE001 - ESP32 Smart Home IoT Starter Kit #
- Includes advanced modules: speech recognition, RGB LED strip, raindrop sensor, RFID, and LCD.
- Provides wooden and acrylic boards for assembly and customization.
- Additional tools like cross wrench and screwdriver included.
The ACEBOTT QE001 - ESP32 Smart Home IoT Starter Kit is a comprehensive package designed to introduce users to the fundamentals of smart home technology and IoT applications. Centered around the versatile ESP32 microcontroller, this kit provides a rich array of components and guided projects.
Key Features:
-- Diverse Sensor Suite: The kit includes essential sensors such as the DHT11 temperature and humidity sensor, PIR motion sensor, light sensor, and raindrop sensor for monitoring various environmental conditions within a smart home setup.
Advanced Modules: Equipped with a speech recognition module, RFID module with IC keychain, laser module, and an RGB LED strip, the kit allows for the development of interactive and responsive smart home projects.
Display Interface: Features an LCD 1602 module for clear data visualization and user interaction.
Programming Support: The QE001 kit supports programming via the Arduino IDE and ACECode (Scratch), offering flexibility for users with varying levels of coding proficiency. This dual-platform support enables learners to grasp both visual and text-based programming concepts, facilitating a smoother transition into more advanced coding. Ace Bott
For a visual overview and step-by-step assembly guide of the QE001 kit, you can watch the following video:
Why It’s the Best Mid-Grade Kit:
The ACEBOTT QE001 stands out as the best mid-grade kit due to its balanced combination of affordability and advanced features. The inclusion of a diverse range of sensors and modules, such as speech recognition and RFID, allows you to explore complex smart home scenarios. Priced more than the Keyestudio kits, the QE001 still offers substantial value, providing high-quality components and comprehensive tutorials that guide users through 16 practical projects, including smart light control, temperature detection, and Wi-Fi-based app controls.
Comparison #
| Feature | KS0567 | KS5009 | QE001 |
|---|---|---|---|
| Price ($) | 61.00 | 57.00 | 95.58 |
| Check Price | | | |
| Check Price | | | |
| ESP32 | ✓ | ✓ | ✓ |
| ESP32 Shield | - | - | ✓ |
| LCD Display | LCD | I2C 1602 | LCD 1602 |
| RGB LED Module/Strip | - | WS6812 RGB | RGB LED Strip |
| PIR Sensor | ✓ | ✓ | ✓ |
| DHT11 Sensor | ✓ | ✓ | ✓ |
| Gas Sensor | - | Analog Gas (MQ) | - |
| Raindrop Sensor | ✓ | ✓ | ✓ |
| RFID Module | - | ✓ | ✓ |
| Light Sensor | Photo Resistor | - | ✓ |
| Servo Motor | 1 | 2 | 2 |
| DC Motor | ✓ | ✓ | - |
| Water Pump | ✓ | - | - |
| Solar Panel | ✓ | - | - |
| Button Module | 1 | 2 | 1 |
| Buzzer | Passive | Passive | P-Buzzer |
| LED Module | White LED | Yellow LED | Blue LED |
| Speech Recognition | - | - | ✓ |
| Laser Module | - | - | ✓ |
| Fan | ✓ | ✓ | - |
| Additional Modules | Water Level Sensor, Relay | RFID Card, WS6812 RGB | Speech Recognition, Laser |
| Power Supply | Battery Holder, Solar Panel | 6xAA Battery Holder | 6xAA Battery Holder |
Other Reviewed Kits #
While the top kits stood out for their balance of affordability, versatility, and ease of use, there are several other excellent options worth exploring. These kits cater to specific niches like STEM education, offering unique features and components. Whether you're looking for advanced sensors, renewable energy integration, or interactive modules, these kits provide valuable tools for learning and prototyping. Below, we review some of these noteworthy kits and highlight their strengths and limitations to help you find the perfect match for your project needs.
QE002 - ACEBOTT QE002 ESP32 Smart Farm IoT Starter Kit #
- Focused on smart farming applications with moisture sensor, water pump, and solar panel.
- Includes OLED display, PIR sensor, DHT11, and RGB LED strip for environmental monitoring and dynamic feedback.
- Wooden board set and tools for straightforward assembly.
The ACEBOTT QE002 is tailored for smart farming, featuring sensors like moisture, water, and DHT11, along with a water pump and solar panel for automation. Its focus on renewable energy and wooden models makes it excellent for sustainable farming projects.
Why It’s Not in the Top List:
While versatile for farming, it lacks the broader application range of kits like the KS0567 or the affordability of the KS5009, making it more niche in its appeal.
QE004 - ACEBOTT ESP32 Smart Home IoT Basic Starter Kit #
- Entry-level kit with essential sensors: DHT11, PIR, MQ-4 gas sensor.
- RFID module, LCD 1602, and SG90 servo included for basic interactive projects.
- Wooden and acrylic boards for easy assembly, plus necessary tools.
The ACEBOTT QE004 is a beginner-friendly kit designed for basic smart home projects. It includes core components like a DHT11, PIR motion sensor, MQ-4 gas sensor, and RFID module, paired with an LCD 1602 display and a single SG90 servo.
Why It’s Not in the Top List:
While still affordable and great for beginners, it lacks the advanced features and versatility of other kits, such as speech recognition or interactive modules, limiting its potential for more complex smart home applications.
QE023 - ACEBOTT ESP32 STEM School Smart Home Kit #
- STEM-focused kit with a wide range of sensors: PIR, DHT11, sound, and light.
- Advanced modules like MP3 player, humidifier, and 4-digit tube display.
- Includes fan blade, RGB LED strip, and wooden board set for interactive learning.
The ACEBOTT QE023 is a feature-rich kit ideal for STEM education. It includes interactive components like an MP3 module, humidifier, RGB LED strip, and 4-digit tube display, along with sensors such as DHT11, PIR, and sound sensor.
Why It’s Not in the Top List:
While excellent for STEM-focused projects, its high price and niche modules like the MP3 and humidifier make it less versatile for broader IoT applications compared to more balanced kits like the KS0567.
QE024 - ACEBOTT ESP32 STEM School Smart Home Kit #
- STEM educational kit with advanced modules: IR receiver, vibration, flame, ultrasonic sensors.
- I2C 1602 LED module, RFID RC522, and water pump for a variety of IoT scenarios.
- Wooden board set, clear acrylic, and double-sided tape for flexible assembly.
The ACEBOTT QE024 offers advanced features for STEM learning, including flame, ultrasonic, and vibration sensors, alongside modules like I2C LCD, RFID, and IR receiver. Its versatility makes it suitable for exploring complex IoT projects such as security systems and environmental monitoring.
Why It’s Not in the Top List:
While highly capable, its focus on specialized sensors and higher price make it less accessible for beginners and less versatile than kits like the KS0567, which offers broader applications at a more affordable price.
Full IoT Kits with Physical Models Comparison #
| Feature | KS0567 | KS5009 | QE001 | QE002 | QE004 | QE023 | QE024 |
|---|---|---|---|---|---|---|---|
| Type | Smart Farm | Smart Home | Smart Home | Smart Farm | Smart Home | STEM Smart Home | STEM Smart Home |
| Price ($) | 61.00 | 57.00 | 95.58 | 95.58 | 81.98 | 108.98 | 108.98 |
| Check Price | | | | | | | |
| Check Price | | | | | | | |
| ESP32 | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| ESP32 Shield | - | - | ✓ | ✓ | - | ✓ | ✓ |
| LCD Display | LCD | I2C 1602 | LCD 1602 | OLED | LCD 1602 | 4-Digit Tube | I2C 1602 |
| RGB LED Module/Strip | - | WS6812 RGB | RGB LED Strip | RGB LED Strip | - | RGB LED Strip | Red LED Module |
| PIR Sensor | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| DHT11 Sensor | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| Gas Sensor | - | Analog Gas (MQ) | - | - | MQ-4 | - | MQ-4 |
| Raindrop Sensor | ✓ | ✓ | ✓ | ✓ | - | - | ✓ |
| RFID Module | - | ✓ | ✓ | ✓ | ✓ | - | RFID RC522 I2C |
| Light Sensor | Photo Resistor | - | ✓ | ✓ | - | ✓ | ✓ |
| Servo Motor | 1 | 2 | 2 | 1 | 1 | - | 1 |
| DC Motor | ✓ | ✓ | - | Motor | - | ✓ | - |
| Water Pump | ✓ | - | - | ✓ | - | - | ✓ |
| Solar Panel | ✓ | - | - | ✓ | - | - | - |
| Button Module | 1 | 2 | 1 | 1 | 1 | 2 | - |
| Buzzer | Passive | Passive | P-Buzzer | P-Buzzer | P-Buzzer | P-Buzzer | P-Buzzer |
| LED Module | White LED | Yellow LED | Blue LED | Blue LED | Blue LED | White LED | Red LED |
| Speech Recognition | - | - | ✓ | - | - | - | - |
| Laser Module | - | - | ✓ | - | - | - | - |
| Touch Sensor | - | - | - | ✓ | - | ✓ | ✓ |
| Fan | ✓ | ✓ | - | - | - | ✓ | - |
| Additional Modules | Water Level Sensor, Relay | RFID Card, WS6812 RGB | Speech Recognition, Laser | Moisture Sensor, OLED | MQ-4, RFID | Humidifier, MP3 | Flame Sensor, IR Receiver |
| Power Supply | Battery Holder, Solar Panel | 6xAA Battery Holder | 6xAA Battery Holder | 6xAA Battery Holder, Solar | 6xAA Battery Holder | 18650 Battery Holder | 18650 Battery Holder |
Final Thoughts #
Choosing the right ESP32 IoT educational kit depends on your goals, experience level, and budget. Whether you're interested in smart home automation, sustainable farming, or STEM education, these kits offer an excellent starting point with the tools, sensors, and physical models to bring your ideas to life.
- For beginners, the KS5009 and QE004 kits are affordable and approachable, providing all the essentials for simple projects while keeping complexity to a minimum.
- For intermediate users, the QE001 and QE002 kits strike the perfect balance between functionality and cost, offering a wide range of sensors and modules for both smart home and farming applications.
- For advanced learners or educators, the QE023 and QE024 kits stand out with their comprehensive features and focus on interactive, real-world projects, making them ideal for STEM-focused environments.
One of the biggest advantages of these kits is their cost-effectiveness. They bundle an ESP32 board, sensors, and physical models at a price that rivals or beats buying components individually. Additionally, the inclusion of wooden and acrylic models elevates these kits from simple collections of parts to structured, hands-on learning experiences. They’re not just about building circuits—they’re about understanding how IoT works in practical, real-world applications.
No matter which kit you choose, these tools are an investment in creativity and learning. They empower you to build, experiment, and innovate in the world of IoT.
Conclusion #
ESP32 IoT educational kits are an excellent way to dive into the world of smart home automation, sustainable farming, and STEM innovation. These kits combine the power of the ESP32 microcontroller with a diverse array of sensors, actuators, and pre-designed wooden or acrylic models, offering an unmatched hands-on learning experience.
The best part? These kits are not only cost-effective but also practical, bundling everything you need to turn ideas into functional prototypes at a fraction of the cost of buying components individually.